Astronomy Lessons Warsaw Near Me

4worldlovers:
The Faculty of Physics is a large research and teaching center. It consists of The Institutes of Theoretical Physics, Experimental Physics, Geophysics, The Astronomical Observatory and The Department of Mathematical Methods in Physics.


The Faculty is regarded as one of the best in the country, recognized internationally for the high quality of research and education.


Registration for studies at the Faculty of Physics, University of Warsaw


Do you want to search for the quantum theory of gravity? Create innovations that are applicable in many fields, from oncology to photovoltaics? Or maybe research climate change? These are just some of the opportunities that await you at the Faculty of Physics at the University of Warsaw. There are 10 programmes of study to choose from. Two of them - Physics (Studies in English), second cycle studies and Quantum Physics and Chemistry – Individual Research Studies, second cycle studies – are conducted fully in English.


The Faculty of Physics at the University of Warsaw has not only a great staff, well-equipped laboratories, but also a unique space for creative activities at Makerspace@UW. This is a place where ideas can be transferred to paper, 3D printed or processed in wood. You certainly will not be bored!

Registration in IRK system for first cycle studies is available from June 6 to July 7 and for second cycle studies – from June 6 to September 11, 2023.

Researchers confirmed the role of long-chain fatty acids in cellular respiration

Cellular respiration is a complex and highly regulated process that allows cells to draw energy from nutrition. An international team of scientists from Finland, Germany and Poland have investigated the important role of long-chain fatty acids in guiding this process. The findings, published in Nature Communications, will shed light on the understanding of mitochondrial function that involve disruptions in cellular energy metabolism. | More

Researchers at the Faculty of Physics of the University of Warsaw have created a new, highly efficient converter of quantum information carriers

Researchers at the University of Warsaw's Faculty of Physics have developed a new, highly efficient technique that makes quantum information transmission dozens of times faster. The results of the research, published in the prestigious journal Nature Photonics, may in the near future contribute to the development of superfast quantum Internet connections. | More

Physicists from the University of Utrecht and the Faculty of Physics at the University of Warsaw have observed - for the first time experimentally - the Brazil nut effect in a mixture of charged colloidal particles. Until now, it was thought that an influx of external energy was required to create this effect - but the researchers were able to confirm that the process can occur spontaneously. The findings, published in The Proceedings of the National Academy of Sciences (PNAS), could find applications in a wide range of fields, from geology to soft matter physics. | More

How would our world be viewed by observers moving faster than light in a vacuum? Such a picture would be clearly different from what we encounter every day. We should expect to see not only phenomena that happen spontaneously, without a deterministic cause, but also particles traveling simultaneously along multiple paths - argue theorists from universities in Warsaw and Oxford. Also the very concept of time would be completely transformed — a superluminal world would have to be characterized with three time dimensions and one spatial dimension and it would have to be described in the familiar language of field theory. It turns out that the presence of such superluminal observers does not lead to anything logically inconsistent, moreover, it is quite possible that superluminal objects really exist. | More

An epileptic seizure may begin with firing of inhibitory neurons in the brain and changes in ion concentrations in the environment around the neurons. This mechanism, observed experimentally in an animal model of the guinea pig brain, was confirmed in a computer model of nerve cells, created at the Faculty of Physics of the University of Warsaw. The results of research conducted by a group of Polish and Italian scientists, published in the eLife journal, may contribute to the development of new antiepileptic therapies. | More

An artificial polariton neuron as a step towards photonic system that mimics the operation of the human brain