THEORETICAL PROBLEM 2 DOPPLER LASER COOLING AND OPTICAL MOLASSES The purpose of this problem is to develop a simple theory to understand the so-called “laser cooling” and “optical molasses” phenomena. This refers

Source URL: www.ipho.org

Multi-Laser-Beam Open-Atmosphere Surface Coating Techniques Based on Precursor Excitation, Photodissociation and Controlled Cooling Investigators: Hai-Lung Tsai (, ), Zhi Liang, Matthew J. O’Kee

Source URL: isc.mst.edu

Answer Form Theoretical problem No. 2 DOPPLER LASER COOLING AND OPTICAL MOLASSES PART I: BASICS OF LASER COOLING 1. Absorption.

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Extending cavity-mechanical cooling via a hot LC electrical circuit & Framework for electromechanical

Source URL: theoretical-quantum-optics.nbi.ku.dk

• Physics
• Optics
• Resonance
• Quantum mechanics
• Laser
• Oscillation
• Quantum optics
• Photon
• Cavity optomechanics

Microsoft Word - Manuscript_ivory_02.doc

Source URL: www.vsgc.odu.edu

• Atomic physics
• Magnetic trap
• Ultracold atom
• Atomic clock
• Evaporative cooling
• Magneto-optical trap
• State of matter
• Laser cooling
• Boson
• Fermion
• Hyperfine structure
• Clock

THEORETICAL PROBLEM 2 SOLUTION DOPPLER LASER COOLING AND OPTICAL MOLASSES The key to this problem is the Doppler effect (to be precise, the longitudinal Doppler effect): The frequency of a monochromatic beam of light det

Source URL: www.ipho.org

• Atomic physics
• Electromagnetic radiation
• Thermodynamics
• Laser science
• Optics
• Laser cooling
• Spontaneous emission
• Photon
• Laser
• Emission spectrum
• Doppler cooling
• Magneto-optical trap

Cryogen Spray Cooling for Laser Dermatology: Powerful Strategy for Thermal Protection of Epidermis and Laser Power Enhancement Bin CHEN State Key Laboratory of Multiphase Flow in Power Engineering, Xi’an Jiaotong Unive

Source URL: www.icpco.org

• Photonics
• Optics
• 3D computer graphics
• Photon
• Photons
• Tissue
• Laser
• Absorption
• Voxel
• Monte Carlo method for photon transport

THEORETICAL PROBLEM 2 DOPPLER LASER COOLING AND OPTICAL MOLASSES The purpose of this problem is to develop a simple theory to understand the so-called “laser cooling” and “optical molasses” phenomena. This refers

Source URL: www.jyu.fi

Proposal for laser-cooling of rare-earth ions M. Lepers1 , O. Dulieu1 , and J.-F. Wyart1,2 1 Laboratoire Aimé Cotton, CNRS/Univ. Paris-Sud/ENS-Cachan, 91405 Orsay, France LERMA, Observatoire de Paris-Meudon, Univ. Pierr

Source URL: www.egas.lu.lv

SolsTiS Ultra Narrow Linewidth CW Ti:Sapphire Laser Applications Atom trapping and cooling

Source URL: www.m2lasers.com