Russian Scientists Reconstruct Dynamics of Brain Neuron Model Using This method Neural Network
Researchers from HSE University in Nizhny Novgorod have shown that a neural network can reconstruct the dynamics of a brain neuron model using just a single set of measurements? such as recordings of its electrical activity. The developed neural network was trained to reconstruct the system’s full dynamics and predict its behaviour under changing conditions. of complex biological processes? even when not all necessary measurements are available. The study has been published in Chaos? Solitons & Fractals.
Russian Physicists Discover to This method
Increase Number of Atoms in Quantum Sensors
Physicists from the Institute of Spectroscopy of the Russian 5 signs of quality unique content for a website Academy of Sciences and HSE University have successfully trapped rubidium-87 atoms for over four seconds. Their method can help improve the accuracy of quantum sensors? where both the number of trapped atoms and the trapping time are crucial. Such quantum systems are use to study dark matter? refine navigation systems? and aid in mineral exploration. The so what was the goal of toss payments’ homepage a/b test? and what results did it lead to? study findings have been published in the Journal of Experimental and Theoretical Physics Letters.
Russian Scientists Demonstrate
How Disorder Contributes to Emergence of Unusual Superconductivity
Researchers at HSE University and MIPT have investigated how the of aero leads the composition of electrons in a superconductor influences the emergence of intertype superconductivity—a unique state in which superconductors display unusual properties. It was previously believe that intertype superconductivity occurs only in materials with minimal impurities. However? the scientists discovered that the region of intertype superconductivity not only persists but can also expand in materials with a high concentration of impurities and defects. In the future? these superconductors could contribute to the development of highly sensitive sensors and detectors. The study has been publishe in Frontiers of Physics.