This archive covers technology and innovation breakthroughs that improve lives, protect the environment, and expand human possibility. From medical devices to clean energy tools, the stories here focus on what’s working and who’s making it happen.
Australian mining company Fortescue is looking to reduce the carbon footprint of its operations by allowing a specially designed electric “Infinity Train” to roll down a hill to recharge its massive batteries.
MIT spin-off Quaise says it’s going to use hijacked fusion technology to drill the deepest holes in history, unlocking clean, supercritical geothermal energy that can re-power fossil-fueled power plants all over the world.
Stellantis’ forward plan advances carbon-neutral manufacturing and the “cradle-to-cradle” business model to Reduce tailpipe emissions. The plan calls for a 50% carbon emissions reduction by 2030, with a carbon net-zero target of 2038.
In a study of 20,000 pregnant women, baby death rates in ethnic groups were three times lower than normal when the tool was used.
The World Health Organization has estimated that more than 50 percent of vaccines go to waste every year, often due to the challenge in keeping vaccines at stable cold temperatures.
The University of Auckland team has spent more than a decade developing what they describe as a “bionic” pacemaker, a device designed to respond to the body’s signals in real-time.
Nuclear fusion just hit a stunning new benchmark: scientists at the JET facility in Oxfordshire sustained a reaction for five seconds, releasing 59 megajoules of heat — more than double what the same machine produced in 1997. Inside the doughnut-shaped reactor, plasma reached 150 million degrees Celsius, roughly ten times hotter than the sun’s core, fusing hydrogen isotopes the same way stars do. The five-second burst matters because it proves the fuel can be burned stably and repeatably — the foundation any future power plant will need. If researchers can keep building on this, fusion’s promise of abundant, carbon-free energy drawn from seawater could reshape what a just, livable energy future looks like for everyone.
The clinical research team at The Clatterbridge Cancer Centre has given patient Graham Booth an injection of a therapy tailor-made to his personal DNA and designed to help his own immune system ward off cancer permanently.
Unlike other carbon capture systems, which work in labs with pure carbon dioxide from pressurized tanks, this artificial leaf works in the real world and is more cost-effective.
The patient is currently still alive, has not rejected the pig organ and is being carefully monitored at the University of Maryland Medical Center.
