Scientists propose that mysterious dark energy could be understood if we look at the Universe through the lens of string theory.
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Space
The secrets of a “rejuvenated” star revealed through its chemical fingerprint
Discover how the rare star HD 65907, a field blue straggler, formed from the merger of two stars.
How gamma rays developed the chemical complexity of the cosmos
Researchers have built a better picture of how complex molecules developed in the early Universe before becoming essential for life.
Scientists take a closer look at rare particles called hypernuclei
Scientists use cutting-edge techniques to study rare atomic systems called hypernuclei shedding light on subatomic forces and neutron stars.
Hollow planets could help find primordial black holes
Small primordial black holes could have consumed the interiors of planets or asteroids, leaving their outer shells intact.
Metasurfaces could shrink spectrometers, transforming how we observe the Universe
Metasurfaces to detect terahertz radiation are making spectrometers smaller, lighter, and more efficient for space travel.
Black hole images deliver a deathblow to alternative theory of gravity
Images of the supermassive black holes wouldn’t have been possible if mimetic gravity was the right recipe for gravity.
Samples recovered from Ryugu asteroid reveal how our solar system formed
An ancient magnetic field drew matter inward and helped form our solar system’s planets, moons, and asteroids.
Fast radio bursts lead scientists to the origins of magnetars
Links to observational data may have revealed the nature of magnetars and the origins of their extreme magnetic fields.
Swirling clouds of axions around neutron stars could help scientists detect dark matter
Dark matter may be gathering in dense clouds around neutron stars, potentially making it easier to observe it from Earth.