2020. November 30.
Nanocircuits, topology, quantum computer - TV report (in Hungarian) highlighting research at our Nanoelectronics research group available at mediaklikk.hu.
Report from 01:14 till 7:16.
Web page of the Nanoelectronics group: https://nanoelectronics.physics.bme.hu/
2020. November 26.
Online demonstrations and talks, on November 27 and 28. Countless experiments, waves and particles, Minecraft and fragmentation, programming quantum computers.
2020. October 09.
Two interviews with BME physics students and physicists, on training and career opportunities, broadcasted in the popular Hungarian STEM podcast series "Miénk a pálya!".
2020. September 23: guests: Gergely Ferenczy, Zsófia Kiss BME Physics MSc students and Dr. Ferenc Simon, professor at the BME Institute of Physics
2020. September 30: guests: Nóra Balogh, Dávid Krisztián physicists
2020. September 21.
Quantum computers are in the focus of the next talk in BME's high-school outreach lecture series "Science Campus". Speaker: Péter Makk, experimental physicist at BME.
2020. September 10.
Our colleagues from the Department of Physics studied the potential application of chlorine dioxide against the coronavirus. Their story was also covered on bme.hu.
2020. September 10.
From our Institute, Sándor Bordács, Gergő Fülöp and Endre Tóvári won the János Bolyai Research Scholarship of the Hungarian Academy of Sciences. Congratulations!
(via MTA)
2020. September 01.
Hungarian NSF just awarded early-stage and postdoctoral research grants for our colleauges Sándor Bordács, András Deák, and Endre Tóvári from BME Institute of Physics. Congratulations!
(via NKFIH)
2020. August 29.
Quantum bits (qubits) emitting and absorbing photons in the telecom wavelength window (1300-1600 nm) are a key requirement for quantum communication based on fibre optics. However, the best-known, most popular solid-state qubits, such as the nitrogen-vacancy center in diamond, are active in the optical wavelength window (380-740 nm). Therefore, the recent experimental results of the BME Spin Spectroscopy research group, characterising the interaction of electrons in carbon nanotubes and telecom-wavelength photons, might be of high importance to establish novel telecom-compatible qubits. The authors believe that their findings may foster the application of carbon nanotubes in quantum technology.
2020. August 19.
News portal of the Hungarian Academy of Sciences covers research results of our colleague Péter Makk, as one of the most successful recent recipients of the Bolyai Scholarship.
Article (in Hungarian): https://mta.hu/mta_hirei/bolyaisok-makk-peter-fizikus-110774
Home page of Péter Makk: http://dept.physics.bme.hu/Makk_Peter?language=en
2020. July 27.
