'Single particle' diaporamas de présentation

Surrey Mini-School, June 2005

Probing single-particle structure in nuclei: Spin-orbit interaction and monopole shifts in stable isotopes. SJ Freeman, University of Manchester. Surrey Mini-School, June 2005. EXAMPLES THROUGHOUT:. A: Single-particle models and how to probe them experimentally.

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A new approach to the problem of black hole and cosmological singularities Igor V. Volovich

A new approach to the problem of black hole and cosmological singularities Igor V. Volovich Steklov Mathematical Institute , Moscow QUARKS-2010 16th International Seminar on High Energy Physics

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Lecture 2. Why BEC is linked with single particle quantum behaviour over macroscopic length scales

http://cua.mit.edu/ketterle_group/. Quantised vortices in 4 He and ultra-cold trapped gases. Interference between separately prepared condensates of ultra-cold atoms. Lecture 2. Why BEC is linked with single particle quantum behaviour over macroscopic length scales.

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Brief Description of the SMF approach

Trento- May 20-24, 2019 Stochastic Mean-Field Approach (Dynamics of HIC Beyond Mean-Field) Sakir Ayik Tennessee Tech University. Brief Description of the SMF approach Quantal Diffusion Description of Multi-Nucleon Exchange

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Structure of Be hyper-isotopes

Structure of Be hyper-isotopes. Masahiro ISAKA (RIKEN) Collaborators: H. Homma and M. Kimura (Hokkaido University). Structure study of L hypernuclei. Knowledge of L N effective interaction Through studies of s-p shell L hypernuclei Accurate solution of few-body problems [1]

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Chapter 19: Fermi-Dirac gases

Chapter 19: Fermi-Dirac gases. 19.1 The Fermi energy. Fermi-Dirac statistics governs the behavior of indistinguishable particles (fermions). Fermions have a half-integer spin.

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The measurement paradox

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Dynamics of Rotational Motion

Dynamics of Rotational Motion. Torque : the rotational analogue of force Torque = force x moment arm t = Fl moment arm = perpendicular distance through which the force acts a.k.a. lever arm. l. l. F. F. l. l. F. F. t = Fl = F r sin f = F tan r.

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Model Physics Unit Using the Virtual Molecular Dynamics Lab

Model Physics Unit Using the Virtual Molecular Dynamics Lab. Jacalyn Crowe and Cathy Abbot. Simple Harmonic Motion and Waves.

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Ernest Rutherford and the Gold Foil Experiment

Ernest Rutherford and the Gold Foil Experiment. -Jordan Heffler and Nate Rose. Ernest Rutherford. Born August 30, 1871 Born in Bridgewater, New Zealand Died October 19, 1937 Worked with Hans Geiger and Ernest Marsden on Gold Foil Experiment

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Unit E

Unit E. The Nature of Matter. Chapter 12. Properties of Matter. Lesson 1: What Makes Up Matter. Observing Matter. Matter is anything that has mass and takes up space. Mass is the amount of matter that makes up an object. Volume is the amount of space that matter takes up.

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Conservation of Linear Momentum

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Matter

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Jeff Stith, Andrew Gettelman

Southern Ocean Studies: NCAR Measurement capabilities and integrating the measurements with the Community Earth System Model (CESM) . Jeff Stith, Andrew Gettelman. NCAR is sponsored by the National Science Foundation. 10 + Hours Endurance Typical payload 15,000 lb.

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Overview Class #4 (Tues, Jan 28)

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Context Clues

Context Clues. Even when the police officers put the handcuffs on my mother, she maintained her dignity , holding her head up high as she was marched off the protest site. The rays from the rising sun shined splendidly through our kitchen window.

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SPS halo simulation

SPS halo simulation. G. Cavoto & E.Laface Mar2009. Parameters (at production). betax =107.0946478 m ; betay =20.07747245 m ; normalized_emittance =1.5e-6m*rad^2; momentum=120 GeV/c ; K3L=22.6 ; dumper_feature[0]=300; /* voltage */

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Simulation of 2-Dimensional Geode Growth through Diffusion Limited Aggregation

Michael A. Antonelli Department of Earth and Planetary Science, University of California - Berkeley, Mantonelli@berkeley.edu. Simulation of 2-Dimensional Geode Growth through Diffusion Limited Aggregation. Background: Geodes. Secondary geological features that form from:

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Atoms, molecules and compounds .

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Cold Atoms and Simulation of Bosonic Systems

Cold Atoms and Simulation of Bosonic Systems . Naoki Kawashima (ISSP) Recent Prograss in Many Body Theory OSU, July 28, 2009. [1] Y. Kato, Q. Zhou, N. Kawashima and N. Trivedi , Nature Physics 4 (2008) 617. [2] Y. Kato and N. Kawashima, Phys. Rev. E 79 (2009) 021104.

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