Researchers may now be closer to understanding the secret interactions that occur between neutrinos when stars explode, according to new research into the behavior of the mysterious subatomic particles.
A previously theoretical type of stellar object known as a Dark Star because it is fueled by dark matter instead of nuclear fusion may have just been spotted by the James Webb Space Telescope.
NASA just released a stunning new video visualization using data from the Hubble and James Webb Space Telescopes that magically transports the viewer 13.4 billion years back in time.
Here are five ways detection of the gravitational wave background (GWB) by the North American Nanohertz Observatory for Gravitational Waves (NANOGrav) revolutionizes our understanding of the universe.
A team of Canadian researchers says that the lack of clumpiness in the structure of the universe could help to shed new light on the composition of dark matter.
In this week's Intelligence Brief newsletter, we examine the controversies surrounding yesterday's Senate UAP hearing, and several key takeaways that many critics of AARO overlooked.
A stunningly detailed cosmological map that covers about of quarter of the entire sky shows the effects of dark matter on the cosmic microwave background radiation, lending strong support for Albert Einstein's theory of gravity.
A new study may have revealed clues to understanding a long held cosmological puzzle, involving a discrepancy in the cosmic expansion rate of the universe.
The “Dark Ages of the Universe” will be the focus of a new experiment conducted jointly by NASA and the U.S. Department of Energy (DOE), involving the placement of a new science observatory on the far side of the Moon.
A new discovery that could potentially hasten our knowledge about physics in some of the universe’s most extreme areas has been revealed from data collected by astronomers over the last several decades.
Researchers have postulated that readings from the Hubble Space Telescope may help to explain the nature of the ever-elusive dark matter, which may actually be made up of something called dark photons.
Saturn's moon Titan has an atmosphere rich in organic compounds, which has led to speculations that chemical precursors of life may have been generated there.
Future interstellar travel could reveal that the "State of the Universe" is far more significant than our present concerns over worldly political matters at home.
The suite of instruments assembled by the Galileo Project will seek the evidence needed to properly swipe the extraterrestrial interpretation of UAP to the left or to the right.
Avi Loeb shares his insights on the first Galileo Project conference and the scientific search for the relics left behind by extraterrestrial intelligence.
Stars could not have existed during early phases of the universe because the extreme heat would have dispersed them. Hence, the question: When did the first stars form?
Interstellar travel would require major investments. Instead, first we should examine the objects that arrive in our solar system from interstellar space.
Decades after a Quantum-Gravity theory will be discovered, there might be job advertisements for engineers who use it to build vehicles that would carry humans to the stars faster than imagined before.
Gravity remains one of the great mysteries of modern physics, and this Toronto-based researcher thinks a new theoretical model may finally help to resolve it.
While humans have gleaned a tremendous amount of knowledge about the universe, there are several astronomical puzzles about our lives that remain mysterious.
An encounter with an ET culture would be a humbling experience, since we will have to admit that our modern science was developed only over the past century out of the 4.5-billion-years-long history of Earth.
Astronomers have learned surprising things from the oldest and most distant galaxies in our universe, a search that has also led to a few controversies.