Search Images Maps Play YouTube News Gmail Drive More »
My library | Help | Advanced Book Search | Web History | Sign in

Books

Bose-Einstein condensation and macroscopic interference with atomic tunnel arrays

Front Cover
0 Reviews
Stanford University, 1999 - 320 pages

From inside the book

 

16 pages matching vapor pressure in this book

Where's the rest of this book?

What people are saying - Write a review

We haven't found any reviews in the usual places.

Related books

Cantilever-based Measurements on Nanomagnets and Superconductors
Cantilever-based Measurements on Nanomagnets and Superconductors
Eric Straver
Snippet view - 2004
Short wavelength limits to optical lithography
Short wavelength limits to optical lithography
Andrew Grenville,Stanford University. Dept. of Applied Physics
Snippet view - 1995
Resonant nuclear scattering of synchrotron radiation: Detector development ...
Resonant nuclear scattering of synchrotron radiation: Detector development ...
Alfred Quentin Rueben Baron,Stanford University. Dept. of Applied Physics
Snippet view - 1994
All related books »

Contents

Cooling and trapping neutral atoms
6
List of Figures
9
Enhanced loading of a 7Li magnetooptic trap
29
Copyright

8 other sections not shown

Common terms and phrases

absorption imaging adiabatic atom pulses atom trapping atomic beam atomic tunnel array Bloch oscillations Bose-Einstein condensation calculations collisions condensate fraction cooling and trapping dark-ground imaging described detuning diameter distribution energy band energy levels evaporative cooling experiment experimental field gradient field strength Figure frequency Gaussian imaging system initial intensity Josephson effect large numbers laser beam laser cooling laser light Lett limit loading rate macroscopic magnetic field magnetic trap magneto-optic trap measured modulating momentum MOSFETs number of atoms number of trapped observed optical lattice optical pumping optical trap output parameters particles periodic potential phase-space density photon Phys polarized quantum ramp Rb partial pressure red-detuned repumping resonance rotating bias field scattering force shift shown in Fig sideband single-frequency spatial spherical-quadrupole standing wave techniques temperature tmot TOP trap transition trap depth trapped atoms trapping beams trapping light trapping potential vacuum chamber vapor cell vapor pressure velocity wavefunction

Bibliographic information

QR code for Bose-Einstein condensation and macroscopic interference with atomic tunnel arrays
TitleBose-Einstein condensation and macroscopic interference with atomic tunnel arrays
AuthorsPhilip Brian Anderson, Stanford University. Dept. of Applied Physics
PublisherStanford University, 1999
Length320 pages
  
Export CitationBiBTeX EndNote RefMan