Institute of Physics
Łódź University of Technology
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Fizyka techniczna
Optoelektronika
Modelling and Data Science
Students
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Patents
Photonics Group
Grants
Poland-Singapore
Coupled-Cavity VCSELs
Cascade Lasers
Antimonide Lasers
E-VCSELs
InTechFun
LIDER
Details
PLaSK Software
User Manual
Publications
ARROW VCSELs
Mid-infrared SDLs
Planar focusing reflectors based on high-contrast-gratings for application in vertical cavity surface emitting lasers
Nitride-based surface-emitting lasers
POL-SINIV (HybNanoSens)
Members
Biogenic Crystals Research Group
Members
Projects
Investigations of nucleation and growth processes of struvite in relation to infectious urinary stones formation
Investigations of physical mechanisms of nucleation, growth and aggregation of carbonate apatite and struvite in relations to the infectious urinary Stones and investigations of an influence of substances able to modulate of these processes
Biomineralisation of plants
Infectious urinary stones
Evolution of crystal morphology
Early phases of nucleation
Dielectrics Group
Members
Projects
Carbon layers on semiconductor substrates as cold emission stimulants
Investigations of electronic properties of thin diamond-like films
Monocrystals Group
Members
Projects
Theoretical Physics Group
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Projects
Quantum Chemistry Group
Members
Projects
Accurate description of intermolecular interaction energies from extended random phase approximation
Development of a method of calculating the excitation energies of atoms and molecules based on the ensemble variational principle
Development of new methods for quantum-chemical embedding based on reduced density matrices
Development of new electronic structure methods for intermolecular interactions in multireference systems
Description of intermolecular interactions in excited states.
Combined ab initio complete-active-space and on-top-pair-density-mediated density-functional approach for efficient calculation of potential energy surfaces of excited molecular states
Changing the paradigm for strong electron correlation in quantum chemistry
Targeting Real chemical accuracy at the EXascale
Positions
Quantum International Frontiers 2023
Liquid Crystals Physics Group
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Modelling of Physical Fields
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Łukasz Piskorski
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