2019
2019-Dec-26
CNS Univ. of Tokyo, is an institute to study many-body hadronic system from atomic nucleus to quarks. The development of the accelerator technique, we obtained tools to explore the region that we never reached before.
Among such tools,CNS constructed two big apparatus, SHARAQ and CRIB, at the
RI Beam Factory of RIKEN, which is in a strong research collaboration with CNS.
A new project “OEDO” to obtain degraded exotic RI beams.
In CNS, 8 professors (2 professor, 2 assoc. profs., 1 lecturer and 3 assist. profs.), students and postdocs are extensively working for the latest researches using these big facilities.
2019-Sep-10
TO BE DELETED (kept for compilation by hugo)
Dr. Javier Menéndez receives Zdzisław Szymański Prize
Dr. Javier Menéndez from the Center for Nuclear Study* received Zdzisław Szymański Prize for the year 2019.
(Excerpt from Univ. Warsaw web page)
The Prize has been awarded to the Laureate “for outstanding contributions to theoretical studies of nuclear structure, in particular for profound insights relevant to the search for neutrino-less double beta decay and the detection of dark matter.“
According to the Prize Regulations, the Prize consists of a certificate citing the contributions made by the Laureate and of a honorarium for the lecture delivered by the Laureate.
This Prize is awarded every second year to one individual for outstanding accomplishments in the area of theoretical or experimental studies of the properties of atomic nuclei. The Prize is awarded by the Dean of the Faculty of Physics of the Warsaw University, based on the recommendations of the Selection Committee (chair = Prof. Marek Pfützner) of the Prize.
(*) present affiliation: Univ. Barcelona
The award ceremony was held in a session of the 36th Mazurian Lakes Conference on Physics in Poland on Sep. 7.
2019-May-23
TO BE DELETED (kept for complation)
To explore the mechanism responsible for the generation of observed matter-antimatter asymmetry in the Universe, the research on fundamental symmetry violations and various fundamental interactions using the laser cooled and trapped heavy elements is being promoted. The understanding of how the symmetry between the matter and antimatter was broken during the evolution of the early universe requires laboratory experiments which search for symmetry violations in the elementary particles such as quarks and leptons; one such phenomenon of our interest is the intrinsic electric dipole moment (EDM) of either elementary or composite systems. In our laboratory, we produce extremely heavy radioactive elements from nuclear fusion reactions. We trap the heavy unstable atoms and cool them using intense laser beams in order to realize the extreme quantum state of matter such as the Bose-Einstein condensate (BEC), which will be used later for the detection of the EDM signal. The construction of a facility containing high density of laser cooled radioactive atoms is in progress, and it serves as a center for carrying out several studies on fundamental symmetries.
2019-May-17
CNS Univ. of Tokyo, is an institute to study many-body hadronic system from atomic nucleus to quarks. The development of the accelerator technique, we obtained tools to explore the region that we never reached before.
Among such tools,CNS constructed two big apparatus, SHARAQ and CRIB, at the
RI Beam Factory of RIKEN, which is in a strong research collaboration with CNS.
A new project “OEDO” to obtain degraded exotic RI beams.
In CNS, 8 professors (2 professor, 2 assoc. profs., 1 lecturer and 3 assist. profs.), students and postdocs are extensively working for the latest researches using these big facilities.
2016
2016-06-17
We held a [facility tour]() for prospective graduate students together with KEK Wako.
2016-Jun-10
日時 平成28年7月25日（月）13：30－16:50
場所 学士会館202号室（千代田区神田錦町3－28 TEL: 03-3292-5936）
追悼講演会プログラム
開会の辞 石原正泰
ご挨拶 有馬朗人
日本の大學共同利用研究所から「アジアのCERN」へ 山崎敏光
核物理研究センターに生きる坂井先生 江尻宏泰
東大原子核研究所、そして東大宇宙線研究所 西村純
休憩（10分）
インビームγ線分光とハイパー核構造研究の発展 田村裕和
坂井 quasi band とその現代に至る意義 大塚孝治
高励起状態核分光の魅力 酒井英行
ニューマトロン計画からJ-PARC計画へ 永宮正治
終了後17：00より「坂井光夫先生を偲ぶ会」が行われます。
2016-05-30
We held a [guidance for prospective students]() together with KEK Wako.
2016-05-27
[We introduced the CNS at the guidance of the physics department]()。
2016-May-11
We are studying variety and regularity in nuclear system under various extreme conditions, such as neutron-/proton-rich nuclei, rapidly rotating nuclei, highly excited nuclei, and so on, by using characteristic nuclear reactions and measurements of decay particles.
We aim at microscopic understandings of synthesis and evolution of matter via symmetries, their breakings, and recovering modes appearing in the quantum many-body system of two kinds of fermions, the proton and the neutrons.
We are developing posistion sensitive Ge detector array GRAPE and promoting SHARAQ projects.
Web of NUSPEQ Group