MTA-ELTE Extragalactic Astrophysics Research Group

Leader of the research group: Zsolt Frei ​​​​​​​ (full professor)

ELTE Gravitational-wave and Cosmology Research Group

Leader of the research group: Peter Raffai (associate professor)

Space weather and space climate research group

Leadet of the research group: Kristóf Petrovay (full professor)

Planetary Systems and Their Origins Research Group

The leader of the research topic: Zsolt Sándor (associate professor)

CMS Quantum Chromodynamics Research Group

Research group leader: Gábor Veres (full professor)

MTA-ELTE Lendület CMS Particle and Nuclear Physics Group

Leader of the research group: Gabriella Pasztor (associate professor, doctor of HAS)

MTA-ELTE "Lendület" Lattice Gauge Theory Group

Leader of the research group: Sandor Katz (Corresponding member of HAS, full professor)

Particle Phenomenology Group

Leader of the research group: Zoltan Trocsanyi (full professor)

RHIC-Hungary research group

Leader of the research group: Mate Csanad (professor)

Experimental Neutrino Physics Group

Leader of the research group: Yoshikazu Nagai (assistant professor)

Flavour Physics LHCb / CODEXb Group

Leader of the research group: Biplab Dey (assistant professor)

MTA-ELTE "Lendület" Integrable Quantum Dynamics Research Group

Leader of the research group: Balázs Pozsgai (research fellow)

Network medicine

Evidence based medicine is a current topic with several applications.

Social Networks

To fight the war against terror, Law Enforcement Agencies (LEAs) are increasingly relying on social media intelligence (SOCMINT).

Experimental study of the functions of zebra stripes: a new thermophysiological...

The adaptive benefits of zebra stripes have been disputed since Wallace and Darwin, but among the 18 existing theories, 1 is experimentally confirmed.

Full-sky imaging polarimetry to detect clouds and to study the meteorological...

The most important meteorological parameter is the percentage of cloud cover of the sky, which strongly influences both the weather and the climate.

Collective decision making and information flow in optimized groups

The main goal of the research is to identify the main characteristics of those groups which are able to make optimal collective decisions.

Theoretical investigation of carbon nanostructures

The aim of our work is to theoretically study the kind of novel carbon nanostructures that are interesting due to their high application potential.

Raman spectroscopy in two-dimensional materials

Since the discovery of graphene, two-dimensional materials gained considerable interest through their rich potential and promising applications

Collective Robotics

Collective motion

Collective motion is defined as the spontaneous emergence of ordered movement in a system consisting of a large number of self-propelled agents.

Hierarchical networks

Interactions in many real-world phenomena can be explained by a strong hierarchical structure.

Single cell manipulations using robotic micropipette

We use a robotic micropipette controlled by computer vision to isolate single mammalian cells.

Few-layer graphene and transition metal dichalcogenides

One can obtain atomically thin samples from many ordinary materials, such as graphite or MoS2.

Modeling of normal-superconductor hybrid structures

We examine the role of the novel low-dimensional materials and molecular junctions in the properties of normal-superconductor hybrid structures

Topological systems in condensed matter physics

The discovery of the quantized spin Hall effect has raised interest in systems where topological properties guarantee measurable physical properties.

Exploration of environmental flow phenomena by laboratory models and data...

Large scale processes in the atmosphere and oceans determine short term changes (weather) and long term time evolution (climate) in our environment.

The High Energy Astronomy Research Team (HEART)

Zsolt Bagoly