Imperial College

Scientists have developed a flying fish-inspired robot that can generate enough power to launch itself out of the water by using the water itself as a fuel source.

After studying vintage film of Antarctic radar data, Thwaites Glacier was found to be melting even faster than we thought.

Researchers at Imperial College London have found that a high-priority superbug resists drugs by closing its pores.

A study suggests the drugs used to initially treat breast cancer may be triggering some cancer cells to enter a dormant state.

The universe is believed to be expanding at an accelerating rate, thanks to a mysterious force dubbed dark energy. But how exactly does this force work?

The results from a Phase 1 trial into the safety of a landmark chlamydia vaccine have just been published demonstrating promising signs the treatment is safe, and potentially effective in preventing the most common bacterial sexually transmitted infection in the world.

A new slow-release hormone treatment is being touted as an alternative to gastric bypass surgery in obese patients suffering from type 2 diabetes. The novel therapy delivers three appetite-regulating hormones via a subcutaneous pump, resulting in weight loss and improved blood glucose levels.

Modern Mars is a desolate husk of a planet, as far as life is concerned. But it’s not completely uninhabitable, since microbes could be hiding in the cracks of rocks and dirt. And now a new study has found a possible food source for these organisms – space dust.

Although the best-before dates on our foods may stop us from eating spoiled items, they can also cause us to toss out food that's really still good. New phone-powered labels could help, by notifying users when the food is actually starting to go "off."

The world's first formal facility dedicated to the study of psychedelic​s has been launched at Imperial College London. The Centre for Psychedelics Research​ is not the only major psychedelic research group in the world, but is the first to be officially integrated into a large academic institution.

​Like so many other diseases, tuberculosis is becoming increasingly resistant to treatment by antibiotics. There may be hope, however, as scientists have developed a new vitamin-based treatment which could both halt the disease, and prevent antibiotic-resistance from developing further.

Scientists have come up with a molecule that can spur different cells into action throughout different stages of wound healing, enabling a new kind of dynamic technology that could be channeled into materials that respond to the task at hand.