'Bose einstein' diaporamas de présentation

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SOLITONS From Canal Water Waves to Molecular Lasers

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SOLITONS From Canal Water Waves to Molecular Lasers

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SOLITONS From Canal Water Waves to Molecular Lasers

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BEC from "inside"

BEC from "inside". O.Utyuzh. The Andrzej So?tan Institute for Nuclear Studies (SINS) , Warsaw, Poland. * In collaboration with G.Wilk and Z.Wlodarczyk. High-Energy collisions. Quantum statistics. Quantum Correlations (QS). p 1. BE enhancement. x 1. x 2. p 2. p 2. x 2. R source

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Phase transition and Critical phenomena Youjin Deng 09.11.28

Phase transition and Critical phenomena Youjin Deng 09.11.28. Chapter 1. Phenomenological Introduction. 1, States of Matter. ?? ? ?? ????????? ?? ? ?? ????????? ?? ??????????? ????????????????????????????????????????????????????????? ????? ???? ???? ? ???? ???????????? ???? ???? [ ?? ] ??

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Charging and noise as probes of non-abelian quantum Hall states Ady Stern (Weizmann)

Charging and noise as probes of non-abelian quantum Hall states Ady Stern (Weizmann). with: D.E. Feldman, Eytan Grosfeld, Y. Gefen, B.I. Halperin, Roni Ilan, A. Kitaev, K.T. Law, K. Schoutens. Outline:

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Symposium to celebrate the 60th birthdays of Jean-Paul Blaizot and Larry McLerran

Interference between Bose-Einstein condensates: classical phase, quantum angle ( quantum non-local effects). Symposium to celebrate the 60th birthdays of Jean-Paul Blaizot and Larry McLerran Quantum field theory in extreme environments IPhT, CEA, Saclay.

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STATES OF MATTER

STATES OF MATTER. http://www.uen.org/core/science/sciber/sciber7/matter/html/STATES.HTM. MATTER. Affected by temperature and pressure A change in temperature and or pressure can change the state of matter of a substance.

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STATES OF MATTER :

STATES OF MATTER :. Kinetic Theory- the tiny particles in all forms of matter are in constant motion. Kinetic Energy: energy of motion SOLIDS: The particles in solids: Are packed together (often in an organized pattern called a crystal lattice)

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Singel particle energy from Bolztman

Boltzmann ? number of 1-particle state >>number of particles. Singel particle energy from Bolztman. How many 1-particle states? Remember the sphere used to explain degeneracy?.

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Tagged Neutron candidates observed in MIPP data

Tagged Neutron candidates observed in MIPP data. Neutron spectra for various beam momenta. Proton spectra for various beam momenta. Pion spectra for various beam momenta. Expected tagged neutral beam rates. General scaling law of particle fragmentation.

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THERMAL PHYSICS

THERMAL PHYSICS. Beginning Definition Thermal Physics is the study of large numbers of particles (10 23 ) using laws and models that are formulated using measurable physical variables such as: energy, velocity, temperature, volume, pressure, momentum, heat capacity,. THERMAL PHYSICS.

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