NASA’s Kepler missions have concluded, but astronomers persist in refining their data, leading to remarkable discoveries in exoplanets. Among these findings is identifying the hottest seven-planet system, facilitated by meticulous data analysis. A Fiery Star at the Center: Kepler-385 At the heart of this extraordinary system is Kepler-385, a star surpassing our Sun in size […]
Kepler Discovers a New System of 7 Planets Read More »
Two groups of economists have conducted economic evaluations of asteroid mining. One of these groups comprises individuals from the University of Tor Rome Vergata, the University of Maryland, and Middlebury College. They have considered asteroid mining as a natural progression in the financialization of space exploration. The second team, consisting of three members from the
Two Teams are Assessing Asteroid Mining’s Economic Viability Read More »
Psyche asteroid’s staggering worth. The asteroid’s extraordinary “value” might indicate potential contributions to the emerging space mining sector. You’ve likely heard about the estimated value of the asteroid 16 Psyche, the focus of NASA’s upcoming Psyche mission, which stands at $100,000 quadrillion. But determining the actual monetary worth of an asteroid is quite a complex
Psyche asteroid’s staggering worth Read More »
A recent breakthrough in asteroid research by the Japanese Hayabusa spacecraft has profound implications for our understanding of liquid water’s potential presence within the solar system’s largest asteroid population. This discovery hinges on detecting minuscule salt particles in an asteroid sample, commonly known as sodium chloride or table salt. Although salt crystals may not typically
Asteroid Discovery Suggests Widespread Liquid Water Read More »
The prime locations within our solar system for seeking extraterrestrial life aren’t planets such as Mars; rather, they are icy moons like Europa. The evidence supporting the existence of life on this watery celestial body has recently been bolstered by the detection of a new source of carbon thanks to the James Webb Space Telescope.
James Webb’s Carbon Discovery on Europa Bolsters the Case for Potential Life Read More »
A research team led by Assistant Professor Wu Chengyuan from Yunnan Observatories of the Chinese Academy of Sciences has delved into the evolution of post-merger remnants resulting from the coalescence of double oxygen-neon white dwarfs. Their findings shed light on how specific factors influence the final fate of such remnants. Impacts of Convective Boundary Mixing
Investigating the Evolution of Post-Merger Remnant Read More »
Researchers have unearthed a straightforward and dependable method for detecting indications of past or present life on planets, a breakthrough often referred to as the ultimate goal of astrobiology. In the Proceedings of the National Academy of Sciences, a team of seven researchers has reported a groundbreaking development. Their artificial intelligence-based approach has shown a
Did life Exist on Mars or other Planets? AI could Reveal Soon Read More »
While we are aware of the existence of lunar ice, its origin remains somewhat uncertain. A recent investigation proposes that streams of electrons, which indirectly originate from both Earth and the Sun, are playing a role in the creation of frozen water on the Moon’s surface. These electrons impact the Moon when it traverses through
An Enigmatic Unseen Influence Is Producing Water on the Moon. Read More »
The James Webb Space Telescope from NASA has initiated its examination of the famous supernova, SN 1987A, situated 168,000 light-years distant in the Large Magellanic Cloud. This supernova has been under extensive scrutiny for nearly four decades, spanning from gamma rays to radio waves, since its detection in February 1987. Fresh observations using Webb’s NIRCam
Webb Unveils Previously Unseen Formations within the Renowned Supernova Read More »
By employing NASA’s Transiting Exoplanet Survey Satellite (TESS), a group of astronomers from around the world has detected a fresh, substantial, and compact exoplanet. This recently discovered extraterrestrial planet, named TOI-332 b, ranks among the most densely-packed Neptune-sized planets ever observed. The discovery is detailed in a paper released on August 23 and available on
NASA’s TESS Mission has Detected a Small Exoplanet Resembling Neptune in Size Read More »