>
Melania Trump Denies Ties to Epstein. Former Brazilian Model Threatens to Expose Mrs. Trump
Iran war as a cage Trump can't escape
Iran's Determination to Break Out From the Panopticon of Western 360° Containment
The Most Dangerous Race on Earth Isn't Nuclear - It's Quantum.
This Plasma Stove Cooks Hotter Than The Sun
Energy storage breakthrough traps sunlight in a molecule
Steel rebar may have met its match – in the form of wavy plastic
Video: Semicircular wings give Cyclone VTOL a different kind of lift
After 20 Years, Wave Energy Finally Works
FCC Set To "Supercharge" Starlink Space Internet With "Seven-Fold More Capacity"
'World's First' Humanoid Robot For Real Household Chores Launched With 16-Hour Battery
XAI Training 10 Trillion Parameter Model – Likely Out in Mid 2026

While trying to figure out if it were possible to extract electrons from a known process in the early stages of photosynthesis, the scientists instead found an entirely-new electron transfer pathway, which for those who remember their biology 101, is the metabolic method that extracts the most energy from food.
The study's authors believe this new understanding of photosynthesis could create new and more efficient ways of harnessing the process's power to generate biofuels.
The research team, comprised of scientists from across the globe, first set out to understand why a ring-shaped molecule called a 'quinone' is able to steal electrons from the photosynthetic process
Quinones, which are common in nature, are able to easily accept and give away electrons.