In a medical first, researchers have cured a woman’s type 1 diabetes by reprogramming her fat cells to become “islet” cells, which make insulin.
Tag: Science
AN EASIER, FASTER WAY TO DESALINATE AND PURIFY WATER
Coastal cities running short of potable water, and entire dry nations including Saudi Arabia, are investing in giant, oil-guzzling machines to desalinate and clean seawater to make it drinkable.
BYD BRINGS FIVE-MINUTE EV CHARGING TO EUROPE
BYD, China’s largest EV maker, is introducing a new model in Europe with a battery pack that can charge to 70 percent in five minutes and fully charge in 12 minutes.
NEWLY FOUND PROTEIN REJUVENATES BRAIN STEM CELLS
Stem cells replenish organs with vigorous young cells when old one age out. However, stem cells’ ability to do so tends to weaken as we age.
A LEAP FORWARD FOR CALCIUM-ION BATTERIES
Calcium as the key ingredient in batteries has shown promise as a replacement for lithium, which is not only expensive but has become environmentally controversial as more mines are proposed for sensitive areas.
HUMAN-MADE BACTERIA EATS CANCER TUMORS FROM THE INSIDE OUT
For years, scientists have been engineering bacteria to carry out specific tasks from producing pharmaceutical drugs to digesting toxic waste into benign materials.
“INVERSE DESIGN” AND 4D PRINTING COMBINE TO PRODUCE NEW MATERIALS
A new combination of machine learning and 4D printing is enabling scientists to tell a computer program what mechanical or physical characteristics they want in a material and then sit back and have the program design it.
COCOA PROCESSING WASTE BECOMES CHOCOLATE HONEY
Chocolate is made from seeds extracted from pods that grow on cacao trees. Once the seeds are harvested, the pods and much of the rest of nature’s packaging are trashed.
TURNING METHANE INTO MEDICINE: JUST ADD IRON
Natural gas – methane with a dash of propane and ethane – has the potential to be turned into a range of products more valuable than fuel.
SCIENTIST TURNS HIS NOBEL-WINNING DISCOVERY INTO A WATER HARVESTER
Omar Yaghi shared chemistry’s 2025 Nobel Prize for helping to invent reticular chemistry, which links molecular-scale building blocks through strong chemical bonds to create materials called metal-organic frameworks (MOFs).









