ブックメーカーバスケットボール

このウェブサイトではJavascriptおよびスタイルシートを使用しております。正常に表示させるためにはJavascriptを有効にしてください。ご覧いただいているのは国立国会図書館が保存した過去のページです。このページに掲載されている情報は過去のものであり、最新のものとは異なる場合がありますのでご注意下さい。 ご覧いただいているのは国立国会図書館が保存した2023年5月12日時点のページです。このページに掲載されている情報は過去のものであり、最新のものとは異なる場合がありますのでご注意下さい。収集時のURLは http(s)://www.s.u-tokyo.ac.jp/en/utrip/archive/2022 ですが、このURLは既に存在しない場合や異なるサイトになっている場合があります。 ※このページの著作権について ヘルプ 保存日：2023年8月14日 2023年5月12日 ヘルプ 保存日：2023年8月14日 2023年5月12日 ご覧いただいているのは国立国会図書館が保存した2023年5月12日時点のページです。このページに掲載されている情報は過去のものであり、最新のものとは異なる場合がありますのでご注意下さい。収集時のURLは http(s)://www.s.u-tokyo.ac.jp/en/utrip/archive/2022 ですが、このURLは既に存在しない場合や異なるサイトになっている場合があります。 ※このページの著作権について Japanese Access Contact Us FAQ Sitemap Home About Us Overview A Message from the Dean Charter Organization Chart Leadership History Former Deans Faculty Members Enactment Code of Research Ethics Logo Publications YouTube channel Education Academics Affiliated Facilities International Exchange Programs Research Academics --> Affiliated Facilities --> Featured Articles Press Release All News Center of Excellence Programs Related External Institutes Notable Alumni Prizes & Awards Prospective Students Graduate Programs How to Apply Scholarships Visa Housing Offices Current Students Internal Notices--> Scholarships Visa Housing Lecture cancellation in case of emergency UTAS Notification Forms Guidelines for Doctoral Dissertations Safety Manual Offices Researchers / Faculty Information for International Researchers Research Grants Safety Manual Alumni UTokyo Alumni Certificates Donations Past UTRIP 2022 2021 Fall 2021 Spring 2019 2018 2017 2016 2015 2014 2013 2012 2011 2010 UTRIP Home UTRIP Flyer UTRIP 2012--> UTRIP Online 2022 summary Overview UTRIP Online 2022 Summer ran from June 20 to November 30, 2022 at three laboratories in the Physics, Earth and Planetary Science and Chemistry Department. UTRIP Online 2022 Fall ran from December 1 to January 31, 2023 in the Astronomy Department. After careful examination of the application materials from 414 and 28 applicants respectively, 11 candidates were selected in summer and 3 candidates were selected in the fall to participate in the 8-week program from their own home. After experimental or theoretical research remotely supervised by leading researchers of the Graduate School of Science (GSS) at UTokyo in each assigned lab, participants completed the project paper, and presented their results to the lab mates online on the last day of the program. Participants and project papers / presentation Name of ParticipantUniversity (Country) Department / Major Project Title Name of Supervisor (Department) Xiao FeliciaMassachusetts Institute of Technology (MIT)（United States）Physics Designing a Telescope to Probe Circularly Polarized CMB Light: Computational Approaches to Minimizing QWP Reflection Tomotake MATSUMURA(Associate Professor)Jia LIU (Associate Professor at Kavli IPMU)(Physics) Wang JunqiNanjing University (China)Physics Designing a Telescope to Probe Circularly Polarized CMB Light: AQWP Optimization Tomotake MATSUMURA(Associate Professor)Jia LIU (Associate Professor at Kavli IPMU)(Physics) Jacob KiaraSt. Xavier's College (Autonomous) (India)Physics Designing a Telescope to Probe Circularly Polarized CMB Light : Signal Generation and Reconstruction Tomotake MATSUMURA(Associate Professor)Jia LIU (Associate Professor at Kavli IPMU)(Physics) Pua Amelia Yu NingImperial College London（United Kingdom）Msci Earth and Planetary Science OVERPRESSURE ESTIMATES WITH POROSITY DATAALONG NANKAI TROUGH Masa KINOSHITA(Professor)(Earth and Planetary Science) Lin XuluThe Australian National University (Australia)Research school of Earth Sciences Overpressure zones in Nankai Trough: an estimation from porosity calculations Masa KINOSHITA(Professor)(Earth and Planetary Science) Rajora JyotiUNIVERSITY OF DELHI (India)B.SC. (H) CHEMISTRY SYNTHESIS AND CHARACTERISATION OF LANTHANIDE COMPLEXES [Eu(SeCN)3(TPPO)3 & Eu(SCN)3(Phen)3](Report Content Not Disclosed) Shin-ichi OHKOSHI(Professor)(Chemistry) Fu YuImperial College London (United Kingdom)Chemistry Dy(SCN)3(TPPO)3 Synthesis and properties(Report Content Not Disclosed) Shin-ichi OHKOSHI(Professor)(Chemistry) Megarry Anita TomokoImperial College London (United Kingdom)Chemistry The synthesis and characterisation of Nd(NCS)3(TPPO)3(Report Content Not Disclosed) Shin-ichi OHKOSHI(Professor)(Chemistry) Sabattini LeonardoUniversity of Pisa/Scuola Normale Superiore (Italy)Chemistry Synthesis and characterization of Eu(SCN)3(TPPO)3 compound at Ohkoshi Laboratory(Report Content Not Disclosed) Shin-ichi OHKOSHI(Professor)(Chemistry) Zou JiayingUniversity College London (United Kingdom)Biochemical Engineering Synthesis and Characterization of Tb(SCN)3TPPO3(Report Content Not Disclosed) Shin-ichi OHKOSHI(Professor)(Chemistry) Ratnaparkhi AdityaInstitute of Chemical Technology-IOC,Bhubaneswar (India)Chemical Engineering (Synthesis & Characterization of Lanthanide Complex)SmNCSTPPO(Report Content Not Disclosed) Shin-ichi OHKOSHI(Professor)(Chemistry) Sneha NNational Institute of Science Education and Research (India)Physics Simulation of VariousParameters of AstrophysicalWinds-Focusing on Study of Variation in Parameters due to Resistivity and Ambipolar Diffusion- Takeru SUZUKI(Professor)(Astronomy) Richa HalderIISER-KOLKATA (India)Physics Study of stellar winds and coronae of low-mass and low-metallicity stars Takeru SUZUKI(Professor)(Astronomy) Nikita LileikoUniversity of Glasgow (United Kingdom)Theoretical Physics MSci Coronal heating and stellar wind acceleration using magnetohydrodynamics simulation Takeru SUZUKI(Professor)(Astronomy) --> Voices of UTRIP Online 2022 participants Despite the program being online, I felt immersed in the research due to the frequency of the calls and enthusiasm of the research staff. The staff were very helpful and explained the experimental procedures well. I think the program is well structured for an online experience, they chose a series of experiments that are enjoyable also remotely. Even if I had never seen before several experiments they did I was able to understand what they were doing. Virtual lab experience was much more better than I expected. During pandemic, I got so many opportunity to attend different virtual lab sessions, but I would say that this was the best out of all. I thoroughly enjoyed virtual lab, learnt a lot during this program, gained so many new skills (which are going help me a lot in this field). It was incredibly good experience to participate in the online experiments and discussions, I really gained a significant amount of understanding of the research work. I wasn't able to experience the online experiments as results were taken from a borehole at Nankai trough. However, the online lectures and chatting was sufficient and gave loads of background and information. It was very good to chat to professor in real time. Online experiments is very interesting, although sometimes the voice and video is not very clear. More interactions between mentor and students would be great as we can engage in that way In our lab, most work can be done online, so online experience did not bring any inconvenience. However, it would be more effective I think to work onsite. It was a great pleasure and a very enthralling experience to participate in the UTRIP program. I enjoyed the online discussions and was inspired by the research conducted in the field. The course was well-structured and the tasks were intellectually stimulating. After completing the program, I would like to pursue my future career in the same research area and would participate again if I would have had such an opportunity. Open Positions Privacy Policy Site Policy © School of Science, The University of Tokyo 7-3-1 Hongo, Bunkyo-ku, Tokyo 113-0033, JAPAN