Mini Projects

Explore hands-on mini projects that participants can work on during the conference.

Project 1: Physics of the AGN emitting regions

Investigate the physical conditions, emission mechanisms and kinematics of AGN central regions through spectral analysis and modeling.

Project 2: Strong gravitation and the centers of AGNs

Explore relativistic effects and dynamical signatures close to supermassive black holes using theoretical models and observational diagnostics.

Project 3: AGNs and super-massive binary black hole systems: Spectral Energy Distribution (SED) and microlensing effect

Model SEDs for binary supermassive black hole systems and investigate microlensing signatures to constrain emission-region structure.

Project 4: Databases for investigation of the physics of AGNs

Develop and use databases and tools to aggregate, query and analyze multi-survey AGN observations for population studies.

Project 5: SDSS and LSST in AGN and GL (Gravitational Lensing) investigations

Exploit SDSS and LSST survey data to identify AGN populations, search for lensing events and characterize large-scale variability.

Project 6: SDSS and LSST in AGN and GL (Gravitational Lensing) investigations

Apply time-domain analysis to SDSS and LSST light curves to study AGN variability and detect transient lensing or microlensing phenomena.

Project 7: Polarization of the AGN spectra and gravitational lenses

Measure and model polarization signatures to probe magnetic fields, scattering geometries and lensing-induced polarization effects.

How to Participate

Interested participants can propose new mini-projects or join existing ones by selecting desired field in registration form and completing the registration process before March 1, 2026.

Important note

We encourage participants to propose new projects, as well as to propose a review talk.