An American company has developed a method for producing jet fuel from biogas. In the process, light is used to break the gas down and then rebuild it into aircraft fuel. According to the company, the approach consumes far less energy than traditional methods. The result is a new way of turning a waste-based gas into fuel for planes, with energy use that is much lower than older production techniques.
U.S. Company Makes Jet Fuel From Biogas Using Light
An American company has produced aircraft fuel from biogas by using light to split and rebuild the gas. The company says the process consumes far less energy than traditional methods.

More stories to read
health2 min read10/27/2026Mushroom Study Points to an Unknown Hallucinogenic Compound
Researchers linked highly specific hallucinations in China and the Philippines to Lanmaoa asiatica, a mushroom that may contain an unidentified psychoactive substance.
ai2 min read10/27/2026OpenAI Scientific Claims Face Independent Scrutiny Under Different Release Plans
OpenAI reports AI-generated proofs concerning computational complexity, wave behavior, and quantum field theory. Independent examination and differing publication arrangements place verification and academic credit at the center of the announcement.
business2 min read10/27/2026Westinghouse Expands Higher-Enrichment Fuel Manufacturing With $1 Billion Plant
The South Carolina facility will bring LEU+ fuel into wider commercial use, supporting longer reactor operating cycles and increased output. Westinghouse has also advanced high-temperature testing of its eVinci microreactor.
health2 min read10/27/2026Inconsistent Blood Pressure Treatment May Undermine Cardiovascular Protection
An analysis of randomized trial data linked stronger medication adherence to greater blood pressure reductions and an 11% decrease in major cardiovascular events.
ai2 min read10/27/2026ANYmal-D Solves Giant Rubik’s Cube Through Coordinated Foot Movements
Researchers at ETH Zurich and NVIDIA demonstrated three autonomous Rubik’s Cube solutions on a four-legged robot. The system combines onboard perception, automated planning and movement skills trained through reinforcement learning.
