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Researchers found that boron-doped diamonds can form tunable superconducting regions that may help build future quantum-on-chip systems.

Cheese microbes may support gut health, with researchers finding probiotic bacteria and prebiotic compounds developing during the cheese ageing process.

Range anxiety, the creeping fear that your electric vehicle will run out of charge before you reach your destination, remains one of the biggest psychological barriers to EV adoption worldwide. Current electric vehicles can travel around 700 kilometres on a single charge, a number that engineers and battery scientists have been trying to push past for years.

The idea of a battery that can last for centuries sounds like science fiction. But researchers are increasingly exploring whether radioactive waste can be turned into ultra-long-life power sources for specialised devices.

Scientists have figured out the precise way to keep mangoes fresh for longer, and it comes down not to hacks on the internet but a number.

Any time you have looked at vacation pictures featuring Mexico, El Castillo is certainly not something you could have missed. It is a magnificent structure made of stone, resembling an almost perfect pyramid, standing out among other buildings in Chichen Itza, the Maya site in Mexico.

Hidden deep beneath one of the world's most famous island chains, scientists have uncovered a tiny marine mystery unlike anything they had seen before.

Researchers at Stanford Medicine have reported a breakthrough in Type 1 diabetes research after successfully curing the disease in mice using a new method designed to "reset" the immune system. The experimental treatment combined stem-cell transplants, insulin-producing pancreatic cell transplants and a much gentler preparation process involving low-dose radiation and immune-targeting drugs.

Brazil is developing lab-grown donkey collagen to counter a global decline in donkey populations driven by rising demand for China's traditional anti-ageing medicine, ejiao. Through the effort, scientists are aiming to deliver a scalable alternative by 2027 that could reduce slaughter and stabilise the species.

Scientists in Shanghai have used human stem cells to grow what researchers describe as the world's first laboratory-made sinoatrial node, according to a report by the South China Morning Post. The sinoatrial node is a tiny structure that acts as the heart's natural pacemaker.