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Tokyo Institute of Technology: Data Science for Particle and Nuclear Physics stimulates high school students online

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Tokyo Tech’s Data Science for Particle and Nuclear Physics 2020 (DSPN2020), a lecture and practical training series for high school students, was held on six Saturdays between October and December 2020.
DSPN2020 participants on Day One
The online workshops, supported by Tokyo Tech’s STEM Education for Younger Generations fund, attracted twenty-one 1st and 2nd-year high schoolers from around Japan. The aim was to introduce the group to frontline accelerator experiments, and to offer practical experience in data science through the analysis of mainly open data from recent particle and nuclear physics experiments. Lectures and exercises were provided by faculty and students specializing in particle and nuclear physics, many of whom are affiliated with Tokyo Tech’s School of Science. ....

Japan General , Makoto Uchida , Takashi Nakamura , Osamu Jinnouchi , Masahiro Kuze , Hiroyuki Fujioka , Tomoyuki Konno , Kitasato University , Nuclear Physics , Tokyo Tech School Of Science , European Organization For Nuclear Research , Japan Proton Accelerator Research Complex , High Energy Accelerator Research Organization , Tokyo Tech , Data Science , Younger Generations , Nobel Prizes , Google Cloud , Assistant Professor Tomoyuki Konno , Tsukuba City , Ibaraki Prefecture , Day Three , Tokyo Tech Associate Professor Hiroyuki Fujioka , Tokai Village , Professor Takashi , Big Bang ,

Physics - Doubly Strange Nucleus Observed

Doubly Strange Nucleus Observed
Physics 14, s15
Particle physicists have detected a short-lived nucleus containing two strange quarks, whose properties could provide new insights into the behavior of other nuclear particles.
S. Hayakawa/Japan Atomic Energy Agency
S. Hayakawa/Japan Atomic Energy Agency
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Baryons are three-quark particles, such as protons, neutrons, and the lesser-known hyperons. The latter’s claim to fame is that they contain at least one strange quark. Researchers study hyperons to understand how baryons interact. One experiment, known as the J-PARC E07 experiment, has now uncovered a very rare interaction in which a hyperon with two strange quarks binds to a normal nucleus [1]. By measuring precisely how this “hypernucleus” decayed, the team behind the experiment was able to determine the particles’ binding energy. ....

Michael Schirber , S Hayakawa Japan Atomic Energy Agency , Japan Proton Accelerator Research , Japan Atomic Energy , Japan Proton Accelerator Research Complex , Corresponding Editor , ஜப்பான் ப்ரோடாந் முடுக்குப்பொறி ஆராய்ச்சி , ஜப்பான் அணு ஆற்றல் , ஜப்பான் ப்ரோடாந் முடுக்குப்பொறி ஆராய்ச்சி சிக்கலான ,