James Webb Space Telescope Confirms Controversial ‘Hubble Tension’ in Most Extensive Study of Universal Expansion
A Nobel Prize winning scientist using the James Webb Space Telescope has confirmed the controversial Hubble Tension.
Hubble tension
Department of Energy Study Directly Refutes Alternate Theories of Gravity, Affirms Einstein
DOE study scanning over 6 million galaxies and quasars offers support for general relativity while refuting alternate theories of gravity.
James Webb Space Telescope Discovers Evidence That Could Finally Resolve Cosmology’s Most Contentious Debate
New data from the James Webb Space Telescope have renewed debate over the Hubble Tension, one of the most controversial issues in astrophysics.
New Cosmic Expansion Data Could Mean “We Have Misunderstood the Universe”, Nobel Prize Physicist Says
A Nobel Prize winning physicist studying cosmic expansion says that new astronomical data may mean we have misunderstood the universe.
‘They Are Rare, and Very Hard to Find.’ NASA’s Roman Telescope Could Solve a Cosmic Mystery by Viewing These Weird Celestial Objects
NASA’s Roman Telescope may soon help unravel one of the greatest mysteries about our universe, with help from a strange cosmic phenomenon.
Einstein’s Theory of Gravity in Question? What a New Map Detailing One of the Great “Mysteries of the Cosmos” Helps Reveal
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.
The Hubble Tension: New Study Sheds Light on Puzzling Discrepancy in the Cosmic Expansion Rate
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.
New Measurements of Gravity Suggest Theory Proposed by Albert Einstein Could Be Wrong
A new study that used measurements of cosmic phenomena suggests the theory of gravity proposed by Albert Einstein may actually be wrong.