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東日本大震災の影響で電源を落としていた、vt1-9、utapot、utaprc2-3の電源を入れました


今後2週間の予定

→カレンダーはこちら
※下記のセミナーの他に、月・水・金曜日には新着論文紹介のセミナー(30分)があります。

2020-06-01 (月) 観測的宇宙論速報
    UTAPwiki/セミナー/観測的宇宙論速報
    担当者:Yuting
    時間 :10:30-12:00
    場所 :理学部4号館ピロティ前セミナー室
    内容:添付ファイル [添付] 参照 Author(s)TitleYear, Journal,Number(,Link)Y. SutoJinsei Ippan ni Sotairon2010, ISBN978-4-13-063354-3

2020-06-01 (月) 初期宇宙・相対論速報
    UTAPwiki/セミナー/初期宇宙・相対論速報 Stochastic dynamics from Quantum mechanics † ↑Jun'ichi Yokoyama † I will introduce several very old papers to extract
    stochastic dynamics from quantum mechanics starting
    from the Schroedinger equation, with a wish to apply
    for quantum tunneling in real time. I will not go into
    field theory, though. References (chronological order)
    E. Nelson "Derivation of Schroedinger equation from Newtonian mechanics"
    Physical Review 150(1966)1079
    F Guerra and P Ruggiero "New interpretation of the Euclidean-Markov
    field in the
    frame work of physical Minkowski spacetime" Physical Review Letters
    31(1973)1022
    K. Yasue "Detailed time dependent description of tunneling phenomena
    arising from stochastic quantization" Physical Review Letters 40(1978)665
    D.L. Weaver "Tunneling, stochastic quantization, and escape over a barrier"
    Physical Review Letters 23(1978)1473
    F. Guerra "Structural aspects of stochastic mechanics and stochastic
    field theory"
    Physics Reports 77(1981)263

2020-06-04 (木) 宇宙物理学セミナー
    UTAPwiki/セミナー/宇宙物理学セミナー Speaker: Kazumi Kashiyama Title: Fast radio bursts and related phenomena Abstract:
    Fast radio bursts (FRBs) are an enigmatic phenomenon; trains of
    coherent radio waves are arriving from a cosmological distance for a
    millisecond. In this talk I will first review the evolution of FRB
    research since its discovery in 2007. The most promising source of FRB
    is neutron star (NS). In fact, very recently a low-luminosity FRB has
    been detected from a strongly magnetized NS, SGR 1935+2154,
    simultaneously with an X-ray flare. Focusing on the NS model, I will
    describe the theoretical insights and challenges that such
    observational achievements have implied : “What is the emission
    mechanism of FRB?”, “What type of NSs can be the source of FRB?”, and
    “How such NSs are formed with what type of explosive transients?”.
    Finally I will discuss prospects and strategies to provide a
    comprehensive answer to these questions.

2020-06-08 (月) 観測的宇宙論速報
    UTAPwiki/セミナー/観測的宇宙論速報
    担当者:Kawana
    時間 :10:30-12:00
    場所 :理学部4号館ピロティ前セミナー室
    内容:添付ファイル [添付] 参照 Author(s)TitleYear, Journal,Number(,Link)Y. SutoJinsei Ippan ni Sotairon2010, ISBN978-4-13-063354-3

2020-06-08 (月) 初期宇宙・相対論速報
    UTAPwiki/セミナー/初期宇宙・相対論速報 † ↑Kohei Kamada †

2020-06-11 (木) 宇宙物理学セミナー
    UTAPwiki/セミナー/宇宙物理学セミナー Speaker: Kenta Hotokezaka Title: TBA Abstract: TBA


デフォルトの週間予定

 10:00-10:30  10:30-12:00  12:30-13:30  13:30-15:00  15:00-  
新着論文観測的宇宙論速報
新着論文
昼食会宇宙物理学セミナー
新着論文初期宇宙・相対論速報天体核・素粒子物理速報?

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