The dynamic production account, which posits that the laws of nature actively produce the future from the past, requires a specific formulation of physical laws to be tenable, particularly in light of challenges posed by the need for temporal locality and compatibility with special relativity.
Three groundbreaking physics discoveries - the Saha ionization equation, Bose-Einstein statistics, and the Raman effect - were made by Indian scientists Meghnad Saha, Satyendra Nath Bose, and Chandrasekhara Venkata Raman, respectively, working under challenging conditions in colonial India.
The gravitational engine described by Bob Lazar can be understood through the principles of thermoacoustic heat engines and acoustic refrigerators, which utilize time dilation and quantum fluctuations to generate propulsion and cooling effects without moving parts.
Foundation models in physics data can revolutionize performance and efficiency.
Foundation models in physics data aim to improve performance and reduce training time.
MDG-ICE method optimizes grid for accurate hypersonic flow simulation.
Robust Variational Physics-Informed Neural Networks provide reliable error estimations in energy norms.
Transforming multidimensional distributions using a normalizing flow for improved simulation accuracy.
Locally-active Mott memristors exhibit complex behaviors crucial for neuromorphic circuits.
Penalty formulation provides a stable and convergent approach for solving nonlinear magnetostatics problems.