Optimization methods, surface property evaluation, spectral libraries of soils, remote sensing.

Hyperspectral remote sensing of Earth.

Holography between quantum field theory, quantum gravity, black hole hydrodynamics, and turbulence.

Era of the first stars and black holes, models and simulations of early galaxies, radio waves from hydrogen gas.

Electrical engineering. Miniaturized space systems, satellite development and launching, communication and information theory, error correction codes, fast decoding algorithms, data compression, graphical representation of coding and decoding systems, image processing-based tracking systems, optical and quantum communication.

Optics. Nonlinear optics, ultrafast phenomena at the nanoscale, nonlinear interaction with metamaterials, nonlinear optics from nanostructures and metasurfaces, femto-nano (short-time physics), near-field spectroscopy, quantum coherent control, light-matter interaction.

Atmospheric and space sciences, lightning storms on Earth and other planets, atmospheric electricity, solar effects on the atmosphere and climate, air pollution, upper atmospheric phenomena such as sprites.

Hyperspectral analysis of soil post-wildfires, assessment of ash dispersion in space and time, impact of natural disasters and extreme weather, signal and image analysis for disaster management, merging spectral data with spatio-temporal data for environmental applications.

Cosmology, growth and evolution of supermassive black holes, physics of diffuse plasma within and between galaxies, galaxy formation on cosmic timescales.

Jet emissions from astronomical systems, collapse of stars or binary systems into black holes.

Jet emissions from astronomical systems, collapse of stars or binary systems into black holes.

Biotechnology. Development of algae cultivation systems, material extraction from algae, energy, food and food supplements markets, pharmaceuticals, cosmetics, food production in space colonies and space stations.