'Dirac equation' diaporamas de présentation

Thinking Christianly about Biological Complexity

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746 views • 73 slides

Some High Energy Physics

Some High Energy Physics. Course Summary. Historical/Philosophical introduction Antiparticles Detectors & accelerators Standard Model of Particles (SM) Connection with Cosmology Why do we think that the SM is not the final word ?. What it is made of ? How does it work?.

561 views • 54 slides

Minimalising Quantum Mechanics

621 views • 51 slides

GEOMETRIC ALGEBRAS

GEOMETRIC ALGEBRAS . Manuel Berrondo Brigham Young University Provo, UT, 84097 berrondo@byu.edu. Physical Applications:. Mechanics: Foucault pendulum Electro-magnetostatics Dispersion and diffraction E.M. Quantum Mechanics: spin precession Field Theory: Dirac equation

655 views • 43 slides

Modern Physics for Frommies III

Fromm Institute for Lifelong Learning, University of San Francisco. Modern Physics for Frommies III A Universe of Leptons, Quarks and Bosons; the Standard Model of Elementary Particles Lecture 3. Agenda. Administrative Matters Marrying Relativity and Quantum Mechanics

489 views • 33 slides

Giessen-BUU: recent progress

Giessen-BUU: recent progress. T. Gaitanos (JLU-Giessen). Model outline Relativistic transport (GiBUU) (briefly) The transport Eq. in relativistic hadrodynamics Not trivial: ground state in transport , momentum dependence in RMF New ground state (GS) initialization for transport studies

468 views • 28 slides

Physics 222 UCSD/225b UCSB

Physics 222 UCSD/225b UCSB. Lecture 3 Weak Interactions (continued) muon decay Pion decay. Muon Decay Overview (1). Feynman diagram: Matrix Element:. G = effective coupling of a 4-fermion interaction. Structure of 4-fermion interaction is (V-A)x(V-A).

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Exact Foldy-Wouthuysen transformation for gravitational waves and magnetic field background

272 views • 20 slides

Finite Nuclei and Nuclear Matter in Relativistic Hartree-Fock Approach

Finite Nuclei and Nuclear Matter in Relativistic Hartree-Fock Approach. Long Wenhui 1,2 , Nguyen Van Giai 2 , Meng Jie 1 1 School of Physics, Peking University, China 2 Institut de Physique Nucleaire, Universite Paris-Sud, France. Contents. Introduction and motivations

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436 views • 17 slides

Dirac equation & Strain induced graphene

Dirac equation & Strain induced graphene. Kyung-Joong KIM Department of Physics, Chungnam National University. Outline. Relativistic quantum mechanical wave equations Hole theory Prediction about antiparticle and the discovery of the positron Chiral tunneling and Klein paradox

762 views • 14 slides

Spin and Magnetic Moments

Spin and Magnetic Moments. Orbital and intrinsic (spin) angular momentum produce magnetic moments coupling between moments shift atomic energies Look first at orbital (think of current in a loop)

2.14k views • 14 slides

D. R. Wilton ECE Dept.

315 views • 14 slides

Atomic Physics

Atomic Physics. The Dirac equation for a one-electron atom Part 1. Controlling the Quantum World: http://www.nap.edu/catalog.php?record_id=11705.

158 views • 12 slides

New Generally Covariant First Order pde

New Generally Covariant First Order pde. Here we show the consequences of a new generally covariant partial differential equation generalization of the Dirac equation:. ? ? (?? ?? ? ? ?? / ? x ? ) - ?? =0 (1).

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Beauty of Dirac equation and its extensions

Beauty of Dirac equation and its extensions

128 views • 4 slides