What if our next‑gen fusion reactors are secretly spawning dark‑sector particles? New research shows neutron emissions could kick‑start axion‑like bremsstrahlung in high‑energy collisions. Dive into the physics frontier! #FusionReactor #DarkSector #Axions

🔗 aidailypost.com/news/fusion-...

Un clin d’œil savoureux : là où Sheldon et Leonard échouaient, la physique théorique progresse… avec méthode.
#MatièreNoire #Axions #Fusion #PhysiqueDesParticules #Cosmologie #ITER #Science

The podcast logo

Our outreach team member Luca has won the Fast Forward Science Award for his podcast about the search for axions!🎙️🏆

The podcast was hosted, edited and produced by Luca and fellow student Moritz Löhn.🤝

📸slide one: Marta Mayer
📸slide three: Simon Esser

#axions #podcast

A groundbreaking method using cosmic birefringence and galaxy distributions sets new constraints on elusive dark matter particles called axions—hypothetical particles that may explain dark matter. What impact could this have on our cosmic understanding? #DarkMatter #Axions LINK

"Exciting news in physics! Muonium spectroscopy is helping us find ultralight axions, potential dark matter particles. Could this change our understanding of the universe? What do you think? #DarkMatter #Axions #ScienceNews" LINK

Clever New Trick Uses the Universe as a ‘Gigantic Particle Accelerator’ in the Hunt for Dark Matter Astrophysicists develop a new tactic that uses galaxy clusters a sort of natural particle acc...

#Astronomy #Breaking #News #Physics #Science #axions #dark […]

[Original post on thedebrief.org]

The Hunt for Dark Matter: Why Not Finding the Universe’s Invisible Architect Is a Breakthrough "The search for dark matter is a fundamental quest to understand our universe. Explore how null results are breakthroughs and learn about WIMPs and axions."

Five Times More Common Than Visible Matter, The Global Search for Dark Matter Intensifies With New Methods

#DarkMatter #Physics #Cosmology #Science #WIMPs #Axions #Discovery #FactRage #FactRageNews

tglm.us/ZCmKw

Axion Seminars Be Like

Axion Seminars Be Like

#Physics #Axions #Darkmatter #Theoreticalphysics #Quantum

sciencehumor.io/physics-memes/axion-semi...

"To date, despite all these ideas, there hasn’t been a single shred of solid evidence for the existence of #axions."

You may be aware that I frequently moan about the way #DarkMatter is too often treated as real, rather than a class (an enormous class) of models. This article is good. The […]

La traque des axions, nouvelle coqueluche des physiciens Cette particule hypothétique, théorisée par des scientifiques dans les années 1970, pourrait être la clé de la matière noire, l’un des plus grands mystères de l’astrophysique. Une armée de chercheurs ...

La traque des #axions, nouvelle coqueluche des physiciens

www.lemonde.fr/sciences/art...

Q: Can this AI-discovered principle solve real open problems?
A: Yes. In 3 hours, they wrote two full physics papers:

TQC: Topological Quantum Computing (ChatGPT)
Axion Strings: Early Universe Stability (Gemini)

🔗 TQC: tinyurl.com/ucv3awfs
🔗 Axions: tinyurl.com/76xy3p68

#QuantumComputing #Axions

20 years of LC at the Italian Institute of Nuclear Physics! #cryogenics #darkmatter #axions

💡 Discover a new solution to Strong CP Problem buff.ly/kXuvr6a by Sergey Larin. This preprint proposes a solution without exotic particles like axions. Call for researchers to explore the details.
#Preprints #OpenScience #StrongCPProblem #ParticlePhysics #QCD #Axions #PhysicsResearch

Scientists designed a cosmic radio detector to discover dark matter in 15 years Cosmic radio! Con […]

[Original post on techexplorist.com]

Newfound imitation dark matter axions might reveal the real thing A long-elusive, hypothetical subatomic particle called the axion can be simulated and potentially detected in a type of thin material.

Dark matter might finally meet the lab.

Physicists have created a system that mimics axions — one of the top dark matter candidates — using quasiparticles.

This could mean real-world tests are possible without looking to space.

www.sciencenews.org/article/dark...

#Physics #Axions

Scientists Say Dark Matter May Be Giving Off a Signal Dark matter, the invisible stuff that scientists have determined makes up 85 percent of the mass in the universe, remains one of the biggest mysteries. For one, it can't be directly observed. The only way we know about its existence are its gravitational effects on stars and galaxies. As detailed in a paper published in the journal Nature, an international team of researchers proposes a new type of detector they liken to a "cosmic car radio," that could one day shed new light on the matter. Such a device would "tune in" to the frequency of axions, hypothetical particles that […]

Scientists Say Dark Matter May Be Giving Off a Signal Dark matter, the invisible stuff that scien...

https://futurism.com/dark-matter-signal-axion-detector

#Off #World #axions #Cosmology #dark #matter

Result Details

🔬📡 Grâce à des matériaux de pointe et une technologie révolutionnaire, les scientifiques sont sur le point de percer le mystère de la matière noire. Le détecteur utilisera des quasiparticules axioniques pour "syntoniser" la fréquence des axions. #Axions #RechercheScientifique #Univers

Dark Matter May Be a Frequency – And We’re About to Dial It In Scientists may be just 15 year...

scitechdaily.com/dark-matter-may-be-a-fre...

#Space #Astrophysics #Axions #Dark #Matter #King’s #College #London #Particle #Physics #Popular

Result Details

_This post is adapted from one originally published by Fermilab_ > Fermilab is finalizing a partnership with Diraq and several universities — including the University of Wisconsin–Madison — for the Quandarum project. The project team intends to combine extreme environment electronics and silicon spin qubits to develop a quantum sensor that could profoundly impact the field of high-energy physics. Researchers at the Department of Energy’s Fermi National Accelerator Laboratory, along with scientists and engineers at Diraq, University of Wisconsin–Madison, University of Chicago and Manchester University, have proposed the development of a quantum sensor made of quantum bits called spin qubits in silicon to probe beyond Standard Model physics. The scalability advantages available via silicon CMOS wafer manufacture deliver significant promise for Diraq’s patented spin-based quantum dot technology. Credit: Diraq By placing many spin qubits together on a chip to form a sensor, the researchers seek to enable scientists to tease out even the faintest signals from the cosmos. Such a sensor could potentially be used to detect axions, hypothetical particles that some scientists believe comprises dark matter. Led by Fermilab, the Quandarum project is one of 25 projects funded for a total of $71 million by the DOE program Quantum Information Science Enabled Discovery. The QuantISED program supports innovative research at national laboratories and universities that applies quantum technologies to use for fundamental science discovery. Matthew Otten “The project is looking at how quantum sensors might be used for high energy physics applications, specifically in axion detection,” says UW–Madison physics professor Matt Otten. “[My partners] know much more about axion detection, I happen to not know about axions, and that’s why we’re a team.” With this award, researchers plan to develop a novel sensor. To do so, they plan to bring together for the first time two specialized technologies: spin qubits in silicon and cryogenic “skipper” analog-to-digital converter circuits used for the readout of dark matter detectors. Silicon spin-based quantum sensors can provide a powerful platform for testing theories around dark matter because they can exploit quantum interactions to increase sensitivity and explore the limits of what scientists understand about high-energy physics. “My group’s part of it is, given these large silicon qubit arrays, we might utilize the fact that they are essentially quantum computers,” Otten says. “We’re going to be studying entanglement enhanced quantum sensing, either through the use of error correcting code or through novel entangled states.” Read the full story

Matt Otten part of project to develop novel quantum sensor This post is adapted from one original...

www.physics.wisc.edu/2025/03/24/matt-otten-pa...

#Quantum #Science #axions #Diraq #Fermilab #quantum #partners #quantum #sensing

Event Attributes

Do Galaxy Halos Convert Light Into Dark Matter? Title: Constraints on Axions from Patchy Screenin...

https://astrobites.org/2025/03/15/halo-axions/

#Daily #Paper #Summaries #PRJ #axions #CMB #cosmic #microwave #background #dark #matter

Event Attributes

Do Galaxy Halos Convert Light Into Dark Matter? Today's paper explores the search for axion-p...

https://astrobites.org/2025/03/15/halo-axions/

#Daily #Paper #Summaries #PRJ #axions #CMB #cosmic #microwave #background #dark #matter

Event Attributes

Dark Matter’s Secret: A Daring Experiment Seeks the Elusive Axion Scientists are hunting for ax...

scitechdaily.com/dark-matters-secret-a-da...

#Physics #Axions #Dark #Matter #Particle #Physics #University #of #Oxford

Event Attributes

The World’s Most Powerful X-Ray Laser Is Aiming To Solve The Neutron Puzzle And Find Dark Matte...

wonderfulengineering.com/the-worlds-most-powerful...

#News #Technology […]

[Original post on wonderfulengineering.com]

Researchers from European XFEL, UK Science and Technology Facilities Council (STFC), the University of Oxford and others, have been searching for #axions that could potentially explain the #darkmatter of the universe. Published in "Physical Review Letters." View more on www.xfel.eu

#physics

Is Dark Matter lurking in the infrared Background? In today's bite, we look at a novel way of...

astrobites.org/2025/02/14/darkmatter-ba...

#Daily #Paper #Summaries #PRJ #axions #dark #matter #infrared #observations #JWST #particle

Event Attributes

Is Dark Matter lurking in the infrared Background? In today's bite, we look at a novel way of...

astrobites.org/2025/02/14/darkmatter-ba...

#Daily #Paper #Summaries #PRJ #axions #dark #matter #infrared #observations #JWST #particle

Event Attributes

How do scientists search for dark matter? Meet the IAXO experiment!

#IAXO #BabyIAXO #axions #physics #particlephysics #astrophysics