PPT-Proton Mass and

EoS for Compressed Baryonic Matter ATHIC 141112 Mannque Rho Saclay and Hanyang QCD Phase Next Era K oRIA FAIR LIGO EoS for T 60 . kg 931 MeV Proton mass 167 10 27 kg Neutron mass 167 10 27 kg Electron mass 911 10 31 kg Magnitude of the electron charge 160 10 19 C Avogadros number 23 1 602 10 mol Universal gas constant 831 JmolK Boltzmanns constant 138 10 23 JK Speed of l 1 Matter and Radiation. Ks5 AS Physics AQA 2450. Mr D Powell. Matter & Radiation p4. 1. Quarks & Leptons p18. 2. Quantum Phenomena p30. 3. Electric Current p46. 4. Alternating Currents p74. 6. Atoms. Radioactivity. Half-Life. Atoms. An atom is the smallest particle of an element that has all of the properties of that element.. Composition of the Atom. Nucleus. Positively charged. Very Dense – most of the mass of the atom is found in the nucleus. pick up your midterms from front of . class. Average. : . 67 . % Top . grade: . 91 % . . ☺ ☺ . . Make sure you go through your test . and the . solutions carefully . to . understand where you went wrong.. Saturday Physics for Everyone. November 9, 2013. (With debts to Chris Quigg, Leonard Susskind, Hitoshi Murayama). Why is there mass?. What . is mass?. Mass is . stuff. Mass is the . stuff. that gravity acts on. Today you need your notebook and Laptop. Open the PowerPoint on the weebly. . In your notebook answer the following questions: . What two particles does the nucleus contain?. Which subatomic particle has the smallest mass?. 10/29/14. Changes Matter. Period 1. Period 4. Period 5. Period 6. CATALYST. What do you think an atom is?. *Answer in complete sentences!. Homework:. Binder. Notes (front). TURN IN write-ups if you didn’t yesterday. Flavor and Proton Decay in. Minimal SU(5) GUT with High-scale SUSY. Natsumi. Nagata . 26 June, 2014. PASCOS 2014. Warsaw, Poland. Based on N. . Nagata and . S. . Shirai. , . JHEP . 1403. (2014) 049. . Craig Roberts, Physics Division. Excerpt from the top-10. Can we quantitatively understand quark and gluon confinement in quantum . chromodynamics. and the existence of a mass gap?. . Quantum . chromodynamics. Xiangdong Ji. University of Maryland. Why is the proton mass interesting?. How to communicate the lofty goals of nuclear physics to general public?. Long-range plan: . One of the purposes of modern nuclear physics is to understand the origin of the masse of the visible matter. . III. How atoms differ. . A. Atomic Number. Equal to the number of protons – never changes; equals the number of electrons if AND ONLY IF the atom is . neutral. ; Moseley discovered . each atom has a unique number of protons in the nucleus. 実験. （. J-PARC E15. 実験. ）. の. 解析. 状況. 佐田優太. (. 京都大学、理研. ). Y.SADA for the E15 collaboration. RCNP. 研究会「核子・ハイペロン多体系におけるクラスター現象」 . . in. Japan. Takashi Nakano (RCNP, Osaka Univ.). International School of Nuclear Physics. 37. th. Course: Probing hadron structure with lepton and hadron beams. 16-24 September, 2015 @ . Erice. -Sicily. Loma Linda University . Dr. . Reinhard. Schulte, MD, V. . Bashkirov. and . Santa Cruz Institute for Particle Physics, UCSC. H. . Sadrozinski. , R. Johnson, T. . Platz. , A. . Zatserklyyaniy. And . Northern Illinois Univ. (image reconstruction).