We aim to pioneer new research areas in the frontier of science using ultra-strong magnetic fields exceeding 1000 Tesla. Our weapons are our unique experimental techniques and the skills to develop them. Through the development of unconventional experimental devices and experiments utilizing the world's strongest magnetic fields, we invite you to join us in exploring the frontiers of experimental physics.

We are always open to questions about the assignments and requests for visits. (For students interested in graduation research assignments)

私たちはサイエンスのフロンティア領域である1000テスラ超強磁場を舞台に、新たな研究領域の開拓をもくろんでいます。私たちの武器は、ユニークな実験手法とその開発スキルです。一風変わった実験装置の開発や世界最強磁場を利用した実験を通じて、私たちと一緒に実験物理のフロンティアを開拓しませんか？

配属先に関する質問や見学希望はいつでも受け付けています。（卒研配属希望者へのビデオ）

• 22 Aug 2024 , 

We welcomed 7 junior high school girls to a Takumi girl event. We tried to observe the Magnetotactic bacteria and see the magnetic field effects. However, our microscope was not good enough to resolve them. It's a pity.

私たちはTakumi girlイベントに中学生の女の子7人を迎えました。磁性細菌の観察とその磁場効果の検証うを試みましたが、私たちの顕微鏡ではそれらを観察するのに十分な分解能がありませんでした。残念・・・。

1 Aug. 2024

A paper on a portable 40 T generator is uploaded to arXiv. 

• A concise 40 T pulse magnet for condensed matter experiments
  A. Ikeda, K. Noda, K. Shimbori, K. Seki, D. Bhoi, A. Ishita, J. Nakamura, K. Matsubayashi, K. Akiba
  arXiv:2407.21736

It includes examples of FBG ΔL/L, magnetoresistance, and magnetization measurement using a mini-coil. The supplement summarizes the technique for building a mini bank.

18 June 2024

We had a TAKUMI Girl experiment on 13 July. We took a walk to the Nogawa river, collected water sample, and applied magnetic field pulse during observing them using a high-speed camera.