A team of international scientists, including those from Samara University, has discovered a new method for synthesizing helicenes, a class of polycyclic aromatic hydrocarbons. This breakthrough may help explain the formation of biological molecules and better understand the mechanisms of combustion reactions.
A team of international scientists, including Samara University researchers, discovered the formation mechanisms of triphenylene molecules, a primary building block for meteorites and planets. The study revealed that these molecules can form graphene nanoparticles, soot, and carbon dust through a series of transformations.
Scientists from Samara University have discovered new chemical mechanisms for polycyclic aromatic hydrocarbon (PAH) synthesis at very low temperatures, including -183 C. These findings challenge the prevailing view that PAHs can only form at high temperatures and suggest a possible link to the origin of life in the universe.
The Samara University team has developed a reliable and inexpensive propulsion system for maneuvering nanosatellites, using a water-alcohol mixture as the working body. The system can be equipped with any CubeSat space vehicle and expands the capabilities of nanosatellites, enabling them to solve complex problems in outer space.
Researchers at Samara University have developed an algorithm that increases internet speed up to 50% by providing fast and reliable access to powerful data processing centers. The algorithm, called 'The Neighborhoods Method', can enable scientists to participate in experiments on the hadron collider level.
Researchers at Samara University developed an ultralight diffraction optic that weighs just 5 grams, compared to a massive system of lenses and mirrors weighing 500 grams. The new technology enables high-resolution images with comparable quality to consumer cameras and mobile phones.