Section
Discoveries, research and the ideas reshaping how we see things.
Japan's veteran spacecraft just screamed past a snowman-shaped space rock at 5.3 kilometres per second. It is an incredible flex that will rewrite what we know about the early solar system.
The observatory's latest images of a galaxy collision confirm its status as our premier cosmic lens. But aging components and a pipeline of next-generation instruments mean its reign is not indefinite.
Scientists have rebuilt a functional protein from the dawn of life on Earth. The breakthrough offers both a window into our origins and a structural blueprint for modern biotechnology.
A newly published observation has doubled the known population of primordial quasars, providing researchers with a substantial new dataset on supermassive black holes forming in the universe's infancy.
The Japanese space probe captured images of the 450-meter-wide asteroid from 100 million kilometers away, demonstrating precise guidance capabilities required for future planetary defense missions.
Researchers in Israel have just unveiled a system that reads unknown molecular sequences and converts their functions into plain text. Biology's oldest communication barrier is falling.
Newly released visibility charts confirm that the impending near-Earth graze of the Apophis asteroid won't just be a scientific goldmine. It is going to be the most spectacular shared human experience of the decade.
New studies suggest the century-old inoculation can remodel the central nervous system's immune environment, expanding its potential applications beyond respiratory disease prevention.
New research published in the Journal of Geophysical Research: Atmospheres indicates the planetary biosphere will survive significantly longer than previously thought, estimating an endpoint up to 1.86 billion years from now.
Researchers have confirmed the formation of a highly magnetized neutron star by analyzing the aftermath of a stellar collapse, offering an unprecedented look at extreme cosmic mechanics.
The Japanese space agency is building dialogue-based artificial intelligence to streamline data retrieval and reduce the cognitive load on ground control operators.
The agency is recruiting participants to live in isolated habitats, expanding its investment in terrestrial analogues to prepare for deep-space missions.
Simon Baron-Cohen, the pioneer of a prominent framework for understanding autism, has publicly stated the terminology is unhelpful, signaling a necessary broadening of research models.
The European Space Agency’s aging spacecraft captured dozens of active vortices in a Martian valley, reinforcing the scientific necessity of long-running missions.
JAXA’s spacecraft just intercepted a target in deep space at 18,000 kilometers per hour. The data it collected is foundational for future asteroid deflection.
The confirmed arrival of the pathogen presents a severe and immediate ecological risk to one of the world's most critical avian sanctuaries.
A newly published preclinical study outlines a therapeutic approach that eliminates detectable tumors in models by attacking both cancer cells and their supporting environment.
A laboratory simulation using light and the release of the GWTC-5 gravitational wave catalogue have rapidly expanded the physical data available on black hole mechanics and dark matter.
New research published July 3 demonstrates event horizon dynamics with unprecedented accuracy, offering observable evidence of Hawking radiation.
The fatal bat exposure in North America coincides with a broader resurgence of the disease, driven by disruptions to wildlife vaccination efforts.
The seasonal spread of the oak processionary moth across multiple regions highlights ongoing ecological imbalances linked to broader climate shifts.
The initiative aims to retain early-career researchers and accelerate indigenous innovation as part of a long-term strategy for global scientific leadership.
There are no new scientific breakthroughs hiding in the southern lights. We are just standing in the freezing dark to watch the universe show off.
The newly announced CircPATH platform utilizes circular RNA biomarkers to identify the risk of symptomatic Alzheimer's disease years before onset, outperforming existing diagnostic standards.