'Optical trap' presentation slideshows

Collective Modes and Sound Velocity in a Strongly Interacting Fermi Gas

Collective Modes and Sound Velocity in a Strongly Interacting Fermi Gas. John E. Thomas. Students: Joe Kinast, Bason Clancy, Le Luo, James Joseph Post Doc: Andrey Turlapov. Theory: Jelena Stajic, Qijin Chen, Kathy Levin. Supported by: DOE, NSF, ARO, NASA.

754 views • 50 slides

TRI m P presentatie voor RUG College van Bestuur 17 februari 2003 Klaus Jungmann

TRI m P presentatie voor RUG College van Bestuur 17 februari 2003 Klaus Jungmann. TRI m P T rapped R adioactive I sotopes: m icrolaboratories for Fundamental P hysics. Theory Nuclear Physics. Atomic Physics. Experiment Nuclear Physics. funding:. people (scientists) :

565 views • 38 slides

Three-body recombination at vanishing scattering lengths in ultracold atoms

Three-body recombination at vanishing scattering lengths in ultracold atoms. Lev Khaykovich Physics Department, Bar- Ilan University, 52900 Ramat Gan , Israel. Critical Stability workshop, Santos Brasil 10/14/2014. System: dilute gas of ultracold atoms.

428 views • 35 slides

Single-molecule force microscope

Single-molecule force microscope. All biological motion, from cellular motility to replication and segregation of DNA, is driven by molecular-scale forces

612 views • 33 slides

The Dependence of Bacterial Cell Growth on Turgor Pressure

The Dependence of Bacterial Cell Growth on Turgor Pressure. Rico Rojas. Goal: To measure and understand how expansion of the bacterial cell wall depends on mechanical force. Vibrio. The osmotic pressure within bacteria is much higher than atmospheric pressure. . Morse Equation.

378 views • 29 slides

Optical Tweezers

Optical Tweezers. rolf. Project Goals. We will calibrate the strength of an optical trap (Optical Tweezer) Optical Tweezers may be used to measure very small forces (femtoNewton, 10 -15 N) Applications include Biophysics. Description.

524 views • 26 slides

Comparison of laser scanning methods

Comparison of laser scanning methods. Yong-Gu Lee. Beam steering methods. Refraction (reflection) type tilt platform Galvanometer Piezo linear stage motor Piezo Diffraction type Diffraction Optical Element Acousto-optical devices. Beam steering (x-y). Beam steering (x-y).

447 views • 21 slides

Bose-Einstein condensation in Chromium and rf-assisted dipolar collisions

270 views • 11 slides