PPT-Structure of the Proton mass

Xiangdong Ji University of Maryland Why is the proton mass interesting How to communicate the lofty goals of nuclear physics to general public Longrange plan One of the purposes of modern nuclear physics is to understand the origin of the masse of the visible matter . 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. EoS. for. Compressed Baryonic Matter. ATHIC 14/11/12. Mannque Rho. (. Saclay. and . Hanyang. ). QCD Phase. . . . ???. . . Next Era. K. oRIA .  FAIR  LIGO. EoS. for T~ 60 . 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. Size and . Structure. Mikhail . Bashkanov. University of Edinburgh. UK Nuclear Physics Summer School. III. Outline. Electron scattering. Proton form factors. Proton size puzzle. 2. Electron microscopy. 7. H. 16. O . ether. .. Label all sets of equivalent protons on this molecule A, B, C, etc. Then label the multiplicity of each signal.. Refer to the molecule below to fill in the blanks.. Using a tree diagram, draw the signal for proton A in the molecule to scale.. 4.1 Early Theories of . Matter (& Early Chemistry – Alchemy and Related). 4.2 Subatomic Particles & Nuclear Atom. 4.2.5 Ultimate Structure of Matter – The Standard Model (Not in Book). Section 4.1 Early Ideas About Matter. . 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. 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. Dr . Hywel. Owen. Dr Robert . Apsimon. Probe: Proton Boosting Extension for Imaging and Therapy. Proton therapy. Maximum energy is deposited within the tumour site with minimal energy deposited in healthy tissue.. 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. Significant progress has been made over the past decade by studies of normal-conducting linear colliders, NLC/JLC and CLIC, to raise achievable accelerating gradient from the range of 20-30 MV/m up to 100-120 MV/m. . . Craig Roberts. Collaborators: 2014-Present. Jing CHEN (Peking U.). Bo-Lin LI (Nanjing U.). Ya. LU (Nanjing U.). Khépani. RAYA (U . Michoácan. ). ;. Chien. -Yeah SENG (UM-Amherst) ;. Chen . CHEN.