Asteroids have long fascinated scientists for their insights into the primordial conditions of our solar system and the nuances of cosmic phenomena. One such asteroid, Bennu, is at the forefront of groundbreaking research that might redefine our understanding of physics and the universe. A recent study leveraging data from the OSIRIS-REx mission has illuminated possibilities
Space
In an exciting intersection of astronomy and environmental science, a significant event is on the horizon: a coronal mass ejection (CME) from the Sun is anticipated to hit Earth soon. US meteorologists are alerting the public that this massive eruption of plasma, accompanied by an intense magnetic field, could arrive as early as Thursday morning.
In the vast cosmos that we strive to understand, some astronomical phenomena challenge our imagination more than others. Among these is WASP-107b, a peculiar exoplanet situated approximately 200 light-years from Earth. Known for its unexpected attributes, this planet has recently unveiled a remarkable feature: an asymmetrical atmosphere. With a radius 96% that of Jupiter and
Ceres, designated as a dwarf planet, occupies a unique position within our Solar System. Situated in the asteroid belt between Mars and Jupiter, Ceres is both the largest object in that region and noteworthy for its peculiar characteristics. While it has been historically classified as an asteroid, its round shape and significant mass justify its
The idea of primordial black holes (PBHs) has intrigued astrophysicists and cosmologists for decades. These elusive entities are theorized to have formed just moments after the Big Bang, born from regions of high density within the universe’s early matter. Unlike their massive counterparts, PBHs are expected to be compact and small-scale, with sizes that vary
Recent findings suggest that the Moon may house a partially-molten layer residing between its rocky mantle and solid core, a proposition gaining traction due to advanced research conducted by NASA’s Goddard Space Flight Center and the University of Arizona. This revelation stems from a detailed analysis of the Moon’s gravitational properties and structural rigidity, exploring
Supermassive black holes stand as some of the most formidable phenomena in the universe, with masses weighing in at around a billion times that of the Sun. These colossal entities are not merely relics of cosmic history; they are dynamic centers of power and mystery found in the hearts of galaxies, often manifested as quasars—extremely
The Earth-Moon system is a fascinating anomaly in our Solar System. Unlike other planets, which either boast an array of moons or are entirely devoid of them, the singularity of our planet’s relationship with its Moon stands out remarkably. This intimacy prompts vital inquiries into the origins and evolution of both celestial bodies. For decades,
On October 3, 2024, the solar landscape drastically shifted as scientists observed one of the most powerful solar flares in recent history, an X9.0 classification. This monumental eruption is not only significant due to its strength but also marks a resurgence of solar activity as our Sun approaches the peak of its 11-year solar cycle.
As October dawns with its chilly embrace, our celestial neighbor, the Sun, has made headlines with an extraordinary display of energy and power. On October 1st, the Sun unleashed an X7.1 class solar flare—the second most powerful observed during the current solar cycle—accompanied by a significant coronal mass ejection (CME). This event, remarkable in both
The Voyager program, comprising two legendary spacecraft launched in 1977, signifies an enduring chapter in humanity’s quest for knowledge about our solar system and beyond. Voyager 1 and Voyager 2 have traversed the vastness of space for over four decades, transcending their initial missions and heading into interstellar space. However, as both crafts continue their
Nestled in the icy outskirts of our Solar System, 5.7 billion kilometers away from the warmth of the Sun, lies the enigmatic dwarf planet Pluto, accompanied by its moons—particularly, Charon, the standout satellite known for its unique relationship with the dwarf planet. With a physical size that makes it smaller than Australia, Pluto is a
The universe is a vast, enigmatic arena where ancient celestial bodies and forces continually shape the cosmos. Among the most intriguing hypothesized entities are primordial black holes (PBHs), which may provide vital clues about the universe’s composition, particularly concerning dark matter. A new study has reignited interest in these elusive objects by suggesting they might
In January 2023, the astronomical community welcomed a newly discovered comet, designated C/2023 A3 (Tsuchinshan-ATLAS). While the discovery of comets is not an infrequent occurrence, this one has sparked particularly high hopes among astronomers and stargazers alike. Some enthusiastic reports have suggested that C/2023 A3 might be the “comet of the century.” However, professional astronomers
In our fast-paced world, missing a train or bus can lead to a frustrating day filled with delays. However, on a cosmic scale, missing a ride back home to Earth represents a more monumental inconvenience. This highlights the unparalleled necessity for precise timekeeping as humanity extends its reach into outer space. NASA is proactively addressing