World's largest digital camera created in the Bay Area installed in Chile: Here's a lookThe LSST camera aims to transform our understanding of the universe by creating a detailed time-lapse record of the sky over a decade.
It's human conceit to think we're alone': life must extend beyond earth, leading space scientist saysLife likely exists beyond Earth, as believing otherwise showcases human arrogance, according to Dame Maggie Aderin-Pocock.
Euclid space telescope captures 'extremely rare' double gravitational lensesEuclid's first data batch could transform our comprehension of dark matter and universe expansion.26 million galaxies spotted, some 10.5 billion light years away, providing ancient cosmic insights.
Euclid releases first data on mission to map universe DW 03/19/2025The Euclid telescope will map one-third of the sky, aiming to deepen our understanding of dark energy and dark matter.
World's largest digital camera created in the Bay Area installed in Chile: Here's a lookThe LSST camera aims to transform our understanding of the universe by creating a detailed time-lapse record of the sky over a decade.
It's human conceit to think we're alone': life must extend beyond earth, leading space scientist saysLife likely exists beyond Earth, as believing otherwise showcases human arrogance, according to Dame Maggie Aderin-Pocock.
Euclid space telescope captures 'extremely rare' double gravitational lensesEuclid's first data batch could transform our comprehension of dark matter and universe expansion.26 million galaxies spotted, some 10.5 billion light years away, providing ancient cosmic insights.
Euclid releases first data on mission to map universe DW 03/19/2025The Euclid telescope will map one-third of the sky, aiming to deepen our understanding of dark energy and dark matter.
Scientists Intrigued by Galactic Structure That's 1.4 Billion Light-Years WideDiscovery of 'Quipu', the largest known galactic structure, spans 1.4 billion light-years, challenging prior understandings of cosmic structures.
Scientists hail avalanche of discoveries' from Euclid space telescopeThe Euclid mission has provided unprecedented insights into dark matter and dark energy through the first data release capturing 26 million galaxies.
Mind-blowing simulation of the universe is releasedThe largest computer simulation of the universe will aid in understanding dark matter and cosmic evolution.
Can Axions Save the Universe?Axions may be crucial to understanding dark matter and the universe's structure, yet remain elusive despite ongoing experimental and astronomical pursuits.
Our Universe has more galaxies than Carl Sagan ever imaginedThe Universe may contain between 6 trillion to 20 trillion galaxies, vastly exceeding previous estimates.
Euclid space telescope captures tens of thousands of glittering galaxiesThe Euclid space telescope aims to uncover mysteries of dark matter and dark energy through extremely sensitive observations in space.
Scientists Intrigued by Galactic Structure That's 1.4 Billion Light-Years WideDiscovery of 'Quipu', the largest known galactic structure, spans 1.4 billion light-years, challenging prior understandings of cosmic structures.
Scientists hail avalanche of discoveries' from Euclid space telescopeThe Euclid mission has provided unprecedented insights into dark matter and dark energy through the first data release capturing 26 million galaxies.
Mind-blowing simulation of the universe is releasedThe largest computer simulation of the universe will aid in understanding dark matter and cosmic evolution.
Can Axions Save the Universe?Axions may be crucial to understanding dark matter and the universe's structure, yet remain elusive despite ongoing experimental and astronomical pursuits.
Our Universe has more galaxies than Carl Sagan ever imaginedThe Universe may contain between 6 trillion to 20 trillion galaxies, vastly exceeding previous estimates.
Euclid space telescope captures tens of thousands of glittering galaxiesThe Euclid space telescope aims to uncover mysteries of dark matter and dark energy through extremely sensitive observations in space.
Contributors to Scientific American's April 2025 IssuePhotography captures fleeting moments, allowing stories to develop through subtraction and ambiguity.Tristan Spinski's art focuses on overlooked natural elements, revealing deeper narratives within common sights.
Something Deeply Weird Is Happening at the Core of Our GalaxyNew research suggests that dark matter could be lighter than previously thought, potentially explaining phenomena in the Milky Way's Central Molecular Zone.
Disputed dark-matter claim to be tested by new lab in South KoreaThe COSINE-100 experiment at Yemilab in South Korea aims to debunk DAMA/LIBRA’s controversial dark matter claim.
Dark Matter Might Lurk in Its Own Shadow WorldDark matter may consist of a hidden spectrum of particles, rather than a single particle, affecting the universe's evolution differently than we currently understand.
25 year update on the "Millennium problems" in physicsThe Millennium Problems were created to stimulate further research in fundamental physics, yet many remain unresolved a quarter-century later.
Enhanced Vector Dark Matter Detection in Accelerometer Studies Through a Three-Peak Analysis | HackerNoonA new holistic approach captures dark matter signals more effectively by accounting for stochasticity.Using a three-peak strategy improves analysis by providing a comprehensive signal view.
Dark Matter is Ghosting UsDark matter remains elusive, with detectors failing to identify WIMPs after decades of searching.
Something Deeply Weird Is Happening at the Core of Our GalaxyNew research suggests that dark matter could be lighter than previously thought, potentially explaining phenomena in the Milky Way's Central Molecular Zone.
Disputed dark-matter claim to be tested by new lab in South KoreaThe COSINE-100 experiment at Yemilab in South Korea aims to debunk DAMA/LIBRA’s controversial dark matter claim.
Dark Matter Might Lurk in Its Own Shadow WorldDark matter may consist of a hidden spectrum of particles, rather than a single particle, affecting the universe's evolution differently than we currently understand.
25 year update on the "Millennium problems" in physicsThe Millennium Problems were created to stimulate further research in fundamental physics, yet many remain unresolved a quarter-century later.
Enhanced Vector Dark Matter Detection in Accelerometer Studies Through a Three-Peak Analysis | HackerNoonA new holistic approach captures dark matter signals more effectively by accounting for stochasticity.Using a three-peak strategy improves analysis by providing a comprehensive signal view.
Dark Matter is Ghosting UsDark matter remains elusive, with detectors failing to identify WIMPs after decades of searching.
How JWST puts the squeeze on light dark matter, for freeDark matter exists but remains undetectable, prompting researchers to explore specific candidate properties to identify its nature.
Could Einstein's Abandoned Theory of Teleparallelism Rescue Modern Cosmology?Dark matter and energy's mysteries may be addressed by revisiting Einstein's teleparallel gravity theory instead of introducing new concepts.
Does dark matter interact non-gravitationally at all?Dark matter and dark energy are essential components to explain discrepancies between observations and traditional cosmic models.
Could dark matter be the same thing as dark energy?Theories and observations must align to deepen our understanding of the Universe, especially concerning dark matter and dark energy.
Einstein wins again: Exotic gravity theories take a blow from new observationsAstronomers are challenged by observations that suggest the universe operates under principles not fully explained by current physics.
Astronomers Are Using Ancient Light to Map the Dark Ages' of the UniverseScience has achieved profound precision in understanding the cosmos, revealing insights into spacetime, black holes, and the expansion of the universe.
How JWST puts the squeeze on light dark matter, for freeDark matter exists but remains undetectable, prompting researchers to explore specific candidate properties to identify its nature.
Could Einstein's Abandoned Theory of Teleparallelism Rescue Modern Cosmology?Dark matter and energy's mysteries may be addressed by revisiting Einstein's teleparallel gravity theory instead of introducing new concepts.
Does dark matter interact non-gravitationally at all?Dark matter and dark energy are essential components to explain discrepancies between observations and traditional cosmic models.
Could dark matter be the same thing as dark energy?Theories and observations must align to deepen our understanding of the Universe, especially concerning dark matter and dark energy.
Einstein wins again: Exotic gravity theories take a blow from new observationsAstronomers are challenged by observations that suggest the universe operates under principles not fully explained by current physics.
Astronomers Are Using Ancient Light to Map the Dark Ages' of the UniverseScience has achieved profound precision in understanding the cosmos, revealing insights into spacetime, black holes, and the expansion of the universe.
Appendices on Our Dark Matter Study | HackerNoonDark matter exploration encompasses various candidates, detection methods, and theoretical extensions such as ALP and U(1)X models.
Dark Matter Through ALP Portal: An Introduction | HackerNoonNeutrino oscillation discoveries necessitate physics beyond the Standard Model, highlighting scenarios involving right-handed neutrinos as dark matter candidates.
Dark Matter Research: Everything That We Analyzed | HackerNoonThe study explores a minimal extension of the Standard Model to explain dark matter and neutrino oscillations using ALP-mediated right-handed neutrinos.
Studying a Two-Component Dark Matter Model: An Introduction | HackerNoonThe study explores a unified model for dark matter and neutrino mass within a U(1)X extension of the standard model.
Theoretical and Experimental Constraints: Discussing Different Constraints on the Model Parameters | HackerNoonThe study analyzes various dark matter models, focusing on the constraints of the U(1)X extension of the Standard Model.
Appendices on Our Dark Matter Study | HackerNoonDark matter exploration encompasses various candidates, detection methods, and theoretical extensions such as ALP and U(1)X models.
Dark Matter Through ALP Portal: An Introduction | HackerNoonNeutrino oscillation discoveries necessitate physics beyond the Standard Model, highlighting scenarios involving right-handed neutrinos as dark matter candidates.
Dark Matter Research: Everything That We Analyzed | HackerNoonThe study explores a minimal extension of the Standard Model to explain dark matter and neutrino oscillations using ALP-mediated right-handed neutrinos.
Studying a Two-Component Dark Matter Model: An Introduction | HackerNoonThe study explores a unified model for dark matter and neutrino mass within a U(1)X extension of the standard model.
Theoretical and Experimental Constraints: Discussing Different Constraints on the Model Parameters | HackerNoonThe study analyzes various dark matter models, focusing on the constraints of the U(1)X extension of the Standard Model.
Why build a muon collider: a three minute guideNew muon experiments may provide insights into dark matter and fundamental particles, without the immense costs associated with facilities like the Large Hadron Collider.
Physicists Searching For Elusive Dark Matter Say They Know Where to Look NextThe search for dark matter is ongoing despite initial setbacks, helping to narrow down potential locations of weakly interacting massive particles.
Dark Matter Study: Examining Several Models of WIMP | HackerNoonThe thesis explores various WIMP dark matter models and their phenomenological implications.It focuses on integrating ALP portals and two-component models to analyze dark matter candidates.
First sighting of 'neutrino fog' sparks excitement - but is it bad news for dark matter?Ultra-sensitive detectors have observed neutrinos from the Sun, which may obscure dark-matter detection while also confirming sensitivity of current experiments.
Using Three-Peak Analysis for Projected Exclusion Limits in Vector Dark Matter Detection | HackerNoonA hybrid frequentist-Bayesian approach enhances the detection of dark matter signals and sets robust exclusion limits for future experiments.
Why build a muon collider: a three minute guideNew muon experiments may provide insights into dark matter and fundamental particles, without the immense costs associated with facilities like the Large Hadron Collider.
Physicists Searching For Elusive Dark Matter Say They Know Where to Look NextThe search for dark matter is ongoing despite initial setbacks, helping to narrow down potential locations of weakly interacting massive particles.
Dark Matter Study: Examining Several Models of WIMP | HackerNoonThe thesis explores various WIMP dark matter models and their phenomenological implications.It focuses on integrating ALP portals and two-component models to analyze dark matter candidates.
First sighting of 'neutrino fog' sparks excitement - but is it bad news for dark matter?Ultra-sensitive detectors have observed neutrinos from the Sun, which may obscure dark-matter detection while also confirming sensitivity of current experiments.
Using Three-Peak Analysis for Projected Exclusion Limits in Vector Dark Matter Detection | HackerNoonA hybrid frequentist-Bayesian approach enhances the detection of dark matter signals and sets robust exclusion limits for future experiments.
Ask Ethan: Could dark matter be "normal stuff" we can't see?The Universe is made up of 5% normal matter and 95% dark matter and dark energy, which remain largely undetected.
Dark Matter Black Holes Could Fly through the Solar System Once a DecadePrimordial black holes could explain dark matter and may influence the solar system's planets by causing measurable wobbles.
First section of Euclid space telescope's map of the universe revealedThe Euclid mission is creating the largest and highest resolution 3D map of the universe to study dark energy and dark matter.
The Mystery of How Supermassive Black Holes MergeSupermassive black holes merge by overcoming the final parsec problem, possibly aided by dark matter affecting angular momentum.
Are tiny black holes zipping through our solar system? Scientists hope to find out.The universe may contain microscopic black holes that could help explain the dark matter mystery through their gravitational effects on planetary orbits.
There's Something Very Strange About Our GalaxyThe Milky Way is unique among similar galaxies due to its fewer satellite galaxies and some having ceased star formation.
Ask Ethan: Could dark matter be "normal stuff" we can't see?The Universe is made up of 5% normal matter and 95% dark matter and dark energy, which remain largely undetected.
Dark Matter Black Holes Could Fly through the Solar System Once a DecadePrimordial black holes could explain dark matter and may influence the solar system's planets by causing measurable wobbles.
First section of Euclid space telescope's map of the universe revealedThe Euclid mission is creating the largest and highest resolution 3D map of the universe to study dark energy and dark matter.
The Mystery of How Supermassive Black Holes MergeSupermassive black holes merge by overcoming the final parsec problem, possibly aided by dark matter affecting angular momentum.
Are tiny black holes zipping through our solar system? Scientists hope to find out.The universe may contain microscopic black holes that could help explain the dark matter mystery through their gravitational effects on planetary orbits.
There's Something Very Strange About Our GalaxyThe Milky Way is unique among similar galaxies due to its fewer satellite galaxies and some having ceased star formation.
Some of the Most Popular Dark Matter Candidates: Looking Into the Standard Model | HackerNoonDark matter includes various candidates, with WIMPs remaining prominent due to thermal production and freeze-out mechanism yielding appropriate relic densities.
An Outline of the Dark Matter Thesis | HackerNoonWIMP models could explain dark matter by bypassing constraints and demonstrating observable signatures, focusing on relic density and direct detection challenges.
Some of the Most Popular Dark Matter Candidates: Looking Into the Standard Model | HackerNoonDark matter includes various candidates, with WIMPs remaining prominent due to thermal production and freeze-out mechanism yielding appropriate relic densities.
An Outline of the Dark Matter Thesis | HackerNoonWIMP models could explain dark matter by bypassing constraints and demonstrating observable signatures, focusing on relic density and direct detection challenges.
Euclid telescope captures Einstein ring revealing warping of spaceThe Euclid space telescope has captured a perfect Einstein ring, illustrating how galaxy gravity warps space, revealing distant cosmic structures.
This new immersive exhibit at Mercer Labs is literal nightmare fuelDark Matter is an immersive art exhibition exploring darkness and the human psyche, inspired by nightmares.The exhibit uses advanced technology and various art forms to create a unique sensory experience.
Minnesota Street Project Presents: "The San Francisco Art Week Party" (2025)Minnesota Street Project partners with San Francisco Art Week for 2025, showcasing works from The Space Program alumni in the exhibition 'Dark Matter.'
This new immersive exhibit at Mercer Labs is literal nightmare fuelDark Matter is an immersive art exhibition exploring darkness and the human psyche, inspired by nightmares.The exhibit uses advanced technology and various art forms to create a unique sensory experience.
Minnesota Street Project Presents: "The San Francisco Art Week Party" (2025)Minnesota Street Project partners with San Francisco Art Week for 2025, showcasing works from The Space Program alumni in the exhibition 'Dark Matter.'
Pearl Jam Announce Spring 2025 U.S. Tour DatesPearl Jam will tour their new album Dark Matter into 2025, starting in April.
Pearl Jam unveil new album Dark MatterPearl Jam released their 12th studio album, Dark Matter, produced by Andrew Watt, marking an energizing experience for the band.
Pearl Jam perform "Yellow Ledbetter," "Daughter," and Dark Matter cuts on Howard SternPearl Jam performed new and classic songs on The Howard Stern Show to promote their 12th album Dark Matter.
Pearl Jam to kick off 2024 tourPearl Jam announces 2024 tour in support of new album Dark Matter, spanning North America, Europe, Australia, and New Zealand.
Pearl Jam Announce Spring 2025 U.S. Tour DatesPearl Jam will tour their new album Dark Matter into 2025, starting in April.
Pearl Jam unveil new album Dark MatterPearl Jam released their 12th studio album, Dark Matter, produced by Andrew Watt, marking an energizing experience for the band.
Pearl Jam perform "Yellow Ledbetter," "Daughter," and Dark Matter cuts on Howard SternPearl Jam performed new and classic songs on The Howard Stern Show to promote their 12th album Dark Matter.
Pearl Jam to kick off 2024 tourPearl Jam announces 2024 tour in support of new album Dark Matter, spanning North America, Europe, Australia, and New Zealand.
Emergent gravity may be a dead idea, but it's not a bad oneEmergent gravity proposes gravity is an illusion arising from deeper interactions, potentially explaining dark matter, but struggles under scientific evaluation.
Apple's 'Dark Matter' Should Change the Way We All Think About The MultiverseDark Matter TV show explores many-worlds interpretation of quantum physics, utilizing quantum superposition and multiverse concepts in a unique storyline.
Emergent gravity may be a dead idea, but it's not a bad oneEmergent gravity proposes gravity is an illusion arising from deeper interactions, potentially explaining dark matter, but struggles under scientific evaluation.
Apple's 'Dark Matter' Should Change the Way We All Think About The MultiverseDark Matter TV show explores many-worlds interpretation of quantum physics, utilizing quantum superposition and multiverse concepts in a unique storyline.
Projected Exclusions for Vector Dark Matter Detection Using Latitude-Independent Three-Peak Analysis | HackerNoonThe study explores methods to analyze dark matter signals using statistical likelihood techniques and Monte Carlo simulations.
All the DarknessWe Cannot SeeThe James Webb Space Telescope provides stunning images of the universe, revealing mysteries like dark energy, dark matter, and black holes.
How has the James Webb Space Telescope changed cosmology?The James Webb Space Telescope is revolutionizing our understanding of the Universe while also raising new questions about its fundamental mysteries.
Inflation and dark matter are not like string theoryDark matter, dark energy, and cosmic inflation are supported by evidence, in contrast to other speculative theories.
Euclid mission reveals "page 1" of our cosmic storyThe ESA's Euclid mission provides unprecedented high-resolution sky maps crucial for studying dark energy and dark matter.
Daily Telescope: The initial results from Europe's Euclid telescope are dazzlingEuclid space telescope creating a map to understand dark matter and dark energy.
Physicists Suggest Universe Is Full of Material Moving Faster Than LightTachyons as potential faster-than-light particles challenge current cosmological models, with implications for explaining dark matter and universe's expansion.
All the DarknessWe Cannot SeeThe James Webb Space Telescope provides stunning images of the universe, revealing mysteries like dark energy, dark matter, and black holes.
How has the James Webb Space Telescope changed cosmology?The James Webb Space Telescope is revolutionizing our understanding of the Universe while also raising new questions about its fundamental mysteries.
Inflation and dark matter are not like string theoryDark matter, dark energy, and cosmic inflation are supported by evidence, in contrast to other speculative theories.
Euclid mission reveals "page 1" of our cosmic storyThe ESA's Euclid mission provides unprecedented high-resolution sky maps crucial for studying dark energy and dark matter.
Daily Telescope: The initial results from Europe's Euclid telescope are dazzlingEuclid space telescope creating a map to understand dark matter and dark energy.
Physicists Suggest Universe Is Full of Material Moving Faster Than LightTachyons as potential faster-than-light particles challenge current cosmological models, with implications for explaining dark matter and universe's expansion.
Mercer Labs Unveils Haunting 'Dark Matter: Nightmare Before Midnight' Exhibition | stupidDOPEMercer Labs presents 'Dark Matter,' an immersive art experience leading visitors through a sensory journey of fear and fantasy.
"Dark Matter" Exhibition at Mercer Labs Promises a Spooky, Immersive Experience | stupidDOPEDark Matter is an immersive exhibition that explores themes of darkness and the unknown in art, ideal for Halloween experiences.
Christopher Bauder's FLOW: A Luminescent Odyssey in Berlin's Summer Skies - KALTBLUT MagazineBerlin's night will be illuminated by the art installation 'FLOW' by Christopher Bauder, creating an immersive experience through lights and sound at DARK MATTER during the SOMMERLIGHTS 2024 festival.
Mercer Labs Unveils Haunting 'Dark Matter: Nightmare Before Midnight' Exhibition | stupidDOPEMercer Labs presents 'Dark Matter,' an immersive art experience leading visitors through a sensory journey of fear and fantasy.
"Dark Matter" Exhibition at Mercer Labs Promises a Spooky, Immersive Experience | stupidDOPEDark Matter is an immersive exhibition that explores themes of darkness and the unknown in art, ideal for Halloween experiences.
Christopher Bauder's FLOW: A Luminescent Odyssey in Berlin's Summer Skies - KALTBLUT MagazineBerlin's night will be illuminated by the art installation 'FLOW' by Christopher Bauder, creating an immersive experience through lights and sound at DARK MATTER during the SOMMERLIGHTS 2024 festival.
PBH Eccentricity, PBH Spin and Future Gamma-Ray Telescopes | HackerNoonPrimordial black holes may significantly contribute to observational gamma-ray signals, particularly through Hawking evaporation.
New Insights on Dinosaurs, Pain and Carbon CaptureWe are gaining insights into dinosaur consciousness through neuroscience and fossil scanning technology.
Apple's Most Underrated Sci-Fi Show Will Finally Get to Solve Season 1's Big MysteryDark Matter Season 2 will explore new worlds and expand character arcs beyond Season 1, promising deeper storytelling and fresh narratives.
What is dark oxygen', found 13,000 feet under the sea?Scientists discovered dark oxygen on the ocean floor, challenging the known sources of oxygen and raising questions about the origins of life on Earth.
Massive, Mysterious Objects Detected Floating Through Deep SpaceResearchers suggest invisible masses passing in front of pulsars affect timekeeping accuracy, potentially shedding light on dark matter.The study of deviations in arrival times of pulsar signals can provide insights into the existence and nature of invisible masses in space.
How Blake Crouch Turned His Best-Selling Sci-Fi Thriller into Apple TV+'s Dark MatterExploration of alternate realities and the concept of 'what ifs' in life.
How Apple Made the Most Audacious Multiverse Epic of the DecadeDark Matter explores the concept of selfhood beyond just life choices.