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Faculty of Natural Sciences, Budapest University of Technology

BME Faculty of Natural Sciences
About our partner

The Budapest University of Technology and Economics (BME) is Hungary’s leading technical university. Research at the Institute of Physics of the Faculty of Natural Sciences of the BME mostly focuses on experimental and theoretical nano- and quantum science, applied optics, and materials research. Together with the Institute of Mathematics , it represents a center of excellence within the BME: the two institutes host several excellent ‘Momentum’ research groups and prominent, internationally active laboratories, which participate in the Quantum Information National Laboratory.

Specific goals of these participating groups focus on the creation of quantum devices and hardware components. The Nanoelectronics Research Lab of the Institute of Physics - in collaboration with laboratories at the Institute of Technical Physics and Materials Science of the ELKH - develops hybrid superconductor-semiconductor solid state Qubit architectures. The High Frequency Electron Spin Resonance Laboratory explores new platforms for quantum memory realizations, while the Laboratory of Quantum Optics develops hardware for quantum information applications, such as compact sources of entangled photons. Theoretical research groups of the Institutes of Physics and Mathematics provide support for this research, and carry out research in the areas of quantum simulation and quantum algorithms.

Researchers

Gergely Zaránd

Institute Leader

Szabolcs Csonka

project leader

Sándor Bordács

project leader

Ferenc Simon

project leader

Pál Koppa

project leader

András Pályi

project leader

Milán Mosonyi

project leader

András Halbritter

project leader

Mihály Weiner

senior researcher

János Asbóth

senior researcher

László Pósa

researcher

László Szunyogh

senior researcher

Gábor Péter Nagy

SENIOR RESEARCHER

Péter Vrana

SENIOR RESEARCHER

Publications

May 28, 2021
Nature Communications 12:3223

Robust coherent control of solid-state spin qubits using anti-Stokes excitation

Jun-Feng Wang
Fei-Fei Yan
Qiang Li
Zheng-Hao Liu
Jin-Ming Cui
Zhao-Di Liu
Ádám Gali
Jin-Shi Xu
Chuan-Feng Li
Guang-Can Guo
May 6, 2021
Nature Materials (2021)

Single-spin resonance in a van der Waals embedded paramagnetic defect

Nathan Chejanovsky
Amlan Mukherjee
Jianpei Geng
Yu-Chen Chen
Youngwook Kim
Andrej Denisenko
Amit Finkler
Takashi Taniguchi
Kenji Watanabe
Durga Bhaktavatsala Rao Dasari
Philipp Auburger
Ádám Gali
Jürgen H. Smet
Jörg Wrachtrup
Apr 26, 2021
Nature Reviews Materials

Quantum guidelines for solid-state spin defects

Gary Wolfowicz
F. Joseph Heremans
Christopher P. Anderson
Shun Kanai
Hosung Seo
Ádám Gali
Giulia Galli
David D. Awschalom
Mar 18, 2021
Chemistry of Materials 33,7:2457–2465

Enhancement of X-ray-Excited Red Luminescence of Chromium-Doped Zinc Gallate via Ultrasmall Silicon Carbide Nanocrystals

Beke Dávid
Marco V. Nardi
Bortel Gábor
Melanie Timpel
Czigány Zsolt
Luca Pasquali
Andrea Chiappini
Giorgio Bais
Rudolf Mátyás
Zalka Dóra
Franca Bigi
Francesca Rossi
Bencs László
Pekker Áron
Márkus G. Bence
Giancarlo Salviati
Stephen E. Saddow
Kamarás Katalin
Ferenc Simon
Ádám Gali
Feb 3, 2021
ACS Applied Materials & Interfaces 13,6:7453–7460

Noise Tailoring in Memristive Filaments

Sánta Botond
Balogh Zoltán
László Pósa
Krisztián Dávid
Török Tímea Nóra
Molnár Dániel
Sinkó Csaba
Roland Hauert
Csontos Miklós
Dec 8, 2020
Phys. Rev. B

Ab initio determination of pseudospin for paramagnetic defects in SiC

Csóré András
Ádám Gali
Nov 30, 2020
Phys. Rev. Letters

Optically Detected Magnetic Resonance in Neutral Silicon Vacancy Centers in Diamond via Bound Exciton States

Zi-Huai Zhang
Paul Stevenson
Thiering Gergő
Brendon C. Rose
Ding Huang
Adrew M. Edmonds
Matthew L. Markham
Stephen A. Lyon
Ádám Gali
Nathalie P. de Leon
Nov 29, 2020
Nanomaterials

Silicon-Carbide (SiC) Nanocrystal Technology and Characterization and Its Applications in Memory Structures

Andrzej Mazurak
Robert Mroczyrński
Beke Dávid
Ádám Gali
Nov 27, 2020
npj Comp. Mat.

Stone–Wales defects in hexagonal boron nitride as ultraviolet emitters

Hanen Hamdi
Thiering Gergő
Bodrog Zoltán
Viktor Ivády
Ádám Gali
Jul 10, 2020
Phys. Rev. B 102:155108

Quantum quench and charge oscillations in the SU(3) Hubbard model: A test of time evolving block decimation with general non-Abelian symmetries

M A Werner
C P Moca
Örs Legeza
Gergely Zaránd

Pagination

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Research fields

  • Realization of a quantum communication network
  • Elementary building blocks of quantum information
  • Quantum computation and simulating quantum systems

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+36-1-392- 2512

Media contact:
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titkarsag@wigner.hu

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