of remaining milestones and brings the observatory physically closer to the launchpad. Unveiling the Dark Universe: Dark Energy and Dark Matter One of the primary scientific goals of the Roman telescope is to probe the mysterious forces that drive the...

Athletes often look beyond training plans when they want to support energy, recovery and general wellbeing. Alongside balanced nutrition, hydration, sleep and appropriate training, some active people also consider traditional natural products. Shilajit...

High-resolution observations have uncovered tiny, swirling vortices dancing across the Sun’s surface, offering new insights into solar atmospheric dynamics. New high-resolution observations of the Sun have unveiled a hidden layer of activity defined by...

New Dark Energy Camera image captures Earth’s nearest stellar nursery, with newborn stars lighting swirling clouds and a distant globular cluster. Stellar nurseries are regions where interstellar gas and dust collapse under gravity to ignite new stars....

Study shows laser‑based power transmission could reliably power future lunar bases, even through the Moon’s long night. Sustaining human outposts on the Moon will hinge on a dependable power source as much as on launch vehicles and habitats. Research...

Researchers discovered that a Chernobyl fungus not only tolerates radiation but also exhibits unusual growth patterns, hinting at novel adaptations. Cladosporium sphaerospermum, a melanin‑rich black fungus isolated from the Chernobyl exclusion zone,...

Scientists have discovered that the Asian fern Blechnum orientale can grow rare earth crystals inside its tissues, a breakthrough that could lead to cleaner and more sustainable ways to harvest the metals used in modern technology. Every once in a...

Space Telescope has officially launched to map the cosmos, hunt for distant exoplanets, and uncover the mysteries of dark energy. A powerful new eye on the cosmos has successfully begun its journey into the deep reaches of space. The Nancy Grace Roman...

CHIME detected ancient hydrogen using only its own radio data, a key step toward mapping cosmic expansion and testing dark energy. (CREDIT: CHIME collaboration) Mapping the cosmos through hydrogen intensity Traditional deep-space surveys typically rely...

Hubble, the mission aims to tackle some of the most profound mysteries in astrophysics, including the elusive nature of dark energy, the distribution of dark matter, and the discovery of thousands of distant exoplanets. Nancy Grace Roman stands in front...

telescope is engineered to solve some of the most stubborn mysteries in modern astrophysics, including the nature of dark energy and the distribution of dark matter. While it features a 2.4-meter primary mirror comparable to the Hubble Space Telescope,...

Physicists are puzzled after a deep-underground detector recorded an unusual particle interaction nearly a mile beneath the Earth’s surface. Physicists operating the LUX-ZEPLIN (LZ) detector, buried deep beneath the surface in South Dakota, have...

New calculations suggest that primordial black holes existing in a five-dimensional universe could provide a key explanation for dark matter and neutrinos. A fresh theoretical framework suggests that the early universe may have birthed five-dimensional...

A 22.5 km Texas tunnel uncovers the remnants of an ambitious physics experiment whose failure still shapes modern research. A network of tunnels stretching more than 22 kilometers lies buried beneath the fields surrounding Waxahachie, Texas. These...

Scientists explore a sealed Romanian cave untouched for millions of years, revealing a uniquely pristine underground environment. Deep beneath the Carpathians, a sealed cavern that has remained untouched for more than five million years is home to a...

surveys. After two decades of meticulous development, the project aims to unlock secrets surrounding dark matter, dark energy, and the distribution of planetary systems across the galaxy. Broad-Spectrum Insights Into Cosmic Architecture The mission...

density compositions Ωi(z) for the photons, baryons, CDM, neutrinos (including both massive and massless species) and dark energy components, respectively. The lower panel shows the equation of state for the dark energy component wDE(z) for different...

medium (CGM), the vast reservoir of gas that envelops every major galaxy. By analyzing stacked data from the Dark Energy Spectroscopic Instrument (DESI) and the LOFAR Two-meter Sky Survey, researchers have identified a striking pattern: cool ionized gas...

High-resolution images show swirling magnetic structures covering much of the Sun’s surface, suggesting pervasive solar magnetism. A team of solar researchers has identified a previously unseen layer of activity on the Sun, documenting extensive...

episodes of mass loss shortly before its core gave way. An image of a galaxy 500 million light‑years away captured by the Dark Energy Camera (DECam), mounted on the NSF Víctor M. Blanco 4‑meter Telescope in Chile taken on March 9, 2026 (left); and an...