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Applications for ultra-intense ultrashort lasers are numerous and include industrial service, health care, national security, and fundamental physics.

Green energy is a quickly evolving industry that is always looking for ways to improve. Recent developments in dual-atom catalysts have the potential to completely transform energy conversion technology.

Heating and cooling account for around half of the energy used in an average American building.

According to a recent study from North Carolina State University, materials with increased structure obtained from seaweed and crustaceans could serve as a part of a next-generation solution to the problem of replacing petroleum-based plastic films.

For years, researchers have dedicated extensive effort to finding economical catalysts that can replace costly metals like platinum, aiming to enhance the affordability of fuel cells.

Scientists at the National University of Singapore (NUS) have devised a method to produce and measure spin splitting in two-dimensional materials directly.

In line with expectations, new quantum noise experiments conducted at Rice University revealed an unusually quiet “strange metal” quantum material. The measurements of quantum charge fluctuations, or "shot noise," which were published in Science, offer the first concrete proof that electricity appears to flow through peculiar metals in a peculiar liquid-like form that defies easy explanation in terms of quantized charge packets, or quasiparticles.

Researchers have created an autonomous system that can determine how to synthesize “best-in-class” materials for specific uses in hours or days.

Researchers from the Institute for Basic Science (IBS) Center for Nanoparticle Research, under the direction of Professor Kisuk Kang, have made significant progress toward developing next-generation solid-state batteries.

Chemicals like ethylene are frequently utilized as feedstock to make industrial chemicals and polymers.