The first meeting of the "Japanese academics in Israel" at the Embassy of Japan. It was a great opportunity to get together with other people pursuing their careers in Israel, regardless of their fields or origins, despite the challenging situation.
https://t.co/edpiOTUaGB
The pre-recorded lectures (https://t.co/oKDQHzkPJf) and interactive Jupyter notebooks (https://t.co/5kfcNLEpJF) of the Solid State Physics course at Aalto in 2024 are available online. Among others, topological matter, superconductivity, quantum magnetism, and fractional matter.
I had the fortune to write a mini-review on the MATBG interferometer for "the Kotai-Butsuri (solid state physics)" journal in Japan. This monthly journal introduces frontline research to Japan's condensed matter physics community since 1966.
https://t.co/6MC9Ryzggb
#Etna's Southeast Crater continues emitting countless graceful vapor rings ("volcanic vortex rings"), a phenomenon never seen like this before. Someone said "maybe because we receive so much bad news lately, Etna has decided to do something simply beautiful". 5 April 2024
Paper submitted!
https://t.co/Nwyv0krTIT
We realized a narrow channel on twisted bilayer graphene where supercurrent can be turned on/off. The basis for more fascinating experiments, such as critical current quantization and Cooper pair boxes.
Paper published!
Aharonov-Bohm and Little-Parks effect in magic-angle twisted bilayer graphene. Our device structure can be applied to other 2D quantum materials to study the coherence effects of correlated electrons.
https://t.co/GXj3G1ix5l
Researchers in the @ETH_physics group of Klaus Ensslin and Thomas Ihn have shown that so-called valley states in bilayer #graphene are stunningly long-lived: is a new #qubit system for solid-state #QuantumComputing in sight?
Our news article is here: https://t.co/2hOKmudGJf
【2024/02/22 サイエンスインカレ プライム in TOKYO 2024 Supported by 関電工】を開催! 約3年ぶりのオフライン開催です。学生の自主研究の口頭発表をはじめ、グループワークなどを予定しています。自主研究に興味のある学生・社会人の皆様のご参加をお待ちしております。
https://t.co/7h6PAfXF2Q