Projects

Successful applications for projects

• Research projects
• Equipment projects
• Computer time
• Time at large facilities

Research projects

• Dr. Peixin Shen – Symbolic artificial intelligence for hidden topological orders in quantum physics, (SymPhysAI) as part of the competition “Marie Skłodowska-Curie ERA Fellowships” funded by the European Commission.
• Prof. Tomasz Dietl, Resistance standard of semimagnetic semiconductors, as part of the call Polish Metrology II, Ministry of Science and Higher Education.
• Dr. Valentine V. Volobuev – Chalcogenide nanostructures as a versatile platform for quantum bits (ChalQ) as part of the Long-term program to support Ukrainian research teams.
• Dr. Mircea Trif- Harnessing the environment for topological quantum computing as part of the, OPUS 21
• Dr. Marcin Płodzień- Quantum Simulators of open systems and non-equilibirum topological matter as a part NAWA
• Dr. hab Wojciech Brzezicki – Limitations for Protected Transport and Exotic Topological States in Topological Semiconductors as part of Sonata Bis 9 competition.
• Dr. Vinayak Bhat, dr. Aleksandr Kazakov from January 2024 – Study of the effect of the nanostructured periodic and quasicrystal nanomagnet lattices on magnon-photon coupling as part of the SONATA BIS 10 competition .
• Dr. Alexander Lau – Magnetism, Berry-curvature engineering and topology in chalcogenide superlattices and heterostructures as part of the competition „Marie Skłodowska-Curie Individual Fellowships”  funded by the European Commission.
• Dr. Mircea Trif – Theory of quantum twists and its supercurrents as a part of the competition „Generation Partnerships – Thematische Netzwerke“, sponsored by the University of Hamburg.
• MSc. Rajibul Islam – Topological phases in II‐VI semiconductor compounds: heterostructures and magnetically doped systems as part of the PRELUDIUM 19 competition.

Equipment projects

Foundation for Polish Science (FNP): Competition for Funding the Purchase of a Specialist

Equipment under the IRA Programme

• MBE Group (Tomasz  Wojtowicz – 2019)  – 4 351 250 PLN
• Characterization Group (Vinayak Bhat -2019) – 3 850 000 PLN 

Computer time

2023

Grants on the supercomputer TOPOLA (ICM, Warsaw)

• Identifier: g96-1808, Applicant: Giuseppe Cuono

Grant on the supercomputer OKEANOS (ICM, Warsaw)

• Identifier: g96-1809, Applicant: Giuseppe Cuono

Grant on the supercomputer Eagle (Poznan Supercomputing and Networking Center)

• Identifier: No. pl0223-01, Applicant: Giuseppe Cuono
• Identifier: No. pl0267-01, Applicant: Raghottam M. Sattigeri.

Grant on the supercomputer GALILEO (CINECA, Italy)

• Identifier: IsB27 „SLAM”, Applicant: Carmine Autieri

2022

Grants on the supercomputer TOPOLA (ICM, Warsaw)

• Identifier: g91-1418, Applicant: Giuseppe Cuono
• Identifier: g91-1426, Applicant: Giuseppe Cuono Grant on the supercomputer OKEANOS (ICM, Warsaw).
• Identifier: g91-1419, Applicant: Giuseppe Cuono Grant on the supercomputer Eagle (Poznań Supercomputing and Networking  Center)
• Identifier: No. 609, Applicant: Giuseppe Cuono

Grant on the supercomputer GALILEO (CINECA, Italy)

• Identifier:  IsC93 „RATIO”, Applicant: Carmine Autieri
• Identifier:  IsC99 „SILENTS”, Applicant: Carmine Autieri
• Identifier: IsC105 „SILENTSG”, Applicant: Carmine Autieri
•  Identifier:  IsB26 „SHINY”, Applicant: Carmine Autieri

2021

Facility: Interdisciplinary Centre for Mathematical and Computational Modelling at University of Warsaw (ICM)

Grants on the supercomputer TOPOLA.

1.  Identifier: g87-1132, Applicant: Carmine Autieri
2.  Identifier: g87-1133, Applicant: Carmine Autieri

Grant on the supercomputer OKEANOS.

1.  Identifier: g87-1121, Applicant: Giuseppe Cuono
2.  Identifier: g87-1117, Applicant: Rajibul Islam
3. Identifier: g87-1131, Applicant: Carmine Autieri

2020

• 3 grants on the supercomputer TOPOLA [C. Autieri]
• 2 grants on the supercomputer OKEANOS [R. Islam, G. Hussain]
• 1 grant on the supercomputer TOPOLA [T. Paul]

Facility: High-performance computing – CINECA (Italy)

• 1 grant on supercomputer MARCONI [C. Autieri]
• 2 grants on supercomputer GALILEO [C. Autieri]

2019

Grants on the supercomputer TOPOLA

• Identifier: G78-13, Applicant- Victor Fernández Becerra
• Identifier: G75-10, Applicant- Carmine Autieri

Time at large facilities

Facility: SOLARIS National Synchrotron Radiation Centre at the Jagiellonian University, (Crakov)

1. Spin-polarization of Dyakonov-Khaetskii States in (001) Grey-Sn on Insulating Substrates (to be executed in 2024) [V. V. Volobuiev] 2. Spin polarization of Dirac-Rashba surface states in topological crystalline insulator (to be executed in 2024) [V. V. Volobuiev] 3. Topological crystalline insulator phase in the (100) quantum wells of the cubic SnSe (to be executed in 2024) [A. Kazakov]

2022

Facility: European Magnetic Field Laboratory (Grenoble)

1. Magnetotransport in α-Sn epilayers at the ultra-quantum limit (October 2022) GSC03-122 [A. Kazakov]
2. Quantum Hall effect through 2D-3D transition in the topological crystalline insulator (carried out in May 2023)  GSC02-222 [A. Kazakov]
3. Nematic phase in the topological crystalline insulator PbSnSe quantum well (carried out in March 2023) GSC03-222 [A. Kazakov]

2021

Facility: SOLARIS National Synchrotron Radiation Centre at the Jagiellonian University, Kraków

1. Spin texture in topological crystalline insulators with Dirac-Rashba energy spectrum (15 shifts, January 2022) [ V. V. Volobuiev]
2. Spin resolved ARPES through topological transition in PbSnSe (111) epilayers (15 shifts, December 2021) [V. V. Volobuiev]
3. ARPES study of Fermi surface modification due to Pb-NbP interface (15 shifts, April 2021) [A. Wiśniewski]

 2020

Facility: SOLARIS National Synchrotron Radiation Centre at the Jagiellonian University

• 8 grants UARPES beamline [V. V. Volobuev, A. Wiśniewski, T. Story]
• 1 grant PHELIX beamline [V. V. Volobuev]

Facility: Helmholtz-Zentrum Berlin BESSY II synchrotron

• 2 grants One-Cube ; One-Square ARPES [V. V. Volobuev].