Advertising
A team of materials scientists has developed biopolymer tissues that can be grown and recycled without harmful effects on the environment. The new technique enables the creation of composite materials with the required rigidity, elasticity and strength due to controlled molecular organization.
Advertising
The study describes a previously unknown pathway for tissue regeneration in several endangered species. Scientists have discovered that certain signaling molecules trigger a repair program at the stem level, allowing tissues to recover from injuries much faster.
Advertising
New methods for training artificial neural networks allow models to adapt to new problems with fewer examples. The development is aimed at reducing the need for large data sets and increasing the efficiency of training on small samples.
Advertising
New data from satellites and ground stations allow scientists to better understand the origin and dynamics of the polar lights. The study shows how the interaction of the solar wind with the planet’s magnetosphere forms characteristic light patterns over the polar regions.
Advertising
A recent study demonstrates a method for synthesizing rare materials under pressure and high temperatures, which allows the formation of structures with unusual electronic properties. The team of scientists claims that the new approach reduces defects in crystals and increases the homogeneity of the crystal lattice, which is important for the stability of materials under extreme loads.
Advertising