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Kristijonas Čiulčinskas, an alumnus of the Faculty of Mathematics and Informatics (MIF) of Vilnius University (VU), has been conducting a research project at the European Organisation for Nuclear Research (CERN) for a few months now. In September, he plans to study for a Master’s degree at the Delft University of Technology (Technische Universiteit Delft) in the Netherlands. The VU alumnus shares insights into physics, mathematics and his career path.

A passion for science and a sincere care for people – these are the qualities that perfectly describe Erikas Tarvydas, an alumnus of the Faculty of Physics at Vilnius University (VU). For several years now, he has successfully balanced physics, paramedic work, volunteering, and hobbies. This year he graduated with top honours in physics, and in September, he will begin his studies at the VU Faculty of Medicine.

‘Physics is an old science, there’s so much to do here. The most difficult part is choosing exactly what,’ jokes Vilnius University (VU) scientist Prof Gediminas Gaigalas. His theories and atomic calculation programs are essentially unrivalled. Very often, complex physics projects are simply impossible without his contributions. The latest example is an international study that has finally explained an anomaly that has troubled scientists for many years.

On 26–27 June, during a visit to Vilnius University (VU) by a delegation from France’s Sorbonne University, its President, Prof. Nathalie Drach-Temam, was presented with a printed replica of the Sorbonne University Chapel, which appears as a mere dust particle to the naked eye. The special gift was created by Dr Gordon Zyla, a senior researcher at the Laser Research Center of the VU Faculty of Physics and a former Marie Skłodowska-Curie Postdoctoral Fellow.

This seminar will present how cold atoms and topological phenomena are merging into one of the most exciting research areas in modern physics. Using cold atoms in optical lattices, scientists can simulate topological phases in materials - from topological insulators and superconductors to the Quantum Hall effect. Such models allow the study of edge states, quantum responses and new quantum phases of matter that do not exist in ordinary materials.

Scientists from Vilnius University (VU) Faculty of Physics, together with colleagues from Poland and other countries, have identified an exoplanet – a gas giant located far from the Galactic Centre. This is only the third such discovery in the entire history of observations. The discovery is even more exceptional due to the method used – the phenomenon known as microlensing. The results of the observations have been published in one of the most prestigious astronomy journals “Astronomy & Astrophysics”.

The graduation season is just around the corner, when St Johns’ Church and other venues chosen for the official diploma-awarding ceremonies will be filled with the joyful bustle of graduates. As we approach this celebration, please be reminded that you are welcome to wear a VU cap during the ceremony.

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