News

2nd Grandmaster PhD Workshop in Physics

2015. July 24.

The Institute of Physics at BUTE organizes the international students' conference "2nd Grandmaster PhD Workshop in Physics'' between September 6th and 11th, 2015. The conference is an opportunity for master's students, PhD students and junior postdocs to presents their scienctific achievements for a scientific audience in a relaxed atmosphere.

You can find the detialed programme at http://grandmaster.phy.bme.hu

Students who are interested are required to register for an oral talk or a poster presentation by September 18th. The presentations will be organized in sections subsequently. There are no topical restrictions. As the conference will be during the first week of classes. There will be participants also from German, Czech and Austrian universities. There is no registration fee.

There will be a plenary tutorial session by internationally renowned researchers on the physics of skyrmions on September 8th. The programme is available at http://magnetooptics.phy.bme.hu/2nd-grandmaster/program/plenary-talks/

Simon Ferenc leads a "Lendület" research group at BUTE

2015. May 05.

Ferenc Simon starts a new research project at the Department of Physics at the BUTE in 2015.
In the project "Spin and charge dynamics in strongly correlated systems" Ferenc Simon
and his co-workers will build a time-resolved optically detected magnetic resonance
spectrometer, which will be unique in Hungary. They will use this equipment in the study
of carbon nanotubes, graphene, and spintronic devices. The project continues the
work that started under an ERC starting grant in 2011.

 

Link: 
https://www.bme.hu/hirek/20150429/Ut_a_hatekonyabb_napelemcellak_es_a_biztonsagosabb_okoseszkozok_fele

Snake states in graphene

2015. March 08.

Snake states observed in a graphene pn junction. In collaboration with the University of Basel, published in Nature Communications, 6, 6470 (2015). More information at the BME site.

Recent Nature Physics Publication

2015. February 20.

In a collaboration with Stanford (David Goldhaber-Gordon), the EQP group of Gergely Zaránd demonstrated an exotic SU(4) many-body state in electrostatically coupled artificaial atoms [Nature Physics 10, 145 (2014)].

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