JU science communication
The international team of about 100 researchers, including scholars from the JU Institute of Physics that conduct the BOREXINO experiment in the underground laboratory in Gran Sasso (Italy), have announced that they have finally determined why large stars are shining. Their discovery was published in the latest issue of Nature.więcej o Why do large stars shine? We know the answer
The glymphatic system is the analogue of the lymphatic system of the brain, with the ‘G’ in the front of the word standing for ‘glia’, or ‘glial cells’ that are part of it. Its aim is to remove any unnecessary remains of metabolic processes – a very important task, considering that these remains may prove harmful to the brain. It’s been observed that the glymphatic system is more active when we sleep. Dr hab. Marta Obara-Michlewska from the Mirosław Mossakowski Institute of Experimental and Clinical Medicine of the Polish Academy of Science discussed the subject during a lecture as part of the International Brain Awareness Week 2020.więcej o The glymphatic system: working the night shift
In the latest issue of Nature Astronomy, a research team consisting of scientists from around the world presents its findings concerning dark matter particles. One of them, Dr hab. Szymon Pustelny from the JU Faculty of Physics, Astronomy and Computer Studies, shared some insights about ‘eavesdropping’ on dark matter and why it’s so important.więcej o Eavesdropping on dark matter
We celebrate our birthdays to mark the fact that we have lived yet another year on planet Earth, but how many birthdays are too many? One of the greatest challenges facing contemporary medicine is not extending the lifespan of a person, but rather keeping that person in good health until their final days. Currently, our physical and mental health is threatened chiefly by neurodegenerative diseases with unknown aetiology. These neurodegenerative diseases were the subject of the lecture delivered by Dr hab. Grzegorz Kreiner from the Department of Brain Biochemistry of the Polish Academy of Sciences during the International Brain Awareness Week.więcej o How long is too long?
Advances in medicine and access to better and better drugs is possible thanks to scientific research in the field of biomedicine. Substances are first tested in pre-clinical trials using tissues, computer models and laboratory animals. If the results are promising, drugs enter the clinical trial phase, during which they are tested on human volunteers. It is only upon the completion of this phase that medicine is cleared for sale at drugstores.więcej o Medicine: from the clinic to the drugstore
Every year, more than 17 million people die of cardiovascular system diseases, making them the most serious and frequent cause of death for people around the world. In Poland, more than 40% of people pass away due to cardiovascular disorders. In the light of these fact, proper risk assessment is paramount provide the necessary health care for potential patients. In the recent months, researchers from the JU MC Institute of Public Health have made significant contributions when it comes to risk assessment in Central-Eastern Europe.więcej o How to prevent heart diseases?
Kraków scientists offer new insight on gamma-ray bursts (GRB), registered up to this point by the devices at the Neils Gehrels Swift Observatory. Their work has been published in the Astrophysical Journal Supplements Series.więcej o Gamma-ray bursts: theory vs. observation. The birth of a new standard candle
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.więcej o Quark and neutron stars: how do we tell them apart?
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.więcej o A whole new level of X-ray imaging
Space weather on Earth is chiefly influenced by magnetic storms and emissions of energy particles, in both cases caused by enhanced fluxes of protons and ions. these accelerated plasmas are called solar energetic particles (SEPs). They can be caused by two phenomena: impulsive SEP events caused by magnetic reconnection manifested as solar flares and gradual SEP events accelerated by strong shocks associated with coronal mass ejections (CMEs).więcej o Space weather and its effects on Earth