Researchers have proposed a new way to study the properties of individual organic molecules and nanolayers of molecules. The approach relies on V-shaped graphene-metal film structures.

Researchers have demonstrated how machine learning could help design lithium-ion batteries and fuel cells with better performance.

Scientists have developed a completely new method of measuring 'squeezing' - a potential starting point for high-precision sensor technology.

A new study opens important perspectives for treatment of diseases such as Alzheimer's and Huntington's disease, but also epilepsy, brain trauma and stroke.

Environment-friendly solar panels consisting of the abundant materials Cu, Zn, Sn are hindered by their low practical efficiency compared to their theoretical potential. Researchers have now discovered a way to overcome these hurdles.

With their experiments, scientists confirmed certain energy transitions in quantum dots that had previously only been predicted theoretically: the so-called radiative Auger process.

Just as a meter stick with hundreds of tick marks can be used to measure distances with great precision, a device known as a laser frequency comb, with its hundreds of evenly spaced, sharply defined frequencies, can be used to measure the colors of light waves with great precision.

A novel material could enable major leaps in the miniaturization of electronic devices.

Scientists designed and fabricated a remote forest fire detection and alarm system powered by nothing but the movement of the trees in the wind.

Российская Академия Наук и Московский университет во время пандемии реализовали пилотную часть проекта "Академия – университетам: химия и науки о материалах в эпоху пандемии". За летний период планируется провести работу по подключению к проекту новых ВУЗов, институтов РАН, профессоров РАН, а также по взаимодействию с новыми уникальными лекторами для развития структурированного сетевого образовательного проекта "Академия - университетам".

A team used an infrared laser to cool a solid semiconductor by at least 20 degrees C, or 36 F, below room temperature.

Scientists have developed a new approach for generating layered, difficult-to-combine, heterostructured solids.

Researchers have developed a high-precision technology that enables them to carve nanometric patterns into two-dimensional materials.

There are physical limits to how powerful computers can become if they are to maintain their size. Molecular electronics can solve that problem, and now researchers are contributing to this field with a new, efficient conducting material, based on molecules.

24 июня 2020 г. в рамках проекта «Академия - Университетам» профессор С.Л.Молодцов выступил с онлайн лекцией «Ярче Миллиарда Солнц». Сергей Молодцов - научный директор Европейского рентгеновского лазера на свободных электронах в Гамбурге (European XFEL), профессор университета Фрайберга, профессор университета ИТМО, почетный профессор университета Дрездена.

Scientists have developed a new approach for generating layered, difficult-to-combine, heterostructured solids.

A new EU project focuses on quantum materials, whose properties can be modified significantly by elastic deformation.

Researchers have managed to manipulate and track the movement of individual magnetic vortices called skyrmions, which have been touted as strong candidates to act as information carriers in next-generation storage devices and as synapses for neuromorphic computing.

Researchers report that the twisted bilayer transition metal dichalcogenide WSe2 enables the realization of exotic correlated phenomena, including high-Tc superconductivity and correlated insulators, in a controlled manner and without the geometrical restriction found in twisted bilayer graphene.

Scientists have managed to drive a prototypical antiferromagnet into a new magnetic state using terahertz frequency light.