Scientists from the Warsaw University of Technology are developing a system designed to deliver chemotherapy drugs directly to tumours using nanometric carriers, which could reduce damage to healthy cells and improve treatment effectiveness.
An international team of scientists has produced the largest and most detailed radio map of the Universe to date, revealing 13.7 million active galaxies and pinpointing the locations of supermassive black holes.
Poland’s role in the ALICE experiment at European Organization for Nuclear Research (CERN) has grown significantly following the end of cooperation with Russia, according to Krystian Rosłon of the Warsaw University of Technology.
Polish scientists have developed a silica-based nanocomposite known as B-STING, that can automatically generate biocidal substances in response to microorganisms, effectively targeting bacteria, fungi, and viruses while remaining safe for human cells.
Under the right conditions, the greenhouse gases carbon dioxide (CO2) and methane (CH4) can be used as raw materials to produce industrially valuable chemicals, according to a study by researchers from Poland, Czechia, and France published in Applied Catalysis B: Environment and Energy.
XMaS may sound like Christmas, but for physicists it is the name of a powerful X-ray beamline, and one that has now revealed, almost live, how copper atoms wander inside a catalyst critical for turning methane into methanol.
A team of scientists, including researchers from Jagiellonian University, has proposed a photocatalyst that produces hydrogen directly from water without chemical additives and can also operate with seawater. The breakthrough relies on single nickel atoms dispersed on a modified carbon-nitrogen material and a reaction pathway in which hydrogen peroxide appears only briefly as an intermediate.
Physicists working at the Large Hadron Collider (LHC) near Geneva have obtained the strongest evidence to date for the existence of exotic particles composed of four charm quarks, confirming a prediction that for years existed only in theoretical calculations.
Where ordinary radios falter, a new “atom radio” listens. Developed at the University of Warsaw, the device uses rubidium atoms as ultra-sensitive antennas.
A metallic “twisted” magnet conducts electricity more easily in certain directions and generates a strong signal without an external field, an international team including Kamil Kolincio, PhD, from the Gdańsk University of Technology has found.