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Atomi ultrafreddi in reticoli ottici

Atomi ultrafreddi in reticoli ottici

Atomi ultrafreddi in reticoli ottici. Università degli Studi di Firenze Corso di Laurea in Fisica. Corso di Fisica degli Atomi Ultrafreddi. Leonardo Fallani fallani@lens.unifi.it. Firenze, maggio 2010. Programma. Intrappolamento laser Reticoli ottici

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542 views • 36 slides
What you’ve learned

What you’ve learned

What you’ve learned. The cell uses packets of energy of ≈ 25kT. ATP: Small enough amounts that you can use it efficiently. Molecular motors (kinesin, F 1 F 0 ATPase: like >50%-100%. Car motor- < 20%.

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493 views • 23 slides
INTRODUCTION TO PHYSICS OF ULTRACOLD COLLISIONS

INTRODUCTION TO PHYSICS OF ULTRACOLD COLLISIONS

Institute for Quantum Information, University of Ulm, 14 February 2008. INTRODUCTION TO PHYSICS OF ULTRACOLD COLLISIONS. ZBIGNIEW IDZIASZEK. Institute for Theoretical Physics, University of Warsaw and Center for Theoretical Physics, Polish Academy of Science. Outline.

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337 views • 20 slides
INTRODUCTION TO PHYSICS OF ULTRACOLD COLLISIONS

INTRODUCTION TO PHYSICS OF ULTRACOLD COLLISIONS

Institute for Quantum Information, University of Ulm, 14 February 2008. INTRODUCTION TO PHYSICS OF ULTRACOLD COLLISIONS. ZBIGNIEW IDZIASZEK. Institute for Theoretical Physics, University of Warsaw and Center for Theoretical Physics, Polish Academy of Science. Outline.

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503 views • 20 slides
Future Computers

Future Computers

Future Computers. CSCI 107, Spring 2010. When Moore’s law runs out of room. When transistors become only tens of atoms thick Quantum mechanics applies Defects are harder to control Heat is extreme “Dual-core” chips avoid these issues. What’s next?.

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287 views • 15 slides
Welcome to Physics 498Bio Understanding biology using “simple” ideas from physics.

Welcome to Physics 498Bio Understanding biology using “simple” ideas from physics.

Welcome to Physics 498Bio Understanding biology using “simple” ideas from physics. Your host: Professor Paul Selvin Office: 365 Loomis Office Hr: after class or 10:30-11:30 Friday. (Can anyone NOT make it?) selvin@uiuc.edu: 244-3371 Your co-host: Dylan Reid, 1 st year biology student

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368 views • 15 slides
Brownian Transport Through Modulated Potential Energy Landscapes

Brownian Transport Through Modulated Potential Energy Landscapes

Brownian Transport Through Modulated Potential Energy Landscapes David G. Grier, New York University, DMR-0451589. Walking the (Holographic) Line.

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107 views • 2 slides

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