Key Points: When people think about climate change, they usually picture rising temperatures and dry deserts. However, scientists have missed a massive piece of the
Key Points: Scientists in Austria just solved a major puzzle about how giant molecules move. Researchers at the University of Vienna discovered that densely packed
Key Points: Scientists have figured out how to grow complete, working hair follicles outside the body. This discovery could completely change how doctors treat hair
Key Points: Scientists have solved a biological mystery that could change how we treat diabetes. For years, researchers knew that people living at high altitudes—where
Key Points: A new study has delivered good news for fishers frustrated by sharks stealing their catch. Researchers have proven that an electrical shark deterrent
Key Points: A new study reveals how we can use tiny defects inside materials to harvest energy more efficiently. An international team of scientists led
Key Points: Heat is the biggest enemy of modern electronics. From the chips in your smartphone to the massive servers running artificial intelligence, everything slows
Key Points: Biologists study cancer and other diseases by looking closely at cells. Since cells contain many complex layers, scientists use different tests to measure
Key Points: An international team of scientists has broken a major record in the field of sound technology. They successfully built an “acoustic frequency comb”
Key Points: A new scientific study has confirmed that human-driven climate change played a massive role in Spain’s deadliest natural disaster in a generation. The
Key Points: For years, scientists have tried to solve a confusing puzzle in the world of solar energy. The industry standard, silicon solar cells, requires
Key Points: A research team in China has developed a new way to detect tiny amounts of gas with much greater accuracy. Scientists from the
Key Points: Researchers at Osaka University in Japan have found a way to create incredibly small holes, some just a few angstroms wide. This breakthrough,
Key Points: Scientists at the Department of Energy’s Brookhaven National Laboratory have uncovered new evidence about how “nothingness” transforms into the matter that makes up
Key Points: Researchers from the Xinjiang Institute of Ecology and Geography in China have proposed a new way to design windbreaks to help farmers in
Key Points: Tiny particles called polymer micelles are changing how doctors treat diseases. These microscopic spheres act like cargo ships, trapping drugs that are hard
Key Points: French scientists have made a remarkable discovery about how our cells respond to challenging events. A new study, published in Nature Genetics on
Key Points Scientists have made a major discovery about how our cells copy their DNA, a finding that could change our understanding of cancer and
Key Points: Researchers at the University of Oulu have created a new way to separate and purify tiny particles. This breakthrough solves a long-standing problem
Key Points: Bile acids play a huge role in how we digest food and metabolize energy. For years, scientists struggled to understand exactly how these
Key Points: Farmers rely heavily on nitrogen fertilizer to keep the world fed, but this chemical dependence often harms the environment. Now, scientists at the
Key Points Imagine walking into a hospital where the door handles, rails, and light switches clean themselves. Scientists at the Institute of Nuclear Physics in
Key Points Can a tiny lump of metal be in two places at the same time? According to a team of physicists at the University
Key Points Scientists in China have discovered a previously unknown “acidic nanolayer” that surrounds the recycling centers of our cells, a finding that could open
Key Points An international team of scientists has developed a new technique that allows them to see the tiny, molecular-level malfunctions that can lead to
Key Points Getting a clear picture of the tiny machinery inside a human cell is incredibly difficult. One of the best methods, called cryogenic electron
Key Points Scientists have long been fascinated by how groups of cells can work together to build complex tissues like lungs and livers. It’s a
Key Points Scientists in Japan have discovered a clever trick that bacteria use to navigate through spaces that are barely larger than themselves. By wrapping
Key Points Why do snowflakes form in such a dazzling variety of intricate shapes? For over a century, scientists have been stumped by this question.
Key Points In a breakthrough, a team of Chinese scientists has captured the first direct evidence of a long-theorized “ghost effect” in atomic physics. The
Key Points Scientists have developed a powerful new diagnostic test that can quickly and accurately detect a dangerous, drug-resistant fungus called Candida auris. The new
Key Points Researchers at Duke University have developed a novel way to run powerful artificial intelligence on small, battery-powered devices like drones and sensors. The
Key Points Modern agriculture is a marvel of productivity, but it’s also a major source of environmental damage, from climate change to soil degradation. A
Key points For the first time, scientists have obtained a clear view of a critical “brake pedal” inside our cells that signals when to stop
Key Points Every atom has a unique “fingerprint” of energy levels, and some are more interesting than others. One particular atom, 173Yb+, has a highly
Key Points Wheat is one of the world’s most important crops, but it’s under constant attack from a fungus called powdery mildew. While farmers can
