Matter found in the densest stars in the Universe – initially known as radio pulsars – poses a frustrating problem for astrophysicists. Theoretical projections allow for two possibilities: they are either neutron stars or quark stars (also known as strange stars). To tell these two types apart through observation was previously thought impossible. However, physicists from the Jagiellonian University and Cracow University of Technology have recently discovered new features of quark stars that may help discern them from neutron stars.Read More o Quark and neutron stars: how do we tell them apart?
On 22 September 2020 the Ambassador of Peru to Poland Alberto Salas Barahona paid a visit to the Jagiellonian University together with the Consul General of Peru to Kraków Marcin Mazgaj. The diplomats were received in Collegium Novum by the Rector of the Jagiellonian University Prof. Jacek Popiel, accompanied by the JU Vice-Rector for International Relations Prof. Dorota Malec.Read More o JU visited by the Ambassador of Peru
On 14 September information about the discovery of possible signs of life on Venus hit the news headlines around the world, following the publication of the results of a study by an international research team in the prestigious journal Nature Astronomy. In fact, at the moment the scientists are cautious about making any specific conclusions, as they haven’t found any microorganisms, but a chemical compound known as phosphine. What is significant is that according to our current knowledge, its formation on Venus wouldn’t be possible without biological processes.Read More o Signs of life in Venus' atmosphere?
An international team of researchers from the Max Planck Research Group at the Małopolska Centre of Biotechnology (MCB) deciphered the molecular mechanism of a sulphur carrier system that stands at the root of all eukaryotic ubiquitin-conjugation systems.Read More o JU scientists discover a living molecular fossil
JU authorities have announced the arrangements for teaching in the first semester of the academic year 2020/2021. The courses will be run in one of three possible modes, depending on the faculty dean’s choice, based on the current sanitary and epidemiological guidelines as well as health conditions of the academic staff and students.Read More o The Jagiellonian University allows different modes of learning
To study microscopic samples, scientists often employ computer tomography, which relies on X-rays and polycapillary optics. However, this can sometimes cause problems: to create a 3D model of an object, one has to rotate it and scan its surface. Two researchers from the JU Institute of Physics and the JU SOLARIS synchrotron, Katarzyna M. Sowa and Prof. Paweł Korecki, aim to facilitate this process by devising an unconventional imaging technique.Read More o A whole new level of X-ray imaging
A paper entitled Macromolecular orientation in biological tissues using a four-polarization method in FT-IR imaging, co-written by three researchers from the JU SOLARIS National Synchrotron Radiation Centre – Paulina Kozioł, Danuta Liberda and Dr Tomasz P. Wróbel – in collaboration with Prof. dr hab. Wojciech M. Kwiatek from the Polish Academy of Sciences, has been published in the latest issue of the Analytical Chemistry journal (IF: 6.785).Read More o SOLARIS researchers published in Analytical Chemistry