Dr. Gabriella Kiskó's reasearch mainly focuses on the application of natural antimicrobials on the safety and quality of food and investigation of microbiological background of new, non-thermal preservation techniques. She has a long-standing interest in the application of natural antimicrobials on food borne pathogenic and spoilage organisms inluding compounds of plant origin (eg. essential oils), animal origin (like chitosan) and microbial origin (such as bacteriocins and antibiotics).

Professor Tamás Csörgő is an accomplished Hungarian particle and nuclear physicist, member of the Academy of Europe (London), active both in theoretical and experimental physics. He is one of the founders of femtoscopy in Hungary, that specializes in measuring length-scales on the femtometer or 10

^-15 meter scales, that tiny lenght corresponds to the size of protons and elementary particle physics reactions. He is also an experienced science outreach speaker and inventor, experienced in gamification of high energy particle and nuclear physics.

r. József Zsembeli's research focuses on the impact of land use on soil CO2 emissions and organic carbon stocks, with a focus on cultivating farming systems tailored to the agroecological conditions of the Great Hungarian Plain. He formulates soil protection methodologies to safeguard against adverse effects. As part of his research he also investigates how soil water and material cycles to alleviate the impact of abiotic stress factors on plants. Development of soil- and water-conserving cultivation techniques. Furthermore he evaluates the effect of irrigation on crops and the physical and chemical attributes of soils. He obserbing water and salt balance within soil lysimeters and creates pedological and hydrological assessments within the primary soil types prevalent in the Great Hungarian Plain.r. József Zsembeli's research focuses on the impact of land use on soil CO2 emissions and organic carbon stocks, with a focus on cultivating farming systems tailored to the agroecological conditions of the Great Hungarian Plain. He formulates soil protection methodologies to safeguard against adverse effects. As part of his research he also investigates how soil water and material cycles to alleviate the impact of abiotic stress factors on plants. Development of soil- and water-conserving cultivation techniques. Furthermore he evaluates the effect of irrigation on crops and the physical and chemical attributes of soils. He obserbing water and salt balance within soil lysimeters and creates pedological and hydrological assessments within the primary soil types prevalent in the Great Hungarian Plain.