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Changed line 67 from:
|| %newwin%[[http://arxiv.org/abs/1312.4896|Standard quantum limit of force sensitivity]]%% || %newwin%[[http://arxiv.org/abs/1109.1591|A tunable optical kagome lattice]]%% ||
to:
|| %newwin%[[http://www.sciencemag.org/content/344/6191/1486|Standard quantum limit of force sensitivity]]%% || %newwin%[[http://arxiv.org/abs/1109.1591|A tunable optical kagome lattice]]%% ||
July 16, 2014, at 04:28 PM by 128.32.95.76 -
Added lines 31-33:

[[http://www.weltderphysik.de/gebiet/teilchen/news/2014/kraftmessung-am-quantenlimit/|Welt der Physik]]

July 16, 2014, at 04:25 PM by 128.32.95.76 -
Changed line 24 from:
[[http://www.iflscience.com/physics/scientists-reveal-smallest-amount-force-ever-measured#eAvsCOQXc2WmTiqG.99|I f**king love science]]
to:
[[http://www.iflscience.com/physics/scientists-reveal-smallest-amount-force-ever-measured#eAvsCOQXc2WmTiqG.99|IFLScience!]]
July 16, 2014, at 04:25 PM by 128.32.95.76 -
Added lines 24-25:
[[http://www.iflscience.com/physics/scientists-reveal-smallest-amount-force-ever-measured#eAvsCOQXc2WmTiqG.99|I f**king love science]]
Added lines 28-30:
[[http://www.dailycal.org/2014/07/02/researchers-detect-smallest-force-ever-measured/|Daily Cal]]

[[http://physicscentral.com/explore/multimedia/podcast.cfm?uid=20140709014056|APS Physics Central Podcast]]
July 02, 2014, at 10:07 AM by 10.142.18.137 -
Added lines 23-24:

[[http://www.osa-opn.org/home/newsroom/2014/july/optical_probing_of_the_smallest_possible_force/#.U7Q70rG4Nh8|Optics & Photonics News]]
June 27, 2014, at 02:42 PM by 10.142.18.234 -
Added lines 21-22:

[[http://www.wired.co.uk/news/archive/2014-06/27/smallest-force|Wired UK News]]
June 26, 2014, at 01:16 PM by 128.32.239.2 -
Added lines 19-21:
!!!!Force measurement near the Standard Quantum Limit
[[http://newscenter.lbl.gov/2014/06/26/smallest-force-ever-measured/|Berkeley Lab News Release]]

Deleted lines 31-34:

!!!!Amplification of spin noise in a spinor Bose-Einstein condensate
Results highlighted as PRA Kaleidoscope image from both [[http://pra.aps.org/node/2653| experimental]] and [[http://pra.aps.org/covers/80/2| theory]]
papers.
January 28, 2014, at 06:55 PM by 128.32.239.122 -
Changed line 55 from:
|| %width=250px%http://ultracold.physics.berkeley.edu/images/sql.jpg"Standard quantum limit of force sensitivity" || %width=180px%http://ultracold.physics.berkeley.edu/images/kagome.png"Kagome superlattice" ||
to:
|| %width=240px%http://ultracold.physics.berkeley.edu/images/sql.jpg"Standard quantum limit of force sensitivity" || %width=180px%http://ultracold.physics.berkeley.edu/images/kagome.png"Kagome superlattice" ||
January 28, 2014, at 06:54 PM by 128.32.239.122 -
Changed lines 55-60 from:
|| %width=200px%http://ultracold.physics.berkeley.edu/images/cal.png"Stokes thermometry of collective atomic motion" || %width=180px%http://ultracold.physics.berkeley.edu/images/kagome.png"Kagome superlattice" ||
|| %newwin%[[http://ultracold.physics.berkeley.edu/pubs/cal-v5.pdf|Quantization of collective atomic motion]]%% || %newwin%[[http://arxiv.org/abs/1109.1591|A tunable optical kagome lattice]]%% ||
|| %width=200px%http://ultracold.physics.berkeley.edu/images/psqmap.png"Quadrature dependence of ponderomotive squeezing" || %width=200px%http://ultracold.physics.berkeley.edu/images/controlloop.png"Control-theory model of optomechanics" ||
|| %newwin%[[http://dx.doi.org/10.1038/nature11325|Observation of ponderomotive squeezing]]%% || %newwin%[[http://ultracold.physics.berkeley.edu/pubs/linamp13.pdf|Linear amplifier model of cavity optomechanics]]%% ||
|| %width=185px%http://ultracold.physics.berkeley.edu/images/spinor.png"Cavity-aided MRI" || %width=180px%http://ultracold.physics.berkeley.edu/images/camri.png"Cavity-aided MRI" ||
||
%newwin%[[http://pra.aps.org/abstract/PRA/v84/i6/e063625|Equilibrium dynamics of spin textures in a spinor Bose gas]]%% || %newwin%[[Attach:CAMRI2.pdf|Cavity-aided MRI of atoms in optical lattices]]%% ||
to:
|| %width=250px%http://ultracold.physics.berkeley.edu/images/sql.jpg"Standard quantum limit of force sensitivity" || %width=180px%http://ultracold.physics.berkeley.edu/images/kagome.png"Kagome superlattice" ||
|| %newwin%[[http://arxiv.org/abs/1312.4896|Standard quantum limit of force sensitivity]]%% || %newwin%[[http://arxiv.org/abs/1109.1591|A tunable optical kagome lattice]]%% ||

|| %width=200px%http://ultracold.physics.berkeley.edu/images/cal.png"Stokes thermometry of collective atomic motion" || %width=200px%http://ultracold.physics.berkeley.edu/images/psqmap.png"Quadrature dependence of ponderomotive squeezing" ||
|| %newwin%[[http://ultracold.physics.berkeley.edu/pubs/cal-v5.pdf|Quantization of collective atomic motion]]%% || %newwin%[[http://dx.doi.org/10.1038/nature11325|Observation of ponderomotive squeezing]]%% ||

|| %width=200px%http://ultracold.physics.berkeley.edu/images/controlloop.png"Control-theory model of optomechanics" || %width=185px%http://ultracold.physics.berkeley.edu/images/spinor.png"Equilibrium dynamics of spin textures" ||
||
%newwin%[[http://ultracold.physics.berkeley.edu/pubs/linamp13.pdf|Linear amplifier model of cavity optomechanics]]%% || %newwin%[[http://pra.aps.org/abstract/PRA/v84/i6/e063625|Equilibrium dynamics of spin textures in a spinor Bose gas]]%% ||
Deleted lines 33-59:
!!!!Crystalline magnetic order in a Rb spinor Bose gas

Results highlighted as [[http://pra.aps.org/kaleidoscope/pra/81/5/053612| PRA Kaleidoscope]].

[[http://www.sciam.com/blog/60-second-science/post.cfm?id=signs-of-a-supersolid-2009-03-19 | Scientific American 60-Second Science Blog: Signs of a supersolid at the March APS meeting]]

[[http://sciencenow.sciencemag.org/cgi/content/full/2009/318/3?rss=1|ScienceNow: Is It a Gas, Fluid, Solid, or All of the Above?]]

[[http://www.cienciakanija.com/2009/03/19/%c2%bfes-un-gas-un-solido-un-fluido-o-todo-a-la-vez/#more-2894|żEs un gas, un sólido, un fluido, o todo a la vez?]]

[[http://www.sciencenews.org/view/generic/id/41869/title/Evidence_mounts_for_an_exotic_supersolid|Science News: Evidence mounts for an exotic supersolid]]

!!!!Quantum cavity optomechanics with ultracold atoms

[[Attach:nphys1006.pdf | Nature News & Views by Marquardt: Push toward the quantum limit]]

!!!!Nonlinear optics due to collective atomic motion

[[Attach:Nature photonics highlights.pdf| Nature photonics highlights: Moving in time]]

!!!!Spinor-BEC magnetometry

[[http://www.wired.com/science/discoveries/news/2007/07/tricorder | Wired.com: The Medical Tricorder Takes Two Steps Away From Sci Fi]]

[[Attach:Nature research highlights May 31.pdf| Nature research highlights: Best served chilled]]

[[http://www.berkeley.edu/news/media/releases/2007/05/18_BEC.shtml| UC Berkeley Press Release: Ultra-cold gas makes great magnetometer]]
Added lines 21-22:

[[http://www.messagetoeagle.com/tractbeamlargerobj.php#.UuhZKNLTkhN|Star Wars mighty technology much closer!]]
Deleted lines 11-22:
''1/11'' Dr. [[Sabrina Leslie]] is now Assistant Professor in the Department of Physics at McGill University, focusing on biophysics.  See her [[http://www.physics.mcgill.ca/~sleslie/| faculty page]].

''7/10'' Dr. [[Tom Purdy|Thomas P. Purdy's]] [[http://ultracold.physics.berkeley.edu/pubs/thesis_tpp.pdf| Thesis]]

''9/09''  Dr. [[Kater Murch]] transitions to a postdoc position with Irfan Siddiqi's group at Berkeley.

''3/09'' Dr. [[Sabrina Leslie]] joins Adam Cohen's biophysics group at Harvard University as a Mary Fieser Postdoctoral Fellow.

''1/09'' Postdoc Dr. [[Mukund Vengalattore|Mukund Vengalattore]]
leaves to join the faculty of [[http://www.physics.cornell.edu/people/faculty/?page=website/faculty&action=show/id=88|Cornell University]]

''12/08'' Dr. [[Sabrina Leslie|Sabrina Leslie's]] [[http://ultracold.physics.berkeley.edu/pmwiki/Main/Theses|Thesis]]
Changed line 4 from:
''12/13'' In spite of our best efforts to keep him in sunny CA, Vincent Klinkhamer returns to Heidelberg.  We greatly enjoyed his company.
to:
''12/13'' In spite of our best efforts to keep him in sunny CA, [[http://www.lithium6.de/user/11|Vincent Klinkhamer]] returns to Heidelberg.  We greatly enjoyed his company.
Changed lines 4-5 from:

''06/13'' Dr. [[Jennie Guzman]] is soon to be Assistant Professor in the Department of Physics at Cal State East Bay.  More to come soon!
to:
''12/13'' In spite of our best efforts to keep him in sunny CA, Vincent Klinkhamer returns to Heidelberg.  We greatly enjoyed his company.

''11/13'' Dr. [[Kater Murch]] heads of to St. Louis to join the faculty of Washington University.  See [[http://physics.wustl.edu/people/murch_kater|here]].

''06/13'' Dr. [[Jennie Guzman]] is now Assistant Professor in the Department of Physics at Cal State East Bay.
July 30, 2013, at 04:11 PM by 128.32.95.137 -
Deleted lines 72-79:

!!!Are you in town for ICOLS?

Come visit us!  We will be available for lab tours throughout the week.  Our labs are in the basement of Birge Hall, just under the large clock tower.  Here is a [[http://goo.gl/maps/3zt2d|map]].

Schedule a time with one of us (most are at the meeting) or just show up and give us a call down in the labs (the phone numbers are listed on each lab's page: [[E3]], [[E4]] and [[E5]])  If it's an odd hour, I recommend calling E5 since we are in the midst of a bakeout and most likely here. 
>><<
----
Changed line 84 from:
Our research focuses on using ultracold atoms as a resource for studying aspects of condensed-matter and many-body physics, quantum and precision measurement, quantum optics and quantum atom optics.  We have three experimental apparatuses which we identify numerically; currently E3, E4, and E5 are active. 
to:
Our research focuses on using ultracold atoms as a resource for studying aspects of condensed-matter and many-body physics, quantum and precision measurement, quantum optics and quantum atom optics.  We have three experimental apparatuses which we identify numerically; currently E3, E4, and E5 are active.  A new experiment, E6 is also being developed.
Added lines 3-8:


''06/13'' Dr. [[Jennie Guzman]] is soon to be Assistant Professor in the Department of Physics at Cal State East Bay.  More to come soon!

''06/13'' Dr. [[Thierry Botter]] begins his post-doctoral fellowship at Cal Tech's Jet Propulsion Lab.  See his JPL [[http://scienceandtechnology.jpl.nasa.gov/people/t_botter/|profile]]

Changed lines 84-86 from:
Our research is concentrated on using ultracold atoms as a resource for studying aspects of condensed-matter and many-body physics, quantum and precision measurement, quantum optics and quantum atom optics.  This research is being pursued in three laboratories with separate experimental setups.  One lab ([[E3]]) employs atomic gases trapped within high-finesse optical resonators to study cavity opto-mechanics and cavity magneto-optics, and, more generally, the limits to and uses of quantum measurement.  A second lab ([[E4]]) is pursuing applications of atom interferometry with guided atomic matter waves, and also the physics of quantum fluids in annular containers.  A third lab ([[E5]]) is exploring a novel magnetic fluid -- the degenerate spinor Bose gas -- in which the phenomena of magnetism and superfluidity are intertwined.

We are constantly
on the lookout for excellent students, postdocs, and visitors to join our efforts.  Feel free to peruse this website and then to contact us for more information.  You may also read through several [[Recommended Review Papers | review papers]]
to:
Our research focuses on using ultracold atoms as a resource for studying aspects of condensed-matter and many-body physics, quantum and precision measurement, quantum optics and quantum atom optics.  We have three experimental apparatuses which we identify numerically; currently E3, E4, and E5 are active. 

[[E3]] employs atomic gases trapped within high-finesse optical resonators to study cavity opto-mechanics and cavity magneto-optics.  [[E4]] is pursuing the physics of quantum fluids in annular containers as well as that of a spinor Bose gas and its excitations.  Finally, [[E5]] creates a BEC in an optical kagome lattice to try to understand the physical properties that arise in material systems due to this interesting crystal structure.

We are always
on the lookout for excellent students, postdocs, and visitors to join our efforts.  Feel free to peruse this website and then to contact us for more information.  You may also read through several [[Recommended Review Papers | review papers]]
June 11, 2013, at 02:49 PM by claire - ICOLS invitation
Added lines 67-75:

!!!Are you in town for ICOLS?

Come visit us!  We will be available for lab tours throughout the week.  Our labs are in the basement of Birge Hall, just under the large clock tower.  Here is a [[http://goo.gl/maps/3zt2d|map]].

Schedule a time with one of us (most are at the meeting) or just show up and give us a call down in the labs (the phone numbers are listed on each lab's page: [[E3]], [[E4]] and [[E5]])  If it's an odd hour, I recommend calling E5 since we are in the midst of a bakeout and most likely here. 
>><<
----

Added lines 84-85:

August 15, 2012, at 01:54 PM by 128.32.95.37 -
Added lines 22-24:
!!!!Motion generates nonclassical light
[[http://newscenter.lbl.gov/news-releases/2012/08/15/good-vibrations/|Berkeley Lab News Release]]

Changed line 85 from:
|| More at [[Research Highlights]] || ||
to:
|| More at [[Research Highlights]] || ||
August 15, 2012, at 01:48 PM by 128.32.95.37 -
Changed line 78 from:
|| %newwin%[http://dx.doi.org/10.1038/nature11325|Observation of ponderomotive squeezing]]%% || %newwin%[[http://ultracold.physics.berkeley.edu/pubs/linamp13.pdf|Linear amplifier model of cavity optomechanics]]%% ||
to:
|| %newwin%[[http://dx.doi.org/10.1038/nature11325|Observation of ponderomotive squeezing]]%% || %newwin%[[http://ultracold.physics.berkeley.edu/pubs/linamp13.pdf|Linear amplifier model of cavity optomechanics]]%% ||
August 15, 2012, at 01:48 PM by 128.32.95.37 -
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|| %newwin%[[http://arxiv.org/abs/1107.5609|Observation of ponderomotive squeezing]]%% || %newwin%[[http://ultracold.physics.berkeley.edu/pubs/linamp13.pdf|Linear amplifier model of cavity optomechanics]]%% ||
to:
|| %newwin%[http://dx.doi.org/10.1038/nature11325|Observation of ponderomotive squeezing]]%% || %newwin%[[http://ultracold.physics.berkeley.edu/pubs/linamp13.pdf|Linear amplifier model of cavity optomechanics]]%% ||
Deleted line 82:
May 02, 2012, at 01:58 PM by 128.32.95.61 -
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!!!!Optically measuring quantized collective atomic motion
[[http://arstechnica.com/science/news/2012/04/watch-those-jiggly-wiggly-atoms-jiggle-and-wiggle.ars|Optical trap catches atoms swinging in time to theory]]
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||border=0 width=450 cellspacing=10px style="margin-left:8px"
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||border=0 width=450 cellspacing=10px style="margin-left:15px"
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>>margin-left:auto margin-right:auto<<
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||border=0 width=500 cellspacing=10px style="margin-left:15px"
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>><<
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||border=0 width=42% cellspacing=10 px
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||border=0 width=45% cellspacing=10px margin-left=auto margin-right=auto
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>><<
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>>margin-left:auto  margin-right:auto<<
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||border=0 width=38% cellspacing=10 px
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||border=0 width=42% cellspacing=10 px
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>><<
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>><<
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||border=0 width=38% cellspacing=10 px
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February 06, 2012, at 10:25 AM by 128.32.95.125 -
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''1/11'' Dr. [[Sabrina Leslie]] is now Assistant Professor in the Department of Physics at McGill University, focusing on biophysics.  See her [[http://www.physics.mcgill.ca/~sleslie/| faculty page]].
Changed line 72 from:
|| %width=185px%http://ultracold.physics.berkeley.edu/images/spinor.png"Cavity-aided MRI" || %width=180px%http://ultracold.physics.berkeley.edu/images/camri.jpg"Cavity-aided MRI" ||
to:
|| %width=185px%http://ultracold.physics.berkeley.edu/images/spinor.png"Cavity-aided MRI" || %width=180px%http://ultracold.physics.berkeley.edu/images/camri.png"Cavity-aided MRI" ||
Changed line 71 from:
|| %newwin%[[http://arxiv.org/abs/1107.5609|Observation of ponderomotive squeezing]]%% || %newwin%[[http://pra.aps.org/abstract/PRA/v85/i1/e013812|Linear amplifier model of cavity optomechanics]]%% ||
to:
|| %newwin%[[http://arxiv.org/abs/1107.5609|Observation of ponderomotive squeezing]]%% || %newwin%[[http://ultracold.physics.berkeley.edu/pubs/linamp13.pdf|Linear amplifier model of cavity optomechanics]]%% ||
Changed line 70 from:
|| %width=200px%http://ultracold.physics.berkeley.edu/images/psqmap.png"Quadrature dependence of ponderomotive squeezing" || %width=200px%http://ultracold.physics.berkeley.edu/images/controlloop.jpg"Control-theory model of optomechanics" ||
to:
|| %width=200px%http://ultracold.physics.berkeley.edu/images/psqmap.png"Quadrature dependence of ponderomotive squeezing" || %width=200px%http://ultracold.physics.berkeley.edu/images/controlloop.png"Control-theory model of optomechanics" ||
Changed line 70 from:
|| %width=200px%http://ultracold.physics.berkeley.edu/images/psqmap.png"Quadrature dependence of ponderomotive squeezing" || %width=200px%Attach:controlloop.jpg"Control-theory model of optomechanics" ||
to:
|| %width=200px%http://ultracold.physics.berkeley.edu/images/psqmap.png"Quadrature dependence of ponderomotive squeezing" || %width=200px%http://ultracold.physics.berkeley.edu/images/controlloop.jpg"Control-theory model of optomechanics" ||
Changed line 69 from:
|| [[http://ultracold.physics.berkeley.edu/pubs/cal-v5.pdf|Quantization of collective atomic motion]] || [[http://arxiv.org/abs/1109.1591|A tunable optical kagome lattice]] ||
to:
|| %newwin%[[http://ultracold.physics.berkeley.edu/pubs/cal-v5.pdf|Quantization of collective atomic motion]]%% || %newwin%[[http://arxiv.org/abs/1109.1591|A tunable optical kagome lattice]]%% ||
Changed line 71 from:
|| [[http://arxiv.org/abs/1107.5609|Observation of ponderomotive squeezing]] || [[http://pra.aps.org/abstract/PRA/v85/i1/e013812|Linear amplifier model of cavity optomechanics]] ||
to:
|| %newwin%[[http://arxiv.org/abs/1107.5609|Observation of ponderomotive squeezing]]%% || %newwin%[[http://pra.aps.org/abstract/PRA/v85/i1/e013812|Linear amplifier model of cavity optomechanics]]%% ||
Changed lines 73-74 from:
|| [[http://pra.aps.org/abstract/PRA/v84/i6/e063625|Equilibrium dynamics of spin textures in a spinor Bose gas]] || [[Attach:CAMRI2.pdf|Cavity-aided MRI of atoms in optical lattices]] ||
to:
|| %newwin%[[http://pra.aps.org/abstract/PRA/v84/i6/e063625|Equilibrium dynamics of spin textures in a spinor Bose gas]]%% || %newwin%[[Attach:CAMRI2.pdf|Cavity-aided MRI of atoms in optical lattices]]%% ||
January 18, 2012, at 01:55 PM by 128.32.239.146 -
Changed line 68 from:
|| %width=200px%http://ultracold.physics.berkeley.edu/images/cal.png"Stokes thermometry of collective atomic motion" || %width=200px%http://ultracold.physics.berkeley.edu/images/kagome.png"Kagome superlattice" ||
to:
|| %width=200px%http://ultracold.physics.berkeley.edu/images/cal.png"Stokes thermometry of collective atomic motion" || %width=180px%http://ultracold.physics.berkeley.edu/images/kagome.png"Kagome superlattice" ||
Deleted lines 71-72:

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|| %width=185px%http://ultracold.physics.berkeley.edu/images/spinor.png"Cavity-aided MRI" || %width=200px%http://ultracold.physics.berkeley.edu/images/camri.jpg"Cavity-aided MRI" ||
to:
|| %width=185px%http://ultracold.physics.berkeley.edu/images/spinor.png"Cavity-aided MRI" || %width=180px%http://ultracold.physics.berkeley.edu/images/camri.jpg"Cavity-aided MRI" ||
Changed line 74 from:
|| %width=185px%http://ultracold.physics.berkeley.edu/images/spinor.png"Cavity-aided MRI" || %width=200px%Attach:camri.jpg"Cavity-aided MRI" ||
to:
|| %width=185px%http://ultracold.physics.berkeley.edu/images/spinor.png"Cavity-aided MRI" || %width=200px%http://ultracold.physics.berkeley.edu/images/camri.jpg"Cavity-aided MRI" ||
Changed line 68 from:
|| %width=200px%http://ultracold.physics.berkeley.edu/images/cal.png"Stokes thermometry of collective atomic motion" || %width=175px%http://ultracold.physics.berkeley.edu/images/kagome.png"Kagome superlattice" ||
to:
|| %width=200px%http://ultracold.physics.berkeley.edu/images/cal.png"Stokes thermometry of collective atomic motion" || %width=200px%http://ultracold.physics.berkeley.edu/images/kagome.png"Kagome superlattice" ||
January 18, 2012, at 11:58 AM by 128.32.239.146 -
Changed line 68 from:
|| %width=200px%http://ultracold.physics.berkeley.edu/images/cal.png"Stokes thermometry of collective atomic motion" || %width=180px%http://ultracold.physics.berkeley.edu/images/kagome.png"Kagome superlattice" ||
to:
|| %width=200px%http://ultracold.physics.berkeley.edu/images/cal.png"Stokes thermometry of collective atomic motion" || %width=175px%http://ultracold.physics.berkeley.edu/images/kagome.png"Kagome superlattice" ||
January 18, 2012, at 11:57 AM by 128.32.239.146 -
Changed line 68 from:
|| %width=200px%http://ultracold.physics.berkeley.edu/images/cal.png"Stokes thermometry of collective atomic motion" || %width=185px%http://ultracold.physics.berkeley.edu/images/kagome.png"Kagome superlattice" ||
to:
|| %width=200px%http://ultracold.physics.berkeley.edu/images/cal.png"Stokes thermometry of collective atomic motion" || %width=180px%http://ultracold.physics.berkeley.edu/images/kagome.png"Kagome superlattice" ||
January 18, 2012, at 11:57 AM by 128.32.239.146 -
Changed line 68 from:
|| %width=200px%http://ultracold.physics.berkeley.edu/images/cal.png"Stokes thermometry of collective atomic motion" || %width=170px%http://ultracold.physics.berkeley.edu/images/kagome.png"Kagome superlattice" ||
to:
|| %width=200px%http://ultracold.physics.berkeley.edu/images/cal.png"Stokes thermometry of collective atomic motion" || %width=185px%http://ultracold.physics.berkeley.edu/images/kagome.png"Kagome superlattice" ||
January 18, 2012, at 11:35 AM by 128.32.239.146 -
Deleted lines 76-77:
|| %width=200px%Attach:rbfinalvelocites.png"Rb final velocity map"||
|| [[ http://pra.aps.org/abstract/PRA/v81/i4/e043424 | Two-element Zeeman Slower for Rb and Li]] ||
January 18, 2012, at 11:34 AM by 128.32.239.146 -
Changed lines 72-73 from:
|| %width=200px%Attach:camri.jpg"Cavity-aided MRI" || %width=200px%Attach:rbfinalvelocites.png"Rb final velocity map" ||
|| [[Attach:CAMRI2.pdf|Cavity-aided MRI of atoms in optical lattices]] || [[ http://pra.aps.org/abstract/PRA/v81/i4/e043424 | Two-element Zeeman Slower for Rb and Li]] ||
to:


|| %width=185px%http://ultracold.physics.berkeley.edu/images/spinor.png"Cavity-aided MRI" || %width=200px%Attach:camri.jpg"Cavity-aided MRI" ||
|| [[http://pra.aps.org/abstract/PRA/v84/i6/e063625|Equilibrium dynamics of spin textures in a spinor Bose gas]] || [[Attach:CAMRI2.pdf|Cavity-aided MRI of atoms in optical lattices]] ||

|| %width=200px%Attach:rbfinalvelocites.png"Rb final velocity map"||

|| [[ http://pra.aps.org/abstract/PRA/v81/i4/e043424 | Two-element Zeeman Slower for Rb and Li]] ||
Changed lines 68-69 from:
|| %width=200px%http://ultracold.physics.berkeley.edu/images/cal.png"Stokes thermometry of collective atomic motion" || %width=200px%Attach:kagome.jpg"Kagome superlattice" ||
|| [[http://ultracold.physics.berkeley.edu/pubs/cal-v5.pdf|Quantization of collective atomic motion]] || [[Attach:kagome.pdf|A tunable optical kagome lattice]] ||
to:
|| %width=200px%http://ultracold.physics.berkeley.edu/images/cal.png"Stokes thermometry of collective atomic motion" || %width=170px%http://ultracold.physics.berkeley.edu/images/kagome.png"Kagome superlattice" ||
|| [[http://ultracold.physics.berkeley.edu/pubs/cal-v5.pdf|Quantization of collective atomic motion]] || [[http://arxiv.org/abs/1109.1591|A tunable optical kagome lattice]] ||
Changed line 71 from:
|| [[Attach:psq.pdf|Observation of ponderomotive squeezing]] || [[http://pra.aps.org/abstract/PRA/v85/i1/e013812|Linear amplifier model of cavity optomechanics]] ||
to:
|| [[http://arxiv.org/abs/1107.5609|Observation of ponderomotive squeezing]] || [[http://pra.aps.org/abstract/PRA/v85/i1/e013812|Linear amplifier model of cavity optomechanics]] ||
Changed lines 68-70 from:
|| %width=200px%http://ultracold.physics.berkeley.edu/images/cal.png%Stokes thermometry of collective atomic motion" || %width=200px%Attach:kagome.jpg"Kagome superlattice" ||
|| [[Attach:cal.pdf|Quantization of collective atomic motion]] || [[Attach:kagome.pdf|A tunable optical kagome lattice]] ||
|| %width=200px%Attach:psqmap.jpg"Quadrature dependence of ponderomotive squeezing" || %width=200px%Attach:controlloop.jpg"Control-theory model of optomechanics" ||
to:
|| %width=200px%http://ultracold.physics.berkeley.edu/images/cal.png"Stokes thermometry of collective atomic motion" || %width=200px%Attach:kagome.jpg"Kagome superlattice" ||
|| [[http://ultracold.physics.berkeley.edu/pubs/cal-v5.pdf|Quantization of collective atomic motion]] || [[Attach:kagome.pdf|A tunable optical kagome lattice]] ||
|| %width=200px%http://ultracold.physics.berkeley.edu/images/psqmap.png"Quadrature dependence of ponderomotive squeezing" || %width=200px%Attach:controlloop.jpg"Control-theory model of optomechanics" ||
January 17, 2012, at 05:44 PM by 128.32.239.122 -
Changed line 68 from:
|| %width=200px%Attach:cal.png"Stokes thermometry of collective atomic motion" || %width=200px%Attach:kagome.jpg"Kagome superlattice" ||
to:
|| %width=200px%http://ultracold.physics.berkeley.edu/images/cal.png%Stokes thermometry of collective atomic motion" || %width=200px%Attach:kagome.jpg"Kagome superlattice" ||
Changed line 71 from:
|| [[Attach:psq.pdf|Observation of ponderomotive squeezing]] || [[Attach:linom.pdf|Linear amplifier model of cavity optomechanics]] ||
to:
|| [[Attach:psq.pdf|Observation of ponderomotive squeezing]] || [[http://pra.aps.org/abstract/PRA/v85/i1/e013812|Linear amplifier model of cavity optomechanics]] ||
Changed line 68 from:
|| %width=200px%Attach:cal.jpg"Stokes thermometry of collective atomic motion" || %width=200px%Attach:kagome.jpg"Kagome superlattice" ||
to:
|| %width=200px%Attach:cal.png"Stokes thermometry of collective atomic motion" || %width=200px%Attach:kagome.jpg"Kagome superlattice" ||
Changed line 68 from:
|| %width=200px%Attach:cal.png"Stokes thermometry of collective atomic motion" || %width=200px%Attach:kagome.jpg"Kagome superlattice" ||
to:
|| %width=200px%Attach:cal.jpg"Stokes thermometry of collective atomic motion" || %width=200px%Attach:kagome.jpg"Kagome superlattice" ||
Changed line 68 from:
|| %width=200px%Attach:cal.jpg"Stokes thermometry of collective atomic motion" || %width=200px%Attach:kagome.jpg"Kagome superlattice" ||
to:
|| %width=200px%Attach:cal.png"Stokes thermometry of collective atomic motion" || %width=200px%Attach:kagome.jpg"Kagome superlattice" ||
January 17, 2012, at 04:52 PM by NCB - New papers for 2012
Changed lines 68-75 from:
|| %width=200px%Attach:camri.jpg"Cavity-aided MRI" || %width=210px%Attach:csodSim.jpg"Simulations of cavity spin-optodynamics" ||
|| [[Attach:CAMRI2.pdf|Cavity-aided MRI of atoms in optical lattices]] || [[Attach:CSOD.pdf|Cavity spin-optodynamic analogs of optomechanics]] ||
|| %width=210px%Attach:atom_chip_scheme.png"Optomechanics on an atom chip" || %width=210px%Attach:three_runs.png"Simulations of amplification and squeezing" || 
|| [[Attach:TunableCavityOptomechanics.pdf| Tunable Cavity Optomechanics with Ultracold Atoms]] || [[Attach:Squeezing_NJP.pdf| Spin squeezing of high-spin, spatially extended quantum fields]] ||
|| %width=120px%Attach:amp_theory.jpg"Theory of domain formation" || %width=210px%Attach:spin_noise_amp.png"Amplification of spin noise" ||
|| [[Attach
:theory_of_domain_formation.pdf| Theory of domain formation in inhomogeneous ferromagnetic dipolar condensates]] || [[Spin Noise Amplification| Amplification of fluctuations in a spinor Bose Einstein condensate]] ||
|| %width=200px%Attach:rbfinalvelocites.png"Rb final velocity map" || ||
|| [[ http://pra.aps.org/abstract/PRA/v81/i4/e043424 | Two-element Zeeman Slower for Rb and Li]] ||More at [[Research Highlights]]
||
to:
|| %width=200px%Attach:cal.jpg"Stokes thermometry of collective atomic motion" || %width=200px%Attach:kagome.jpg"Kagome superlattice" ||
|| [[Attach:cal.pdf|Quantization of collective atomic motion
]] || [[Attach:kagome.pdf|A tunable optical kagome lattice]] ||
|| %width=200px%Attach:psqmap.jpg"Quadrature dependence of ponderomotive squeezing" || %width=200px%Attach:controlloop.jpg"Control-theory model of optomechanics" ||
|| [[Attach:psq.pdf|Observation of ponderomotive squeezing]] || [[Attach:linom.pdf|Linear amplifier model of cavity optomechanics]] ||
|| %width=200px%Attach:camri.jpg"Cavity
-aided MRI" || %width=200px%Attach:rbfinalvelocites.png"Rb final velocity map" || 
|| [[Attach:CAMRI2.pdf|Cavity-aided MRI of atoms in optical lattices]] || [[ http://pra.aps.org/abstract/PRA/v81/i4/e043424 | Two-element Zeeman Slower for Rb and Li]] ||
||  || ||
|| More at [[Research Highlights]] ||
||
January 17, 2012, at 04:27 PM by 128.32.239.146 -
Added lines 18-20:

!!!!Long-time-scale dynamics of spin textures in a spinor condensate
Results highlighted as [[http://pra.aps.org/kaleidoscope/pra/84/6/063625 | PRA Kaleidoscope image ]]
Changed line 72 from:
|| [[Attach:twoelementslower.pdf| Two-element Zeeman Slower for Rb and Li]] ||More at [[Research Highlights]] ||
to:
|| [[ http://pra.aps.org/abstract/PRA/v81/i4/e043424 | Two-element Zeeman Slower for Rb and Li]] ||More at [[Research Highlights]] ||
June 09, 2011, at 04:08 PM by NCB - Change CAMRI pdf
Changed line 66 from:
|| [[Attach:CAMRI.pdf|Cavity-aided MRI of atoms in optical lattices]] || [[Attach:CSOD.pdf|Cavity spin-optodynamic analogs of optomechanics]] ||
to:
|| [[Attach:CAMRI2.pdf|Cavity-aided MRI of atoms in optical lattices]] || [[Attach:CSOD.pdf|Cavity spin-optodynamic analogs of optomechanics]] ||
Changed lines 72-74 from:
|| [[Attach:twoelementslower.pdf| Two-element Zeeman Slower for Rb and Li]] || ||

More
at [[Research Highlights]]
to:
|| [[Attach:twoelementslower.pdf| Two-element Zeeman Slower for Rb and Li]] ||More at [[Research Highlights]] ||
January 12, 2011, at 01:30 PM by Ryan - added E4 slower paper
Added lines 71-72:
|| %width=200px%Attach:rbfinalvelocites.png"Rb final velocity map" || ||
|| [[Attach:twoelementslower.pdf| Two-element Zeeman Slower for Rb and Li]] || ||
January 04, 2011, at 09:14 PM by Brahms - Repairing causality
Changed line 4 from:
''9/09'' Dr. [[Tom Purdy|Thomas P. Purdy's]] [[http://ultracold.physics.berkeley.edu/pubs/thesis_tpp.pdf| Thesis]]
to:
''7/10'' Dr. [[Tom Purdy|Thomas P. Purdy's]] [[http://ultracold.physics.berkeley.edu/pubs/thesis_tpp.pdf| Thesis]]
January 04, 2011, at 12:19 PM by Brahms - Grammar
Changed line 56 from:
Our research is concentrated on using ultracold atoms as a resource for studying aspects of condensed-matter and many-body physics, quantum and precision measurement, quantum optics and quantum atom optics.  This research is being pursued in three laboratories with separate experimental setups.  One lab ([[E3]]) employs atomic gases trapped within high-finesse optical resonators to study cavity opto-mechanics and cavity magneto-optics, and, more generally, the limits to and uses of quantum measurement.  A second lab ([[E4]]) is pursuing applications of atom interferometry with guided atomic matter waves, and also the physics of quantum fluids in annular containers.  A third lab ([[E5]]) is exploring a novel magnetic fluid -- the degenerate spinor Bose gas -- in which the phenomena of magnetism and superfluidity are intertwined.  of We are currently pursuing several projects in this area.
to:
Our research is concentrated on using ultracold atoms as a resource for studying aspects of condensed-matter and many-body physics, quantum and precision measurement, quantum optics and quantum atom optics.  This research is being pursued in three laboratories with separate experimental setups.  One lab ([[E3]]) employs atomic gases trapped within high-finesse optical resonators to study cavity opto-mechanics and cavity magneto-optics, and, more generally, the limits to and uses of quantum measurement.  A second lab ([[E4]]) is pursuing applications of atom interferometry with guided atomic matter waves, and also the physics of quantum fluids in annular containers.  A third lab ([[E5]]) is exploring a novel magnetic fluid -- the degenerate spinor Bose gas -- in which the phenomena of magnetism and superfluidity are intertwined.
Changed line 53 from:
>>text-align:justify<<
to:
>>text-align:justify padding-right:20px<<
January 04, 2011, at 12:15 PM by Brahms - Update research highlights
Added line 53:
>>text-align:justify<<
Changed lines 59-60 from:
to:
>><<
Changed lines 64-66 from:
||border=0 width=35% align=left cellspacing = 5 px
|| %width=210px%Attach:camri.jpg"Cavity-aided MRI" || %width=210px%Attach:csodSim.jpg"Simulations of cavity spin-optodynamics" ||
|| [[Attach:CAMRI.pdf|Cavity-aided magnetic resonance imaging of atoms in optical lattices]] || [[Attach:CSOD.pdf|Cavity spin-optodynamic analogs of optomechanics]] ||
to:
||border=0 width=38% align=left cellspacing = 10 px
|| %width=200px%Attach:camri.jpg"Cavity-aided MRI" || %width=210px%Attach:csodSim.jpg"Simulations of cavity spin-optodynamics" ||
|| [[Attach:CAMRI.pdf|Cavity-aided MRI of atoms in optical lattices]] || [[Attach:CSOD.pdf|Cavity spin-optodynamic analogs of optomechanics]] ||
Changed lines 63-64 from:
|| %width=210px%Attach:mri.jpg"Cavity-aided MRI" || %width=210px%Attach:csod.jpg"Simulations of cavity spin-optodynamics" ||
|| [[Attach:MRI.pdf|Cavity-aided magnetic resonance imaging of atoms in optical lattices]] || [[Attach:CSOD.pdf|Cavity spin-optodynamic analogs of optomechanics]] ||
to:
|| %width=210px%Attach:camri.jpg"Cavity-aided MRI" || %width=210px%Attach:csodSim.jpg"Simulations of cavity spin-optodynamics" ||
|| [[Attach:CAMRI.pdf|Cavity-aided magnetic resonance imaging of atoms in optical lattices]] || [[Attach:CSOD.pdf|Cavity spin-optodynamic analogs of optomechanics]] ||
Added lines 63-64:
|| %width=210px%Attach:mri.jpg"Cavity-aided MRI" || %width=210px%Attach:csod.jpg"Simulations of cavity spin-optodynamics" ||
|| [[Attach:MRI.pdf|Cavity-aided magnetic resonance imaging of atoms in optical lattices]] || [[Attach:CSOD.pdf|Cavity spin-optodynamic analogs of optomechanics]] ||
December 31, 2010, at 05:25 PM by NCB 12-31-10 - Reformatting
Changed lines 62-67 from:
||border=0 width=30% align=left cellspacing = 5 px

||%width=210px%Attach:atom_chip_scheme.png"Optomechanics on an atom chip"|| %width=210px%Attach:three_runs.png"Simulations of amplification and squeezing"||
||%center% [[Attach:TunableCavityOptomechanics.pdf| Tunable Cavity Optomechanics with Ultracold Atoms]] || %center% [[Attach:Squeezing_NJP.pdf| Spin squeezing of high-spin, spatially extended quantum fields]] ||
||%width=180px%Attach:amp_theory.jpg"Theory of domain formation"|| %width=210px%Attach:spin_noise_amp.png"Amplification of spin noise" ||
||%center% [[Attach:theory_of_domain_formation.pdf| Theory of domain formation in inhomogeneous ferromagnetic dipolar condensates]] || [[Spin Noise Amplification| Amplification of fluctuations in a spinor Bose Einstein condensate]] ||
to:
||border=0 width=35% align=left cellspacing = 5 px
|| %width=210px%Attach:atom_chip_scheme.png"Optomechanics on an atom chip" || %width=210px%Attach:three_runs.png"Simulations of amplification and squeezing" ||
|| [[Attach:TunableCavityOptomechanics.pdf| Tunable Cavity Optomechanics with Ultracold Atoms]] || [[Attach:Squeezing_NJP.pdf| Spin squeezing of high-spin, spatially extended quantum fields]] ||
|| %width=120px%Attach:amp_theory.jpg"Theory of domain formation" || %width=210px%Attach:spin_noise_amp.png"Amplification of spin noise" ||
|| [[Attach:theory_of_domain_formation.pdf| Theory of domain formation in inhomogeneous ferromagnetic dipolar condensates]] || [[Spin Noise Amplification| Amplification of fluctuations in a spinor Bose Einstein condensate]] ||
December 31, 2010, at 05:23 PM by NCB 123110 - REMOVE "old" research highlights
Deleted line 65:
Deleted lines 67-70:
||%width=210px%Attach:Fig1_justa.png|| %width=180px%Attach:lattice2.jpg"Spontaneous formation of modulated spin textures" ||
||%center% [[Attach:periodic_textures.pdf| Periodic spin textures in a degenerate F = 1 87Rb spinor Bose gas]] || [[Spin Lattice 1| Spontaneously modulated spin textures in a dipolar spinor BEC]] ||
|| %width=210px%Attach:kerrlines_below_unity2.jpg"Strong nonlinearity at cavity photon numbers below unity" || %width=210px%Attach:fluctuation_bolometer.jpg"Measurement trace of a fluctuation bolometer" ||
|| [[Cavity Kerr effect| %center% Cavity nonlinear optics due to collective atomic motion]] || [[Fluctuation bolometer|Measuring quantum fluctuations of light by the radiation forces on ultracold atoms]] ||
July 15, 2010, at 10:31 AM by 128.32.95.106 -
Changed line 64 from:
||%width=210px%Attach:bistable_waterfall2.jpg"Tunable Cavity Optomechanics with Ultracold Atoms"|| %width=210px%Attach:three_runs.png"Simulations of amplification and squeezing"||
to:
||%width=210px%Attach:atom_chip_scheme.png"Optomechanics on an atom chip"|| %width=210px%Attach:three_runs.png"Simulations of amplification and squeezing"||
July 15, 2010, at 10:28 AM by 128.32.95.106 -
Changed line 64 from:
||%width=310px%Attach:bistable_waterfall2.jpg"Tunable Cavity Optomechanics with Ultracold Atoms"|| %width=210px%Attach:three_runs.png"Simulations of amplification and squeezing"||
to:
||%width=210px%Attach:bistable_waterfall2.jpg"Tunable Cavity Optomechanics with Ultracold Atoms"|| %width=210px%Attach:three_runs.png"Simulations of amplification and squeezing"||
July 15, 2010, at 10:26 AM by 128.32.95.106 -
Changed lines 64-65 from:
||%width=310px%Attach:bistable_waterfall2.jpg"Tunable Cavity Optomechanics with Ultracold Atoms"|| ||
||
%center% [[Attach:TunableCavityOptomechanics.pdf| Tunable Cavity Optomechanics with Ultracold Atoms]] || || ||
to:
||%width=310px%Attach:bistable_waterfall2.jpg"Tunable Cavity Optomechanics with Ultracold Atoms"|| %width=210px%Attach:three_runs.png"Simulations of amplification and squeezing"||
||%center% [[Attach:TunableCavityOptomechanics.pdf| Tunable Cavity Optomechanics with Ultracold Atoms]] || %center% [[Attach:Squeezing_NJP.pdf| Spin squeezing of high-spin, spatially extended quantum fields]]
||
July 15, 2010, at 10:16 AM by 128.32.95.106 -
Changed line 69 from:
||%width=210px%Attach:2_panels_closeup.jpg|| %width=180px%Attach:lattice2.jpg"Spontaneous formation of modulated spin textures" ||
to:
||%width=210px%Attach:Fig1_justa.png|| %width=180px%Attach:lattice2.jpg"Spontaneous formation of modulated spin textures" ||
July 15, 2010, at 10:14 AM by 128.32.95.106 -
Added lines 24-25:

Results highlighted as [[http://pra.aps.org/kaleidoscope/pra/81/5/053612| PRA Kaleidoscope]].
July 15, 2010, at 10:08 AM by 128.32.95.106 -
Changed line 68 from:
||%center% [[Attach:equilibrium_texture.pdf| Crystalline magnetic order in a dipolar spinor quantum gas]] || [[Spin Lattice 1| Spontaneously modulated spin textures in a dipolar spinor BEC]] ||
to:
||%center% [[Attach:periodic_textures.pdf| Periodic spin textures in a degenerate F = 1 87Rb spinor Bose gas]] || [[Spin Lattice 1| Spontaneously modulated spin textures in a dipolar spinor BEC]] ||
June 03, 2010, at 01:12 PM by 128.32.95.32 -
Changed line 53 from:
Our research is concentrated on using ultracold atoms as a resource for studying aspects of condensed-matter and many-body physics, quantum and precision measurement, quantum optics and quantum atom optics.  This research is being pursued in three laboratories and with seperate experimental setups.  One lab ([[E3]]) employs atomic gases trapped within high-finesse optical resonators to study cavity opto-mechanics and cavity magneto-optics, and, more generally, the limits to and uses of quantum measurement.  A second lab ([[E4]]) is pursuing applications of atom interferometry with guided atomic matter waves, and also the physics of quantum fluids in annular containers.  A third lab ([[E5]]) is exploring a novel magnetic fluid -- the degenerate spinor Bose gas -- in which the phenomena of magnetism and superfluidity are intertwined.  of We are currently pursuing several projects in this area.
to:
Our research is concentrated on using ultracold atoms as a resource for studying aspects of condensed-matter and many-body physics, quantum and precision measurement, quantum optics and quantum atom optics.  This research is being pursued in three laboratories with separate experimental setups.  One lab ([[E3]]) employs atomic gases trapped within high-finesse optical resonators to study cavity opto-mechanics and cavity magneto-optics, and, more generally, the limits to and uses of quantum measurement.  A second lab ([[E4]]) is pursuing applications of atom interferometry with guided atomic matter waves, and also the physics of quantum fluids in annular containers.  A third lab ([[E5]]) is exploring a novel magnetic fluid -- the degenerate spinor Bose gas -- in which the phenomena of magnetism and superfluidity are intertwined.  of We are currently pursuing several projects in this area.
June 03, 2010, at 01:11 PM by 128.32.95.32 -
Changed line 53 from:
Our research is concentrated on using ultracold atoms as a resource for studying aspects of condensed-matter and many-body physics, quantum and precision measurement, quantum optics and quantum atom optics.  This research is being pursued in three laboratories and with four main experimental setups.  One lab ([[E3]]) employs atomic gases trapped within high-finesse optical resonators to study cavity opto-mechanics and cavity magneto-optics, and, more generally, the limits to and uses of quantum measurement.  A second lab ([[E4]]) is pursuing applications of atom interferometry with guided atomic matter waves, and also the physics of quantum fluids in annular containers.  A third lab ([[E5]]) is exploring a novel magnetic fluid -- the degenerate spinor Bose gas -- in which the phenomena of magnetism and superfluidity are intertwined.  of We are currently pursuing several projects in this area.
to:
Our research is concentrated on using ultracold atoms as a resource for studying aspects of condensed-matter and many-body physics, quantum and precision measurement, quantum optics and quantum atom optics.  This research is being pursued in three laboratories and with seperate experimental setups.  One lab ([[E3]]) employs atomic gases trapped within high-finesse optical resonators to study cavity opto-mechanics and cavity magneto-optics, and, more generally, the limits to and uses of quantum measurement.  A second lab ([[E4]]) is pursuing applications of atom interferometry with guided atomic matter waves, and also the physics of quantum fluids in annular containers.  A third lab ([[E5]]) is exploring a novel magnetic fluid -- the degenerate spinor Bose gas -- in which the phenomena of magnetism and superfluidity are intertwined.  of We are currently pursuing several projects in this area.
June 03, 2010, at 01:10 PM by 128.32.95.32 -
Changed line 53 from:
Our research is concentrated on using ultracold atoms as a resource for studying aspects of condensed-matter and many-body physics, quantum and precision measurement, quantum optics and quantum atom optics.  This research is being pursued in three laboratories and with four main experimental setups.  One lab ([[E2]] and [[E3]]) employs atomic gases trapped within high-finesse optical resonators to study cavity opto-mechanics and cavity magneto-optics, and, more generally, the limits to and uses of quantum measurement.  A second lab ([[E4]]) is pursuing applications of atom interferometry with guided atomic matter waves, and also the physics of quantum fluids in annular containers.  A third lab ([[E5]]) is exploring a novel magnetic fluid -- the degenerate spinor Bose gas -- in which the phenomena of magnetism and superfluidity are intertwined.  of We are currently pursuing several projects in this area.
to:
Our research is concentrated on using ultracold atoms as a resource for studying aspects of condensed-matter and many-body physics, quantum and precision measurement, quantum optics and quantum atom optics.  This research is being pursued in three laboratories and with four main experimental setups.  One lab ([[E3]]) employs atomic gases trapped within high-finesse optical resonators to study cavity opto-mechanics and cavity magneto-optics, and, more generally, the limits to and uses of quantum measurement.  A second lab ([[E4]]) is pursuing applications of atom interferometry with guided atomic matter waves, and also the physics of quantum fluids in annular containers.  A third lab ([[E5]]) is exploring a novel magnetic fluid -- the degenerate spinor Bose gas -- in which the phenomena of magnetism and superfluidity are intertwined.  of We are currently pursuing several projects in this area.
June 02, 2010, at 06:11 PM by 128.32.95.32 -
Added lines 61-64:

||%width=310px%Attach:bistable_waterfall2.jpg"Tunable Cavity Optomechanics with Ultracold Atoms"|| ||
||%center% [[Attach:TunableCavityOptomechanics.pdf| Tunable Cavity Optomechanics with Ultracold Atoms]] || || ||

Changed line 55 from:
We are constantly on the lookout for excellent students, postdocs, and visitors to join our efforts.  Feel free to peruse this website and then to contact us for more information.
to:
We are constantly on the lookout for excellent students, postdocs, and visitors to join our efforts.  Feel free to peruse this website and then to contact us for more information.  You may also read through several [[Recommended Review Papers | review papers]]
Changed line 53 from:
Our research is concentrated on using %newwin%[[(Wikipedia:)ultracold atoms]] %% as a resource for studying aspects of condensed-matter and many-body physics, quantum and precision measurement, quantum optics and quantum atom optics.  This research is being pursued in three laboratories and with four main experimental setups.  One lab ([[E2]] and [[E3]]) employs atomic gases trapped within high-finesse optical resonators to study cavity opto-mechanics and cavity magneto-optics, and, more generally, the limits to and uses of quantum measurement.  A second lab ([[E4]]) is pursuing applications of atom interferometry with guided atomic matter waves, and also the physics of quantum fluids in annular containers.  A third lab ([[E5]]) is exploring a novel magnetic fluid -- the degenerate spinor Bose gas -- in which the phenomena of magnetism and superfluidity are intertwined.  of We are currently pursuing several projects in this area.
to:
Our research is concentrated on using ultracold atoms as a resource for studying aspects of condensed-matter and many-body physics, quantum and precision measurement, quantum optics and quantum atom optics.  This research is being pursued in three laboratories and with four main experimental setups.  One lab ([[E2]] and [[E3]]) employs atomic gases trapped within high-finesse optical resonators to study cavity opto-mechanics and cavity magneto-optics, and, more generally, the limits to and uses of quantum measurement.  A second lab ([[E4]]) is pursuing applications of atom interferometry with guided atomic matter waves, and also the physics of quantum fluids in annular containers.  A third lab ([[E5]]) is exploring a novel magnetic fluid -- the degenerate spinor Bose gas -- in which the phenomena of magnetism and superfluidity are intertwined.  of We are currently pursuing several projects in this area.
Changed lines 20-21 from:
[[http://pra.aps.org/covers/80/2| Phys. Rev. A Kaleidoscope image from theory paper]]
[[http://pra.aps.org/node/2653| Phys. Rev. A Kaleidoscope image from expt. paper]]
to:
Results highlighted as PRA Kaleidoscope image from both [[http://pra.aps.org/node/2653| experimental]] and [[http://pra.aps.org/covers/80/2| theory]]
papers
.
Added lines 18-21:

!!!!Amplification of spin noise in a spinor Bose-Einstein condensate
[[http://pra.aps.org/covers/80/2| Phys. Rev. A Kaleidoscope image from theory paper]]
[[http://pra.aps.org/node/2653| Phys. Rev. A Kaleidoscope image from expt. paper]]
Changed line 58 from:
||%center% [[Attach:theory_of_domain_formation.pdf| Theory of domain formation in inhomogeneous ferromagnetic dipolar condensates]] || %center%[[Spin Noise Amplification| Amplification of fluctuations in a spinor Bose Einstein condensate] ||
to:
||%center% [[Attach:theory_of_domain_formation.pdf| Theory of domain formation in inhomogeneous ferromagnetic dipolar condensates]] || [[Spin Noise Amplification| Amplification of fluctuations in a spinor Bose Einstein condensate]] ||
Changed line 58 from:
||%center% [[Attach:theory_of_domain_formation.pdf| Theory of domain formation in inhomogeneous ferromagnetic dipolar condensates]] || %center%[[Spin Noise Amplification| Amplification of Fluctuations in a Spinor Bose Einstein Condensate] ||
to:
||%center% [[Attach:theory_of_domain_formation.pdf| Theory of domain formation in inhomogeneous ferromagnetic dipolar condensates]] || %center%[[Spin Noise Amplification| Amplification of fluctuations in a spinor Bose Einstein condensate] ||
Changed line 58 from:
||%center% [[Attach:theory_of_domain_formation.pdf| Theory of domain formation in inhomogeneous ferromagnetic dipolar condensates]] || [[Spin Noise Amplification| Amplification of Fluctuations in a Spinor Bose Einstein Condensate] ||
to:
||%center% [[Attach:theory_of_domain_formation.pdf| Theory of domain formation in inhomogeneous ferromagnetic dipolar condensates]] || %center%[[Spin Noise Amplification| Amplification of Fluctuations in a Spinor Bose Einstein Condensate] ||
Changed line 57 from:
||%width=210px%Attach:amp_theory.jpg"Theory of domain formation"|| %width=180px%Attach:spin_noise_amp.png"Amplification of spin noise" ||
to:
||%width=180px%Attach:amp_theory.jpg"Theory of domain formation"|| %width=210px%Attach:spin_noise_amp.png"Amplification of spin noise" ||
Changed lines 58-59 from:
||%center% [[Attach:theory_of_domain_formation.pdf| Theory of domain formation in inhomogeneous ferromagnetic dipolar condensates]] || [[Spin Noise Amplification| Amplification of Fluctuations in a Spinor Bose Einstein
Condensate] ||
to:
||%center% [[Attach:theory_of_domain_formation.pdf| Theory of domain formation in inhomogeneous ferromagnetic dipolar condensates]] || [[Spin Noise Amplification| Amplification of Fluctuations in a Spinor Bose Einstein Condensate] ||
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Condensate] ||  || ||%width=210px%Attach:2_panels_closeup.jpg|| %width=180px%Attach:lattice2.jpg"Spontaneous formation of modulated spin textures" ||
||%center% [[Attach:equilibrium_texture.pdf| Crystalline magnetic order in a dipolar spinor quantum gas]] || [[Spin Lattice 1| Spontaneously modulated spin textures in a dipolar spinor BEC]] ||  ||
to:
Condensate] ||
||%width=210px%Attach:2_panels_closeup.jpg|| %width=180px%Attach:lattice2.jpg"Spontaneous formation of modulated spin textures" ||
||%center% [[Attach:equilibrium_texture.pdf| Crystalline magnetic order in a dipolar spinor quantum gas]] || [[Spin Lattice 1| Spontaneously modulated spin textures in a dipolar spinor BEC]] ||
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||%width=210px%Attach:2_panels_closeup.jpg|| %width=180px%Attach:lattice2.jpg"Spontaneous formation of modulated spin textures" ||
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||%width=210px%Attach:amp_theory.jpg"Theory of domain formation"|| %width=180px%Attach:spin_noise_amp.png"Amplification of spin noise" ||
||%center% [[Attach:theory_of_domain_formation.pdf| Theory of domain formation in inhomogeneous ferromagnetic dipolar condensates]] || [[Spin Noise Amplification| Amplification of Fluctuations in a Spinor Bose Einstein
Condensate] ||  ||
||%width=210px%Attach:2_panels_closeup.jpg|| %width=180px%Attach:lattice2.jpg"Spontaneous formation of modulated spin textures" ||
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|| [[Cavity Kerr effect| %center% Cavity nonlinear optics due to collective atomic motion]] || [[Fluctuation bolometer|Measuring quantum fluctuations of light by the radiation forces on ultracold atoms]] ||}
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|| [[Cavity Kerr effect| %center% Cavity nonlinear optics due to collective atomic motion]] || [[Fluctuation bolometer|Measuring quantum fluctuations of light by the radiation forces on ultracold atoms]] ||
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|| [[Cavity Kerr effect| %center% Cavity nonlinear optics due to collective atomic motion]] || [[Fluctuation bolometer|Measuring quantum fluctuations of light by the radiation forces on ultracold atoms]] ||
|| More at [[Research Highlights]]
to:
|| [[Cavity Kerr effect| %center% Cavity nonlinear optics due to collective atomic motion]] || [[Fluctuation bolometer|Measuring quantum fluctuations of light by the radiation forces on ultracold atoms]] ||}

More at [[Research Highlights]]
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\\
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|| More at [[Research Highlights]]
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More at [[Research Highlights]]
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\\
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>><<
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>><<
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More at [[Research Highlights]]
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|| %width=210px%Attach:spinor_BEC_magnetometry.jpg"Spatially resolved magnetometry with a spinor gas" || %width=210px%Attach:SR_imaging.jpg"Selective imaging of coherent atoms using superradiance imaging" ||
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|| [[Spinor-BEC magnetometer|Spatially resolved magnetometry with a spinor gas]] || [[Superradiance imaging|Direct detection of spatial coherence through superradiant imaging]] ||
|| %width=210px%Attach:spinor_BEC_SSB.jpg"Spontaneous magnetization in a quenched spinor BEC" || %width=210px%Attach:bSPPS_coherence_peak.jpg"Tomographic measure of coherence in a chirped atom laser pulse" ||
|| [[Spontaneous symmetry breaking|Spontaneous symmetry breaking in a quenched ferromagnetic spinor Bose condensate]] ||  [[bSPPS|Probing the quantum state of an atom laser pulse]] ||
Changed line 6 from:
''9/09''  Dr. [[Kater Murch]] adiabatically transitions to a postdoc position with Irfan Siddiqi's group at Berkeley.
to:
''9/09''  Dr. [[Kater Murch]] transitions to a postdoc position with Irfan Siddiqi's group at Berkeley.
Changed lines 4-10 from:
''3/09'' Dr. [[Tom Purdy|Thomas P. Purdy's]] [[http://ultracold.physics.berkeley.edu/pubs/thesis_tpp.pdf| Thesis]]

''September 2009''  Dr. [[Kater Murch]] adiabatically transitions to a postdoc position with Irfan Siddiqi's group at Berkeley.

''March 2009'' Dr. [[Sabrina Leslie]] joins Adam Cohen's biophysics group at Harvard University as a Mary Fieser Postdoctoral Fellow.

''January 2009'' Postdoc Dr. [[Mukund Vengalattore|Mukund Vengalattore]]
to:
''9/09'' Dr. [[Tom Purdy|Thomas P. Purdy's]] [[http://ultracold.physics.berkeley.edu/pubs/thesis_tpp.pdf| Thesis]]

''9/09''  Dr. [[Kater Murch]] adiabatically transitions to a postdoc position with Irfan Siddiqi's group at Berkeley.

''3/09'' Dr. [[Sabrina Leslie]] joins Adam Cohen's biophysics group at Harvard University as a Mary Fieser Postdoctoral Fellow.

''1/09'' Postdoc Dr. [[Mukund Vengalattore|Mukund Vengalattore]]
Changed line 13 from:
''December 2008'' Dr. [[Sabrina Leslie|Sabrina Leslie's]] [[http://ultracold.physics.berkeley.edu/pmwiki/Main/Theses|Thesis]]
to:
''12/08'' Dr. [[Sabrina Leslie|Sabrina Leslie's]] [[http://ultracold.physics.berkeley.edu/pmwiki/Main/Theses|Thesis]]
Changed line 4 from:
''September 2009'' Dr. [[Tom Purdy|Thomas P. Purdy's]] [[http://ultracold.physics.berkeley.edu/pubs/thesis_tpp.pdf| Thesis]]
to:
''3/09'' Dr. [[Tom Purdy|Thomas P. Purdy's]] [[http://ultracold.physics.berkeley.edu/pubs/thesis_tpp.pdf| Thesis]]
Changed lines 49-51 from:
Our research is concentrated on creating novel macroscopic and mesoscopic quantum systems using %newwin%[[(Wikipedia:)ultracold atoms]] %% as a resource. We are currently pursuing several projects in this area. In [[E1| one]], a flexible and robust Bose-Einstein condensation apparatus is used to create a variety of novel, many-body quantum systems by applying %newwin% [[Wikipedia:laser cooling| various]] [[Wikipedia:evaporative cooling| tools]] %% to control the internal and external structure of an ultracold atomic gas. In [[E2 | another experiment]], magnetically trapped and evaporatively cooled atoms are delivered to the confines of a high-finesse optical cavity where they are used as a reservoir for producing single or multiple trapped "active" atoms, which are used for studies in cavity quantum-electrodynamics.
to:
Our research is concentrated on using %newwin%[[(Wikipedia:)ultracold atoms]] %% as a resource for studying aspects of condensed-matter and many-body physics, quantum and precision measurement, quantum optics and quantum atom optics.  This research is being pursued in three laboratories and with four main experimental setups.  One lab ([[E2]] and [[E3]]) employs atomic gases trapped within high-finesse optical resonators to study cavity opto-mechanics and cavity magneto-optics, and, more generally, the limits to and uses of quantum measurement.  A second lab ([[E4]]) is pursuing applications of atom interferometry with guided atomic matter waves, and also the physics of quantum fluids in annular containers.  A third lab ([[E5]]) is exploring a novel magnetic fluid -- the degenerate spinor Bose gas -- in which the phenomena of magnetism and superfluidity are intertwined.  of We are currently pursuing several projects in this area.

We are constantly on the lookout for excellent students, postdocs, and visitors to join our efforts.  Feel free to peruse this website and then to contact us for more information
.
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More at [[Main/Popular Coverage]]
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For more news items, go to [[Main/Lab news]]
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More at [[Main/Lab news]]
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''May 2008'' Dr. [[Kater Murch|Kater Murch's]] [[Murch Thesis|Thesis]]
to:
For more news items, go to [[Main/Lab news]]
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!!!!Magnetic storage ring for ultracold atoms

[[http://www.aip.org/pnu/2005/split/743-2.html| AIP Physics News Update: BEC in a Circular Waveguide]]

[[http://www.nature.com/nphys/journal/v1/n1/full/nphys143.html| Nature Physics research highlights: Running in circles]]

[[http://dailycal.org/article.php?id=19674| The Daily Californian: Physicists create cold storage ring]]

[[Attach:timesofindia.jpg| Times of India: Bose-Einstein Dream Comes Alive]]

[[http://www.berkeley.edu/news/media/releases/2005/09/06_bec.shtml| UC Berkeley Press Release: Bose-Einstein condensate runs circles around magnetic trap ]]
Changed lines 6-10 from:
''January 2009'' Super-valued postdoc Dr. [[Mukund Vengalattore|Mukund Vengalattore]]
to:
''September 2009''  Dr. [[Kater Murch]] adiabatically transitions to a postdoc position with Irfan Siddiqi's group at Berkeley.

''March 2009'' Dr. [[Sabrina Leslie]] joins Adam Cohen's biophysics group at Harvard University as a Mary Fieser Postdoctoral Fellow.

''January 2009'' Postdoc
Dr. [[Mukund Vengalattore|Mukund Vengalattore]]
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!!!Lab News
to:
!!!Recent Lab News
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!!Research Highlights
to:
!!Recent Research Highlights
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''September 2009'' Dr. [[Tom Purdy|Thomas P. Purdy's]] [[http://ultracold.physics.berkeley.edu/pubs/thesis_tpp.pdf| Thesis]]
Deleted lines 11-18:

''October 2007'' Dr. [[Lorraine Sadler|Lorraine Sadler's]] [[Sadler Thesis|Thesis]]

''July 2007'' Dr. [[Kevin Moore|Kevin Moore's]] [[Moore Thesis|Thesis]]

''May 2007'' S-K Lab Ph.D. #2 and #3: [[Lorraine Sadler| Lorraine]] and [[Kevin Moore | Kevin]] have left us.  All are in mourning.

''May 2006'' S-K Lab Ph.D. #1: Doctor [[James Higbie]] defends his [[http://ultracold.physics.berkeley.edu/pubs/thesis_jmh.pdf| thesis]]!
March 25, 2009, at 10:44 AM by 128.32.95.41 -
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March 25, 2009, at 10:44 AM by 128.32.95.41 -
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[[http://www.cienciakanija.com/2009/03/19/%c2%bfes-un-gas-un-solido-un-fluido-o-todo-a-la-vez/#more-2894|żEs un gas, un sólido, un fluido, o todo a la vez?]]
March 20, 2009, at 02:22 PM by 128.32.95.41 -
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''June 2007'' We have a new website.  You're here!
March 20, 2009, at 02:19 PM by 128.32.95.41 -
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leaves to join the faculty of [[http://www.physics.cornell.edu/people/faculty/?page=website/faculty&action=show/id=88||Cornell University]]
to:
leaves to join the faculty of [[http://www.physics.cornell.edu/people/faculty/?page=website/faculty&action=show/id=88|Cornell University]]
March 20, 2009, at 02:18 PM by 128.32.95.41 -
Added lines 3-5:

''January 2009'' Super-valued postdoc Dr. [[Mukund Vengalattore|Mukund Vengalattore]]
leaves to join the faculty of [[http://www.physics.cornell.edu/people/faculty/?page=website/faculty&action=show/id=88||Cornell University]]
March 20, 2009, at 02:13 PM by 128.32.95.41 -
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||%center% [[Attach:equilibrium_texture.pdf|Crystalline magnetic order in a dipolar spinor quantum gas]]||[[Spin Lattice 1| Spontaneously modulated spin textures in a dipolar spinor BEC]] ||  ||
to:
||%center% [[Attach:equilibrium_texture.pdf| Crystalline magnetic order in a dipolar spinor quantum gas]] || [[Spin Lattice 1| Spontaneously modulated spin textures in a dipolar spinor BEC]] ||  ||
March 20, 2009, at 02:12 PM by 128.32.95.41 -
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||%center% [[equilibrium_texture.pdf|Crystalline magnetic order in a dipolar spinor quantum gas]]||[[Spin Lattice 1| Spontaneously modulated spin textures in a dipolar spinor BEC]] ||  ||
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||%center% [[Attach:equilibrium_texture.pdf|Crystalline magnetic order in a dipolar spinor quantum gas]]||[[Spin Lattice 1| Spontaneously modulated spin textures in a dipolar spinor BEC]] ||  ||
March 20, 2009, at 02:10 PM by 128.32.95.41 -
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||%width=210px%Attach:daningown.jpg || %width=180px%Attach:lattice2.jpg"Spontaneous formation of modulated spin textures" ||
||%center% [[Murch Thesis|"Dan graduates another student."]]||[[Spin Lattice 1| Spontaneously modulated spin textures in a dipolar spinor BEC]] ||  ||
to:
||%width=210px%Attach:2_panels_closeup.jpg|| %width=180px%Attach:lattice2.jpg"Spontaneous formation of modulated spin textures" ||
||%center% [[equilibrium_texture.pdf|Crystalline magnetic order in a dipolar spinor quantum gas]]||[[Spin Lattice 1| Spontaneously modulated spin textures in a dipolar spinor BEC]] ||  ||
March 20, 2009, at 02:00 PM by 128.32.95.41 -
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!!!!Crystalline magnetic order in a Rb spinor Bose gas

[[http://www.sciam.com/blog/60-second-science/post.cfm?id=signs-of-a-supersolid-2009-03-19 | Scientific American 60-Second Science Blog: Signs of a supersolid at the March APS meeting]]

[[http://sciencenow.sciencemag.org/cgi/content/full/2009/318/3?rss=1|ScienceNow: Is It a Gas, Fluid, Solid, or All of the Above?]]

[[http://www.sciencenews.org/view/generic/id/41869/title/Evidence_mounts_for_an_exotic_supersolid|Science News: Evidence mounts for an exotic supersolid]]

!!!!Quantum cavity optomechanics with ultracold atoms

[[Attach:nphys1006.pdf | Nature News & Views by Marquardt: Push toward the quantum limit]]
Changed line 4 from:
''December 2008'' Dr. [[Sabrina Leslie|Sabrina Leslie's]] [[http://ultracold.physics.berkeley.edu/pubs/thesis_srl.pdf|Thesis]]
to:
''December 2008'' Dr. [[Sabrina Leslie|Sabrina Leslie's]] [[http://ultracold.physics.berkeley.edu/pmwiki/Main/Theses|Thesis]]
Changed line 4 from:
''December 2008'' Dr. [[Sabrina Leslie|Sabrina Leslie's]] [[Leslie Thesis|Thesis]]
to:
''December 2008'' Dr. [[Sabrina Leslie|Sabrina Leslie's]] [[http://ultracold.physics.berkeley.edu/pubs/thesis_srl.pdf|Thesis]]
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''December 2008'' Dr. [[Sabrina Leslie|Sabrina Leslie's]] [[http://ultracold.physics.berkeley.edu/talks/srl_thesis.pdf|Thesis]]
to:
''December 2008'' Dr. [[Sabrina Leslie|Sabrina Leslie's]] [[Leslie Thesis|Thesis]]
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''December 2008'' Dr. [[Sabrina Leslie|Sabrina Leslie's]] [[http://ultracold.physics.berkeley.edu/talks/srl_thesis.pdf|Thesis]]
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|| %width=180px%Attach:lattice2.jpg"Spontaneous formation of modulated spin textures" ||  ||
|| [[Spin Lattice 1| Spontaneously modulated spin textures in a dipolar spinor BEC]] ||  || %width=210px%Attach:daningown.jpg"Dan graduates another student." ||
to:
||%width=210px%Attach:daningown.jpg || %width=180px%Attach:lattice2.jpg"Spontaneous formation of modulated spin textures" ||
||%center% [[Murch Thesis|"Dan graduates another student."]]||[[Spin Lattice 1| Spontaneously modulated spin textures in a dipolar spinor BEC]] || || 
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''October 2007'' Dr. [[Lorraine Sadler|Lorriane Sadler's]] [[Sadler Thesis|Thesis]]
to:
''October 2007'' Dr. [[Lorraine Sadler|Lorraine Sadler's]] [[Sadler Thesis|Thesis]]
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|| [[Spin Lattice 1| Spontaneously modulated spin textures in a dipolar spinor BEC]] ||  ||
to:
|| [[Spin Lattice 1| Spontaneously modulated spin textures in a dipolar spinor BEC]] ||  || %width=210px%Attach:daningown.jpg"Dan graduates another student." ||
May 21, 2008, at 11:55 AM by 128.32.95.52 -
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''May 2008'' Dr. [[Kater Murch|Kater Murch's]] [[Murch Thesis|Thesis]]
February 07, 2008, at 06:28 PM by 136.152.153.189 -
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|| [[Spin Lattice 1| Spontaneously modulated spin textures in a dipolar spinor Bose-Einstein condensate]] ||  ||
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|| [[Spin Lattice 1| Spontaneously modulated spin textures in a dipolar spinor BEC]] ||  ||
February 07, 2008, at 06:26 PM by 136.152.153.189 -
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|| %width=180px%Attach:lattice2.jpg"Spontaneous formation of modulated spin textures" ||  ||
|| [[Spin Lattice 1| Spontaneously modulated spin textures in a dipolar spinor Bose-Einstein condensate]] ||  ||
February 07, 2008, at 05:55 PM by 136.152.153.189 -
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|| %width=210px%Attach:lattice.jpg"Spontaneous formation of modulated spin textures
in a dipolar spinor condensate" ||
February 07, 2008, at 05:54 PM by 136.152.153.189 -
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|| %width=210px%Attach:lattice.jpg"Spontaneous formation of modulated spin textures
in a dipolar spinor condensate" ||
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[[| Nature photonics highlights: Moving in time]]
to:
[[Attach:Nature photonics highlights.pdf| Nature photonics highlights: Moving in time]]
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[[Attach: | Nature photonics highlights: Moving in time]]
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[[| Nature photonics highlights: Moving in time]]
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!!!!Nonlinear optics due to collective atomic motion

[[Attach: | Nature photonics highlights: Moving in time]]
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''October 2007'' Dr. [[Lorraine Sadler|Lorriane Sadler's]] [[Sadler Thesis|Thesis]]
July 09, 2007, at 03:56 PM by 128.32.95.58 -
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[[http://www.wired.com/science/discoveries/news/2007/07/tricorder | Wired.com: The Medical Tricorder Takes Two Steps Away From Sci Fi]]
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''July 2007'' Dr. [[Kevin Moore|Kevin Moore's]] [[Moore Thesis|Thesis]]

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''May 2007'' We have a new website.  You're here!
to:
''June 2007'' We have a new website.  You're here!
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[[Attach:timesofindia.jpg| Times of India: ??]]
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[[Attach:timesofindia.jpg| Times of India: Bose-Einstein Dream Comes Alive]]
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''May 2007'' We have a new website.  You're here!  Congrats.
to:
''May 2007'' We have a new website.  You're here!
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''May 2007'' S-K Lab Ph.D. #2 and #3: [[Lorraine Sadler| Lorraine]] and [[Kevin Moore | Kevin]] will soon be leaving us.  All are in mourning.
to:
''May 2007'' S-K Lab Ph.D. #2 and #3: [[Lorraine Sadler| Lorraine]] and [[Kevin Moore | Kevin]] have left us.  All are in mourning.
June 10, 2007, at 09:54 PM by 128.32.95.28 -
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[[Attach:Nature research highlights May 31.pdf| Nature research highlights: Better served chilled]]
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[[Attach:Nature research highlights May 31.pdf| Nature research highlights: Best served chilled]]
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June 09, 2007, at 02:17 PM by 128.32.95.104 -
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!!Overview!
to:
!!Overview
June 09, 2007, at 02:17 PM by 128.32.95.104 -
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!!Welcome to the Stamper-Kurn group website!
to:
!!Overview!
June 09, 2007, at 02:16 PM by 128.32.95.104 -
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>>rframe width:180px clear:right margin-top:1em<<
!!!Latest publications
Superradiance paper from E1

Tom's sapphire paper
June 09, 2007, at 02:10 PM by 128.32.95.104 -
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to:
|| %width=210px%Attach:spinor_BEC_SSB.jpg"Spontaneous magnetization in a quenched spinor BEC" || %width=210px%Attach:bSPPS_coherence_peak.jpg"Tomographic measure of coherence in a chirped atom laser pulse" ||
June 09, 2007, at 02:06 PM by 128.32.95.104 -
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|| %width=210px%Attach:spinor_BEC_SSB.jpg"Spontaneous magnetization in a quenched spinor BEC" || %width=210px%Attach:BECinRing.jpg"BEC in magnetic storage ring" ||
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June 09, 2007, at 02:03 PM by 128.32.95.104 -
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|| %width=210px%Attach:spinor_BEC_magnetometry.jpg"Spatially resolved magnetometry with a spinor gas" || %width=210px%Attach:SR_imaging.jpg"Selective imaging of coherent atoms using superradiance imaging" ||
June 09, 2007, at 01:59 PM by 128.32.95.104 -
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June 09, 2007, at 01:58 PM by 128.32.95.104 -
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|| %width=220px%Attach:kerrlines_below_unity2.jpg"Strong nonlinearity at cavity photon numbers below unity" || %width=220px%Attach:fluctuation_bolometer.jpg"Measurement trace of a fluctuation bolometer" ||
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|| %width=210px%Attach:kerrlines_below_unity2.jpg"Strong nonlinearity at cavity photon numbers below unity" || %width=210px%Attach:fluctuation_bolometer.jpg"Measurement trace of a fluctuation bolometer" ||
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|| %width=220px%Attach:kerrlines_below_unity2.jpg"Strong nonlinearity at cavity photon numbers below unity" || %width=220px%Attach:fluctuation_bolometer.jpg"Measurement trace of a fluctuation bolometer" ||
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June 09, 2007, at 01:57 PM by 128.32.95.104 -
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June 09, 2007, at 01:55 PM by 128.32.95.104 -
Changed line 48 from:
|| %width=240px%Attach:kerrlines_below_unity2.jpg"Strong nonlinearity at cavity photon numbers below unity" || %width=240px%Attach:fluctuation_bolometer.jpg"Measurement trace of a fluctuation bolometer" ||
to:
|| %width=230px%Attach:kerrlines_below_unity2.jpg"Strong nonlinearity at cavity photon numbers below unity" || %width=230px%Attach:fluctuation_bolometer.jpg"Measurement trace of a fluctuation bolometer" ||
June 09, 2007, at 01:55 PM by 128.32.95.104 -
Changed lines 46-48 from:
||border=0 width=55% align=center cellspacing = 10 px

|| %width=180px%Attach:kerrlines_below_unity2.jpg"Strong nonlinearity at cavity photon numbers below unity" || %width=180px%Attach:fluctuation_bolometer.jpg"Measurement trace of a fluctuation bolometer" ||
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||border=0 width=55% align=center cellspacing = 5 px

|| %width=240px%Attach:kerrlines_below_unity2.jpg"Strong nonlinearity at cavity photon numbers below unity" || %width=240px%Attach:fluctuation_bolometer.jpg"Measurement trace of a fluctuation bolometer" ||
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|| %width=180px%Attach:spinor_BEC_magnetometry.jpg"Spatially resolved magnetometry with a spinor gas" || %width=180px%Attach:BECinRing.jpg"BEC in magnetic storage ring" ||
to:
|| %width=240px%Attach:spinor_BEC_magnetometry.jpg"Spatially resolved magnetometry with a spinor gas" || %width=240px%Attach:BECinRing.jpg"BEC in magnetic storage ring" ||
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|| %width=180px%Attach:BECinRing.jpg"BEC in magnetic storage ring" || %width=180px%Attach:BECinRing.jpg"BEC in magnetic storage ring" ||
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|| %width=240px%Attach:BECinRing.jpg"BEC in magnetic storage ring" || %width=240px%Attach:BECinRing.jpg"BEC in magnetic storage ring" ||
June 09, 2007, at 01:52 PM by 128.32.95.104 -
Changed line 48 from:
|| %width=180px%Attach:kerrlines_below_unity.jpg"Strong nonlinearity at cavity photon numbers below unity" || %width=180px%Attach:fluctuation_bolometer.jpg"Measurement trace of a fluctuation bolometer" ||
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|| %width=180px%Attach:kerrlines_below_unity2.jpg"Strong nonlinearity at cavity photon numbers below unity" || %width=180px%Attach:fluctuation_bolometer.jpg"Measurement trace of a fluctuation bolometer" ||
June 09, 2007, at 01:50 PM by 128.32.95.104 -
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|| %width=180px%Attach:kerrlines.jpg"Strong nonlinearity at cavity photon numbers below unity" || %width=180px%Attach:fluctuation_bolometer.jpg"Measurement trace of a fluctuation bolometer" ||
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|| %width=180px%Attach:kerrlines_below_unity.jpg"Strong nonlinearity at cavity photon numbers below unity" || %width=180px%Attach:fluctuation_bolometer.jpg"Measurement trace of a fluctuation bolometer" ||
June 09, 2007, at 01:49 PM by 128.32.95.104 -
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|| %width=180px%Attach:BECinRing.jpg"BEC in magnetic storage ring" || %width=180px%Attach:fluctuation_bolometer.jpg"Measurement trace of a fluctuation bolometer" ||
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|| %width=180px%Attach:kerrlines.jpg"Strong nonlinearity at cavity photon numbers below unity" || %width=180px%Attach:fluctuation_bolometer.jpg"Measurement trace of a fluctuation bolometer" ||
June 09, 2007, at 01:46 PM by 128.32.95.104 -
Changed line 48 from:
|| %width=180px%Attach:BECinRing.jpg"BEC in magnetic storage ring" || %width=180px%Attach:fluctuation_bolometer.gif"Measurement trace of a fluctuation bolometer" ||
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|| %width=180px%Attach:BECinRing.jpg"BEC in magnetic storage ring" || %width=180px%Attach:fluctuation_bolometer.jpg"Measurement trace of a fluctuation bolometer" ||
June 09, 2007, at 01:44 PM by 128.32.95.104 -
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|| %width=180px%Attach:BECinRing.jpg"BEC in magnetic storage ring" || %width=180px%Attach:fluctuation_bolometer"Measurement trace of a fluctuation bolometer" ||
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|| %width=180px%Attach:BECinRing.jpg"BEC in magnetic storage ring" || %width=180px%Attach:fluctuation_bolometer.gif"Measurement trace of a fluctuation bolometer" ||
June 09, 2007, at 01:43 PM by 128.32.95.104 -
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|| %width=180px%Attach:BECinRing.jpg"BEC in magnetic storage ring" || %width=180px%Attach:BECinRing.jpg"BEC in magnetic storage ring" ||
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|| %width=180px%Attach:BECinRing.jpg"BEC in magnetic storage ring" || %width=180px%Attach:fluctuation_bolometer"Measurement trace of a fluctuation bolometer" ||
June 09, 2007, at 01:39 PM by 128.32.95.104 -
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|| %width=200px%Attach:BECinRing.jpg"BEC in magnetic storage ring" || %width=200px%Attach:BECinRing.jpg"BEC in magnetic storage ring" ||
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|| %width=180px%Attach:BECinRing.jpg"BEC in magnetic storage ring" || %width=180px%Attach:BECinRing.jpg"BEC in magnetic storage ring" ||
June 09, 2007, at 01:38 PM by 128.32.95.104 -
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|| %width=200px%Attach:BECinRing.jpg"BEC in magnetic storage ring" || %width=200px%Attach:BECinRing.jpg"BEC in magnetic storage ring" ||
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|| %width=180px%Attach:BECinRing.jpg"BEC in magnetic storage ring" || %width=180px%Attach:BECinRing.jpg"BEC in magnetic storage ring" ||
June 09, 2007, at 01:38 PM by 128.32.95.104 -
Changed line 50 from:
|| %width=200px%Attach:spinor_BEC_magnetometry.jpg"Spatially resolved magnetometry with a spinor gas" || %width=200px%Attach:BECinRing.jpg"BEC in magnetic storage ring" ||
to:
|| %width=180px%Attach:spinor_BEC_magnetometry.jpg"Spatially resolved magnetometry with a spinor gas" || %width=180px%Attach:BECinRing.jpg"BEC in magnetic storage ring" ||
June 09, 2007, at 01:37 PM by 128.32.95.104 -
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June 09, 2007, at 01:37 PM by 128.32.95.104 -
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June 09, 2007, at 01:36 PM by 128.32.95.104 -
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|| %width=200px%Attach:spinor BEC magnetometry.jpg"Spatially resolved magnetometry with a spinor gas" || %width=200px%Attach:BECinRing.jpg"BEC in magnetic storage ring" ||
to:
|| %width=200px%Attach:spinor_BEC_magnetometry.jpg"Spatially resolved magnetometry with a spinor gas" || %width=200px%Attach:BECinRing.jpg"BEC in magnetic storage ring" ||
June 09, 2007, at 01:12 PM by 128.32.95.104 -
Changed lines 45-50 from:
||border=0
||Attach:spinor.jpg"Spinor Condensate"\
||[[Attach:symmetrynature.pdf|Spontaneous symmetry breaking in a quenched ferromagnetic spinor Bose condensate]]
||
||border=0
||
%width=200px%Attach:BECinRing.jpg"BEC in magnetic storage ring"\
||[[Attach:ringtrap.pdf|Magnetic storage ring for ultracold atoms]]||
to:

||border=0 width=65% align=center cellspacing = 10 px

|| %width=200px%Attach:BECinRing.jpg"BEC in magnetic storage ring"
|| %width=200px%Attach:BECinRing.jpg"BEC in magnetic storage ring" ||
|| [[Cavity Kerr effect| %center% Cavity nonlinear optics due to collective atomic motion]] || [[Fluctuation bolometer|Measuring quantum fluctuations of light by the radiation forces on ultracold atoms]] ||
|| %width=200px%Attach:spinor BEC magnetometry.jpg"Spatially resolved magnetometry with a spinor gas" || %width=200px%Attach:BECinRing.jpg"BEC in magnetic storage ring" ||
|| [[Spinor-BEC magnetometer|Spatially resolved magnetometry with a spinor gas]] || [[Superradiance imaging|Direct detection of spatial coherence through superradiant imaging]] ||
|| %width=200px%Attach:BECinRing.jpg"BEC in magnetic storage ring" || %width=200px%Attach:BECinRing.jpg"BEC in magnetic storage ring" ||
|| [[Spontaneous symmetry breaking|Spontaneous symmetry breaking in a quenched ferromagnetic spinor Bose condensate]] ||  [[bSPPS|Probing the quantum state of an atom laser pulse]]
||
June 09, 2007, at 12:08 PM by 128.32.95.104 -
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[[Attach:Nature research highlights May 31.pdf| Nature research highlights: Better served chilled]]
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[[Attach:Nature research highlights May 31.pdf| Nature research highlights: Better served chilled]]
to:
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[[http://www.aip.org/pnu/2005/split/743-2.html| AIP Physics News Update]]

[[http
://www.nature.com/nphys/journal/v1/n1/full/nphys143.html| Nature Physics Research Highlights]]

[[http://dailycal.org/article.php?id=19674| The Daily Californian]]

[[Attach
:timesofindia.jpg| Times of India]]

[[http://www.sciencenewsdaily.org/story-6303.html| Science News Daily]]

[[http://www.physorg.com/news6303.html| Physorg.com]]

[[http
://www.berkeley.edu/news/media/releases/2005/09/06_bec.shtml| UC Berkeley Press Release]]
to:
[[http://www.aip.org/pnu/2005/split/743-2.html| AIP Physics News Update: BEC in a Circular Waveguide]]

[[http:
//www.nature.com/nphys/journal/v1/n1/full/nphys143.html| Nature Physics research highlights: Running in circles]]

[[http://dailycal.org/article.php?id=19674| The Daily Californian: Physicists create cold storage ring]]

[[Attach:timesofindia.jpg| Times of India: ??]]

[[http://www.berkeley.edu/news/media/releases/2005/09/06_bec.shtml| UC Berkeley Press Release: Bose-Einstein condensate runs circles around magnetic trap ]]
June 09, 2007, at 11:57 AM by 128.32.95.104 -
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!!!Recent press
to:
!!!Popular coverage of our work

!!!!Spinor-BEC magnetometry

[[http://www.berkeley.edu/news/media/releases/2007/05/18_BEC.shtml| UC Berkeley Press Release: Ultra-cold gas makes great magnetometer]]


[[Attach:Nature research highlights May 31.pdf| Nature research highlights: Better served chilled]]

!!!!Magnetic storage ring for ultracold atoms

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''June 2007'' We were hacked!
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''June 2007'' We were hacked!
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>><<
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Our research is concentrated on creating novel macroscopic and mesoscopic quantum systems using [[(Wikipedia:)ultracold atoms]] as a resource. We are currently pursuing several projects in this area. In [[E1| one]], a flexible and robust Bose-Einstein condensation apparatus is used to create a variety of novel, many-body quantum systems by applying [[Wikipedia:laser cooling| various]] [[Wikipedia:evaporative cooling| tools]] to control the internal and external structure of an ultracold atomic gas. In [[E2 | another experiment]], magnetically trapped and evaporatively cooled atoms are delivered to the confines of a high-finesse optical cavity where they are used as a reservoir for producing single or multiple trapped "active" atoms, which are used for studies in cavity quantum-electrodynamics.
to:
Our research is concentrated on creating novel macroscopic and mesoscopic quantum systems using %newwin%[[(Wikipedia:)ultracold atoms]] %% as a resource. We are currently pursuing several projects in this area. In [[E1| one]], a flexible and robust Bose-Einstein condensation apparatus is used to create a variety of novel, many-body quantum systems by applying %newwin% [[Wikipedia:laser cooling| various]] [[Wikipedia:evaporative cooling| tools]] %% to control the internal and external structure of an ultracold atomic gas. In [[E2 | another experiment]], magnetically trapped and evaporatively cooled atoms are delivered to the confines of a high-finesse optical cavity where they are used as a reservoir for producing single or multiple trapped "active" atoms, which are used for studies in cavity quantum-electrodynamics.
Changed line 34 from:
Our research is concentrated on creating novel macroscopic and mesoscopic quantum systems using [[ultracold atoms]] as a resource. We are currently pursuing several projects in this area. In [[E1| one]], a flexible and robust Bose-Einstein condensation apparatus is used to create a variety of novel, many-body quantum systems by applying [[tools| various tools]] to control the internal and external structure of an ultracold atomic gas. In [[E2 | another experiment]], magnetically trapped and evaporatively cooled atoms are delivered to the confines of a high-finesse optical cavity where they are used as a reservoir for producing single or multiple trapped "active" atoms, which are used for studies in cavity quantum-electrodynamics.
to:
Our research is concentrated on creating novel macroscopic and mesoscopic quantum systems using [[(Wikipedia:)ultracold atoms]] as a resource. We are currently pursuing several projects in this area. In [[E1| one]], a flexible and robust Bose-Einstein condensation apparatus is used to create a variety of novel, many-body quantum systems by applying [[Wikipedia:laser cooling| various]] [[Wikipedia:evaporative cooling| tools]] to control the internal and external structure of an ultracold atomic gas. In [[E2 | another experiment]], magnetically trapped and evaporatively cooled atoms are delivered to the confines of a high-finesse optical cavity where they are used as a reservoir for producing single or multiple trapped "active" atoms, which are used for studies in cavity quantum-electrodynamics.
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Superradiance paper from E1: it's here on PRL
to:
Superradiance paper from E1
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||Attach:coherenceimaging.jpg"Coherence Imaging Plot"\
||[[Attach:coherenceimaging.pdf |Coherence-enhanced imaging of a degenerate Bose gas]]||
||border=0
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||border=0
||%width=200px%Attach:phasecontrast.jpg"Phase contrast imaging"\
||[[http://ultracold.physics.berkeley.edu/pubs/PRL_95_050401.pdf|Real-time imaging of a spinor BEC]]||
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||border=0
||%width=200px%Attach:phasecontrast.jpg"Phase contrast imaging"\
||[[http://ultracold.physics.berkeley.edu/pubs/PRL_95_050401.pdf|Real-time imaging of a spinor BEC]]||
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''May 2007'' S-K Lab Ph.D. #2 and #3: [[Lorraine]] and [[Kevin]] will soon be leaving us.  All are in mourning.

''May 2006'' S-K Lab Ph
.D. #1: Doctor James Higbie defends his [[http://ultracold.physics.berkeley.edu/pubs/thesis_jmh.pdf| thesis]]!
to:
''May 2007'' S-K Lab Ph.D. #2 and #3: [[Lorraine Sadler| Lorraine]] and [[Kevin Moore | Kevin]] will soon be leaving us.  All are in mourning.

''May 2006'' S-K Lab Ph.D. #1: Doctor [[James Higbie]]
defends his [[http://ultracold.physics.berkeley.edu/pubs/thesis_jmh.pdf| thesis]]!
Changed line 7 from:
''May 2006'' S-K Lab Ph.D. #1: Doctor James Higbie defends his [[Attach:higbiethese.pdf| thesis]]!
to:
''May 2006'' S-K Lab Ph.D. #1: Doctor James Higbie defends his [[http://ultracold.physics.berkeley.edu/pubs/thesis_jmh.pdf| thesis]]!
Changed lines 3-10 from:
!!!!May 2007
We have a new website.  You're here!  Congrats.

!!!!May 2007
S-K Lab Ph.D. #2 and #3: [[Lorraine]] and [[Kevin]] will soon be leaving us.  All are in mourning.

!!!!May 2006
S-K Lab Ph.D. #1: Doctor James Higbie defends his [[Attach:higbiethese.pdf| thesis]]!
to:
''May 2007'' We have a new website.  You're here!  Congrats.

''May 2007'' S-K Lab Ph.D. #2 and #3: [[Lorraine]] and [[Kevin]] will soon be leaving us.  All are in mourning.

''May 2006'' S-K Lab Ph.D. #1: Doctor James Higbie defends his [[Attach:higbiethese.pdf| thesis]]!
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!!!!May 2007
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!!!!May 2007
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!!!!May 2006
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Doctor James Higbie defends his thesis!

New Website

Other stuff

Kevin and Lorraine are leaving :(  The entire lab is in mourning
.
to:
We have a new website.  You're here!  Congrats.

S-K Lab Ph.D. #2 and #3: [[Lorraine]] and [[Kevin]] will soon be leaving us
.  All are in mourning.

S-K Lab Ph.D. #1: Doctor James Higbie defends his [[Attach:higbiethese.pdf| thesis]]!

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Berkeley Science Review

India Times

etc (with links)
to:
[[http://www.aip.org/pnu/2005/split/743-2.html| AIP Physics News Update]]

[[http://www.nature.com/nphys/journal/v1/n1/full/nphys143.html| Nature Physics Research Highlights]]

[[http://dailycal.org/article.php?id=19674| The Daily Californian]]

[[Attach:timesofindia.jpg| Times of India]]

[[http://www.sciencenewsdaily.org/story-6303.html| Science News Daily]]

[[http://www.physorg.com/news6303.html| Physorg.com]]

[[http://www.berkeley.edu/news/media/releases/2005/09/06_bec.shtml| UC Berkeley Press Release]]
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||border=0
||%width=200px%Attach:BECinRing.jpg"BEC in magnetic storage ring"\
||[[Attach:ringtrap.pdf|Magnetic storage ring for ultracold atoms]]||
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||Attach:coherenceimaging.jpg"Coherence Imaging Plot"||Coherence-enhanced imaging of a degenerate Bose gas||
to:
||Attach:coherenceimaging.jpg"Coherence Imaging Plot"\
||[[Attach:coherenceimaging.pdf |Coherence-enhanced imaging of a degenerate Bose gas]]||
Changed lines 35-36 from:
||Attach:spinor.jpg"Spinor Condensate"||Spontaneous symmetry breaking in a quenched ferromagnetic spinor Bose condensate||
to:
||Attach:spinor.jpg"Spinor Condensate"\
||[[Attach:symmetrynature.pdf|Spontaneous symmetry breaking in a quenched ferromagnetic spinor Bose condensate]]||
Recent Changes (All) | Edit SideBar Page last modified on October 23, 2014, at 03:59 PM Edit Page | Page History
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