- Scientific research projects -
MATREG
ESCARGOT
Enhanced Single Crystal Applications and Research in the Growth of new Optical rare earth-based compounds for sustainable and efficient Technologies
- Project director: Dr. Habil. Philippe VEBER
- Time frame: 2023 - 2026
- Programme: PNRR-III-C9-2023 - I8
- Local budget: 1.400.000 EUR
SMART-Growth
Artificial intelligence enhanced, sustainable growth of rare-earth materials based laser crystals
- Local project coordinator: Dr. Habil. Philippe VEBER
- Time frame: 2023 - 2026
- Programme: European Innovation Council and SMEs Executive Agency (EISMEA), Interregional Innovation Investments instrument (I3)
- Budget: 100 000 EUR (Whole project budget: 3.000.000 EUR)
- Project website: https://ec.europa.eu/info/funding-tenders/opportunities/portal/screen/opportunities/projects-details/44416173/101115130/I3
HEOHTS
Synthesis and characterization of perovskite high entropy oxides and investigation of their proximity effect with high-Tc cuprate superconductors
- Project director: Dr. Roxana CAPU
- Time frame: 2021-2023
- Programme: PN-III-P1-1.1-PD-2021
- Budget: xx Lei ( xx EUR)
- Project website: http://quasar.physics.uvt.ro/~apopescu/HEOHTS
VARDIMTECH
Paradigme tehnologice în sinteza și caracterizarea structurilor cu dimensionalitate variabilă
- Project responsible for WUT team: Prof. Dr. Daniel Vizman
- Time frame: 2018-2021
- Programme: PNIII – PCCDI
- Project website: https://infim.ro/project/vardimtech
SILTIM
Numerical modeling of transport phenomena in a Czochralski growth of Silicon crystals for photovoltaic applications
- Project director: Lect. Dr. Alexandra POPESCU
- Time frame: 2018-2020
- Programme: PN-III-DCD-RU-TE-2016-1
- Budget: 100,000 EUR
- Project website: http://quasar.physics.uvt.ro/~apopescu/SILTIM
ELICRYS-2
Physical and numerical experiments for studying the laser accelerated particles and their interaction with crystalline materials
- Project director: Prof. Dr. Daniel Vizman
- Time frame: 2016-2019
- Programme: PNIII, P5/Subprogramme 5.1/ELI-RO
- Budget: 250,000 EUR
- Project website: http://quasar.physics.uvt.ro/~vizman/ELICRYS2
PN-III-P2-2-1-PED-2016-0592
Physical and numerical experiments for studying the laser accelerated particles and their interaction with crystalline materials
- Project director: Prof. Dr. Marius Paulescu
- Time frame: 2017-2018
- Programme: PN-III-P2-2.1-PED-2016
- Budget: 130,000 EUR
PN-II-RU-TE-2014-4-2179
Improved multifunctional crednerite type oxides: from magnetism to catalysis
- Project director: CS II Maria Poienar
- Time frame: 2015-2017
- Programme: PN-II-RU-TE-2014-4
- Budget: 100 000 EUR
ELICRYS
High energy radiations effects on some fluoride and semiconducting crystals
- Project director: Prof. Dr. Daniel Vizman
- Time frame: 2014-2016
- Programme: PN-II CAPACITIES/RO-CERN
- Budget: 155,000 EUR
- Project website: http://quasar.physics.uvt.ro/~vizman/ELICRYS
PN-II-ID-JRP-2011-2-0056
Influence of temperature and high pressure on the structural and physical properties in Fe-based Charge Order systems
- Project director: CS II Maria Poienar
- Time frame: 2013-2015
- Programme: PN-II-ID-JRP-2011-2
- Budget: 250 000 EUR
PN-II-ID-PCE-2011-3-0789
Control of melt flow in a directional solidification configuration using an electromagnetic field
- Project director: Prof. Dr. Daniel Vizman
- Time frame: 2011-2014
- Programme: PN II-Ideas
- Budget: 202,000 EUR
- Project webpage: http://quasar.physics.uvt.ro/~vizman/idei_dv
CONSIL
Study of the influence of forced and natural convection on impurity segregation and coating stability in the ingot growth of multicrystalline Silicon for photovoltaic applications
- Project director: Prof. Dr. Daniel Vizman
- Time frame: 2010-2013
- Programme: CAPACITĂŢI, Module III, PN II IFA-CEA France partnership
- Budget: 110,000 EUR
- Project webpage: http://quasar.physics.uvt.ro/~vizman/CONSIL
NANOSIM
Transportation and structuration processes at micro/nanometric scale in biomedicine and materials science
- Project director: Prof. Dr. Daniel Vizman
- Time frame: 2005-2008
- Programme: Grant CEEX 11/2005
- Budget: 370,000 EUR
- Project webpage: http://quasar.physics.uvt.ro/~vizman/nanosim