3,000 atoms entangled with a single photon

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Date: 2015-04-17 12:50:47 Atomic clock Clocks Horology Nuclear technology Introduction to quantum mechanics Photon Quantum entanglement Quantum mechanics Doppler cooling Physics Quantum information science Optics		3,000 atoms entangled with a single photon Add to Reading List Source URL: phys.org Download Document from Source Website File Size: 40,41 KB Share Document on Facebook

	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 DocID: 1sBor - View Document
	Answer Form Theoretical problem No. 2 DOPPLER LASER COOLING AND OPTICAL MOLASSES PART I: BASICS OF LASER COOLING 1. Absorption. DocID: 1rVGI - View Document
	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 DocID: 1oLNb - View Document
	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 DocID: 1oh1G - View Document
	Answer Form Theoretical problem No. 2 DOPPLER LASER COOLING AND OPTICAL MOLASSES PART I: BASICS OF LASER COOLING 1. Absorption. DocID: 1nrK4 - View Document