PPT-Nuclear Physics Part 1:

The Standard Model Varan Satchithanandan Mentor Dr Richard Jones Standard Model explains what the world is and what holds it together consists of 6 quarks 6 leptons force carrier particles. Brad Sherrill. , NSCL Director. Introduction. “Big picture” challenges for nuclear science. Rare isotopes. The specific challenges. . Modeling Nuclei . . The origins of atoms. . Forces in nuclei. Xurong Chen . (for . Guoqing. Xiao). The Institute of Modern Physics. CAS, Lanzhou, China. 2015.8.3. Outline. Introduction. HIAF. ADS. Summary. 1. Introduction: Overview of IMP. The Institute of Modern Physics (IMP) was founded in 1957 in Lanzhou. As of 2014, there are 891 staffs and 296 postgraduate students studying for master or doctoral degree. for Nuclear Medicine. Slide set prepared in 2015. by J. Schwartz (New York, NY, USA). Slide . set of . 101 slides . based on the chapter authored by. E.B. PODGORSAK. , . A.L. KESNER. , . P.S. SONI. of . Jerry Allison, Ph.D.. Department of Radiology. Medical College of . Georgia. Radioiodine Therapy. A note of thanks to . Z. J. Cao, Ph.D.. Medical College of Georgia. And. Sameer . Tipnis. , Ph.D.. G. Donald Frey, Ph.D.. . at. IN2P3. S. David. CNRS/IN2P3. NuPECC. IPHC Strasbourg. March 14th 2014. 1. Nuclear. . physics. Nuclear. . data. System . studies. Scenarios . studies. Neutronic. . simulations. Experiment. Society. RHIC & AGS Annual User Meeting. Brookhaven National Laboratory. June 23, 2011. Timothy J. Hallman. Associate Director for Nuclear Physics. Office of Science, U.S. Department of Energy. 2. To enable U.S. world leadership in discovery science illuminating the properties of nuclear matter in all of its manifestations. . 　　　　　　　　. . . 35. th. Anniversary of China-Japan Cooperation since I980. . Through those years. , . . tradition of China-Japan collaboration has . programs. Accomplishments so far. Opportunities and Challenges. Nuclear Theory Program. Division of Nuclear Physics. Currently supported by . State Key Laboratory of . Nuclear Physics & Technology. Old Quarry Road scientist nuclear physics SDR scientist nuclear physics MIT-LNS Cambridge MA 1999 post-doctoral associate nuclear MIT-LNS Cambridge MA Doctorate Physics nuclear physics Madison W 1992 PHYSICS - 315 Instructor Dr Igor Ostrovskii SYLLABUS Introduce the physics major students to To teach main ideas and results in Radiation Physics that is an important part of Expand an unders 1. Aside on the neutrinos. Alpha decay and Tunneling. Nuclear Reaction Kinematics. Nuclear Spin. Radioactive . Decay. X-ray spectrum for Ru. 106. . -Why is this isotope in the news ? (not Cs. 137. ). : The What’s, Where’s, and . How’s. Jeff . Frimeth. , M.Sc., MCCPM. Physicist. Xspect. Inc.. Outline. Autobiographical Sketch. Medical Physics – the what and the why. Medical Physics Residency Programs. 12/11/20. | . 1. Gamma-rays are ideal probes of a subset of the radioactive isotopes produced in astrophysical transients.. A number of new gamma-ray missions are being developed (ASCENT, COSI, LOX, AMEGO, …) that will improve sensitivities by over an order of magnitude, allowing us to probe more transients and a broader range of isotopes*.. L-35 Nuclear structure. what’s inside the nucleus. what holds it together. isotopes. radioactivity. half-life. L-36 Nuclear energy. nuclear fission. nuclear fusion. nuclear reactors. nuclear weapons.