Projects implemented at the Faculty of Technical Physics, Information Technology and Applied Mathematics

List of projects implemented under the programs of the National Science Centre:

• Photonic-based analog processor utilizing nonlinear response of VCSELs.

• Development of new electronic structure methods for intermolecular interactions in multireference systems.

• Hybrid nanostructure mid-wave infrared harsh environment compatible sensors for Industry applications.

• Quantum cascade vertical-cavity surface-emitting laser.

• Semiconductor lasers as one-device sensors for gas and liquid detection.

• Combined ab initio complete-active-space and on-top-pair-density-mediated density-functional approach for efficient.

• Semiconductor lasers as one-device sensors for gas and liquid detection.

• Nitride VCSEL as signal sources in VLC systems.

• Subwavelength gratings as ultrathin VCSEL mirrors.

• Monolithic High Contrast Grating as active mirrors for new class of Quantum Cascade lasers with vertical cavity.

• Changing the paradigm for strong electron correlation in quantum chemistry.

List of projects implemented under the programs of the National Centre for Research and Development"

• Grydsen – innovative psychological therpeutic methods for aged people with the use of VR technology.

• Predictive energy management system EnMS.

• Production technology of innovative epitaxial structures and VCSELs, crucial for the development of photonics.

Other sources of funding:

• Intelligent resource management system for distributed B2C printing system.

• Improvement of Automatic Perception Profile system.

• Artificial intelligence in optimization solutions for truck transport.

• Integrals with respect to non-additive measures and their applications.

• Planar focusing reflectors based on high-contrast-gratings for application in vertical cavity surface emitting lasers.

•  A computational method for description of the intermolecular interactions in excited states.

• A Novel Transparent Electrodes for VCSELs.