An early-career physicist mathematically connects timelike and spacelike form factors, opening the door to further insights ...

A study suggests elasticity in objects originates from interactions between molecules in flexible materials. Researchers from ...

"The Nature of Energy" (1949) explores various forms of energy and their applications in daily life and technology. It illustrates how energy, including muscular, electrical, chemical, heat, radiant, ...

(Courtesy: M Dove and L Li/Matter) The anomalous and ultra-low thermal expansion of cordierite results from the interplay between lattice vibrations and the elastic properties of the material. That is ...

We calculate minimum energy paths and homotopies (continuous transitions) between tailed skyrmions of the same topological charge. The discovery of tailed skyrmions extends the diversity of already ...

The law of conservation of energy states that energy can ... This is something we use a lot in physics: when we’re close to something or something’s small, we often get to use a linear equation rather ...

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This solar energy heats the surface of the Earth to produce changes in temperature and weather. The sun is kind of a big deal. So, perhaps E = mc 2 may be the most famous physics equation ...

As the world marks the International Day of Clean Energy in 2025, global momentum behind nuclear energy continues to build, with the clean power source set to generate record levels of electricity in ...

Tregillis and Martin have now derived a formula for the viral behaviour of the Wild Card ... demonstrating how “whimsical” scenarios can be used to explore concepts in physics and mathematics. “The ...

Based on non-conversion elastic wave theory, we introduce auxiliary variables to construct a first-order pure S-wave equation, which is used to simulate the extrapolation of source wavefields in ...