James Webb Space Telescope discovers a lemon-shaped exoplanet unlike anything seen before: 'What the heck is this?'

The James Webb Space Telescope (JWST) has identified mysterious 'little red dots' in the early universe, which researchers suggest may be a new type of black hole surrounded by glowing gas. This discovery challenges existing understandings of cosmic structures and their formation.

A recent study suggests that a massive supernova explosion may have led to the formation of a binary black hole, providing new insights into the evolutionary history of massive stars. This finding highlights the complex processes involved in stellar evolution and the eventual creation of black holes.

NASA's X-ray instrument has discovered that black holes behave like 'cosmic seesaws,' influencing the dynamics of their accretion flows in a manner described as an energetic tug-of-war. This finding sheds light on the complex interactions occurring within black holes and their surroundings.

Recent findings suggest that ancient lakes on Mars developed ice shields to maintain warmth, potentially explaining how liquid water persisted on the planet despite a colder climate. This discovery sheds light on Mars' hydrological history and its capacity to support water in various forms.

A recent satellite image captured snowy peaks in Greenland, highlighting the region's significant influence on local climate patterns. This observation underscores the ongoing changes in the Arctic environment as climate dynamics evolve.

The James Webb Space Telescope has provided insights into the demise of Pablo's Galaxy, revealing that its destruction was a gradual process of slow starvation rather than a sudden event. This finding highlights the complex interactions between black holes and their host galaxies.

Research indicates that viruses may exhibit enhanced capabilities in the microgravity environment of the International Space Station (ISS), suggesting that microgravity influences viral evolution in ways that remain largely unexplored.

Recent research indicates that spaceflight causes astronauts' brains to shift within their skulls, potentially altering their cognitive functions and overall mental state during missions. This phenomenon highlights the profound effects of microgravity on human physiology.