PPT-Quantum numbers of the quarks

Pseudoscalar Mesons J P 1 K Nakamura et al JPG 37 075021 2010 httppdglblgov Ground state mesons of the u d c and s quarks and their antiquarks Lightest baryon multiplets. interesting ?. Interaction of heavy quarks with the plasma. . - . our model (elastic and inelastic collisions, LPM). . - comparison with data. . - how far we are with our understanding. . Lecture 12. P. erturbation theory examples. HWK 4 is due Wednesday.. 150. Non-degenerate. Degenerate using two states.. Degenerate using three states.. Something else.. For the infinite square well problem, the unperturbed energies E. Werner Heisenberg formulated the . Uncertanity. Principle that states it is impossible for us to know an electron’s . exact. position (where it is) and momentum (where it is going). As a result, we cannot identify specific orbits that electrons travel in. Project Supervisor: Dr. Babar . Qureshi. Project by: M. Anadil Saeed. Occasional Helper: Dr. . Amer. Iqbal. What does the information given in the previous slide mean? Let me illustrate a little.. What are quarks?. . Craig Roberts. Physics Division. Origin of Mass. The . 2013 . Nobel Prize in Physics was awarded to Higgs and . Englert. following discovery of the Higgs boson at the Large . Hadron. Collider.  . Finish Calculations. Start Quantum Numbers. Drill. Calculate the frequency and wavelength of a wave with E = 3.0 . x. 10. -15. J.. nu = 4.5 . x. 10. 18. Hz. lambda = 6.7 . x. 10. -11. . m. = 0.067 nm. J1 Particles and Interactions. Particle Physics. Description and classification. State what is meant by an elementary particle (no internal structure). Identify elementary particles (quarks, leptons and exchange particles, Higgs?). The Standard Model. Chapter 14. Elementary Particle Physics. Fundamental Forces of Nature. Force. Particles acted upon. Relative Strength. Lifetimes. Range. Mediating. particle. Notes. Strong. Hadrons and Quarks. Quarks attract one another with a force that actually becomes stronger the farther the quarks are apart, as if each were joined to its neighbors by means of an unbreakable elastic thread. When quarks ö. dinger Equation to the Hydrogen Atom. 2.2 Solution of the Schr. ö. dinger Equation for Hydrogen. 2.3 Quantum Numbers. 2.4 Magnetic Effects on Atomic Spectra – The Normal Zeeman Effect. 2.5: Intrinsic Spin. n, l, m, and s. Used to . describe. an . electron. in an . atom. Probable location. n. Principal Quantum Number. Represents . main. energy level of . electron. Maximum. # . o. f . electrons. in an . Chapter 4 (reg.). (Electron Configurations). TUESDAY 11/3/15. Learning Target:. . Explain the electromagnetic spectrum.. Learning Outcome:. . Be able to . d. escribe . a wave in terms of frequency, wavelength, speed, and . Chapter 6 in Review. Some stuff you might have forgotten (already). Some practice. A mercury atom is initially in its lowest possible (or ground state) energy level. The atom absorbs a photon with a wavelength of 185nm, and then emits a photon with a frequency of 6.88x10. ” Workshop is to discuss theoretical and experimental hot issues related to quantum physics, from foundational issues (such as findings and ideas to investigate quantum effects in biological systems. The Workshop is supported by .