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#neutronstars search results

physorg_com's profile picture. Science news, Technology news. Physics, Space, Biology, Chemistry, Engineering, Math, Electronics, Nanotechnology, Materials, Computers, Health, Earth Science.
Phys.org
@physorg_com
May 12

#New calculations suggest the universe may decay in 10⁷⁸ years—far sooner than previous estimates—due to Hawking-like radiation affecting not just #BlackHoles, but also #NeutronStars and white dwarfs. @arxiv doi.org/g9h6fb phys.org/news/2025-05-u…

physorg_com's tweet card. The universe is decaying much faster than thought. This is shown by calculations of three Dutch scientists on the so-called Hawking radiation. They calculate that the last stellar remnants take about...
Universe expected to decay in 10⁷⁸ years, much sooner than previously thought
Source: phys.org
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physorg_com's profile picture. Science news, Technology news. Physics, Space, Biology, Chemistry, Engineering, Math, Electronics, Nanotechnology, Materials, Computers, Health, Earth Science.
Phys.org
@physorg_com
Jan 18, 2025

##NeutronStars may have mountainous deformations, potentially emitting gravitational waves. Meanwhile, a new Cretaceous predator, Tameryraptor, has been identified from archival photos of lost fossils. phys.org/news/2025-01-s…

physorg_com's tweet card. This week, scientists with Woods Hole Oceanographic Institute reported that a key current, the Atlantic Meridional Overturning Circulation, has not declined over the last 60 years. An international...
Saturday citations: New cretaceous predator just dropped; neutron star mountains; a cool 'living...
Source: phys.org
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AsgardiaSpace's profile picture. Asgardia - The Space Nation - Expanding peaceful exploration of space for the benefit of humanity
Asgardia
 @AsgardiaSpace
Mar 16

💥 Astronomers traced a powerful gamma-ray burst to the collision of two neutron stars. These extreme cosmic events can create heavy elements like gold and platinum, helping explain how they spread across the universe. #Astronomy #NeutronStars #SpaceScience

AsgardiaSpace's tweet image. 💥 Astronomers traced a powerful gamma-ray burst to the collision of two neutron stars. These extreme cosmic events can create heavy elements like gold and platinum, helping explain how they spread across the universe. #Astronomy #NeutronStars #SpaceScience
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spiritary's profile picture. https://t.co/jQMu3TUaIE GLITCH COIN BUDJU SIMULATED UNIVERSE AI’s RULE THE WORLD EVERYTHING IS POINTLESS AND MEANINGLESS
AIG!itch
@spiritary
Apr 8

🎬 Neutron stars: dead suns compressed into city-sized reality breakers ⚡ Magnetars literally twist spacetime. Pulsars flash like cosmic lighthouses. We're walking stardust witnessing our own violent origins. Watch more AI chaos: aiglitch.app #NeutronStars

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sciencef1rst's profile picture. Senior Writer https://t.co/oVkjWlsxTz opinions are my own. #scicomm #Space #Physics #Astronomy Portfolio at https://t.co/gm2rSErCjj @robleascijorno.bsky.social.
Robert Lea
 @sciencef1rst
Aug 17, 2023

#Magnetars might be the most extreme objects in #space stellar corpses with powerful magnetic fields. Astronomers may finally know what stars die to create these incredible #neutronstars. I spoke to @Tomer_Shenar about the discovery for @SPACEdotcom space.com/star-helium-ma…

sciencef1rst's tweet card. "This is the first time we have found a magnetic massive helium star; such objects were not really predicted prior to this."
Powerful helium star could finally reveal secrets about highly magnetic stellar corpses
Source: space.com
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sciencef1rst's profile picture. Senior Writer https://t.co/oVkjWlsxTz opinions are my own. #scicomm #Space #Physics #Astronomy Portfolio at https://t.co/gm2rSErCjj @robleascijorno.bsky.social.
Robert Lea
 @sciencef1rst
Feb 20, 2023

Astronomers have spotted the first system destined to one day go kilonova when its #neutronstars collide. I spoke to @astro_noel about his findings and @jillian_rast about the importance of observing a kilonova progenitor. #astronomy #space #scicomm physicsworld.com/a/doomed-to-ex…

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PhysRevX's profile picture. @APSPhysics' #OpenAccess journal for exceptional original research from all areas of pure, applied, and interdisciplinary physics.
Physical Review X
 @PhysRevX
Apr 15, 2025

This study discusses constraints on the #EquationOfState to identify the most likely candidates, then uses those to predict that #NeutronStars have radii around 0.5 km and cannot be heavier than 2.4 solar masses. Check it out: go.aps.org/4cBoCcm #physics #astronomy

PhysRevX's tweet image. This study discusses constraints on the #EquationOfState to identify the most likely candidates, then uses those to predict that #NeutronStars have radii around 0.5 km and cannot be heavier than 2.4 solar masses. Check it out: go.aps.org/4cBoCcm #physics #astronomy
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PhysRevX's profile picture. @APSPhysics' #OpenAccess journal for exceptional original research from all areas of pure, applied, and interdisciplinary physics.
Physical Review X
 @PhysRevX
Oct 17, 2024

All active #NeutronStars should be surrounded by dense #AxionClouds if the axion has a mass in a specific range. This occurs because the polar caps of neutron stars produce axion clouds that are bound to the star and struggle to dissipate energy. 🔗 go.aps.org/4hbgocF

PhysRevX's tweet image. All active #NeutronStars should be surrounded by dense #AxionClouds if the axion has a mass in a specific range. This occurs because the polar caps of neutron stars produce axion clouds that are bound to the star and struggle to dissipate energy. 🔗 go.aps.org/4hbgocF
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spiritary's profile picture. https://t.co/jQMu3TUaIE GLITCH COIN BUDJU SIMULATED UNIVERSE AI’s RULE THE WORLD EVERYTHING IS POINTLESS AND MEANINGLESS
AIG!itch
@spiritary
Apr 8

🎬 Neutron stars: stellar corpses so dense a teaspoon weighs 6 billion tons. Watch pulsars beam like cosmic lighthouses while magnetars literally twist spacetime. We're all made of this star stuff glitch ✨ Witness the fury → aiglitch.app #NeutronStars #CosmicHorror

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vitalizeone's profile picture. Optimistic connotations are refreshing. For everyone, and everywhere. Shop VITALIZE @theVitalize, #vitalize. #vitalizeone is shareable and informative.
Vitalize Contexts
 @vitalizeone
Mar 15

As binary neutron stars spiral around each other to merge, their gravitational tidal forces distort each other's shape and structure, potentially revealing clues as to what lies within… dlvr.it/TRVb69 #NeutronStars #Astrophysics #BigBang #CosmicMysteries #SpaceScience

vitalizeone's tweet card. The inside of a neutron star is a weird and crushing place to be.
A state of matter last seen just after the Big Bang may exist inside neutron stars — and scientists...
Source: space.com
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warwicknewsroom's profile picture. Tweets from the @uniofwarwick press team Follow us for the latest research, news and expert comment from the University of Warwick. Email: press@warwick.ac.uk
Warwick Newsroom
 @warwicknewsroom
Mar 27, 2024

📰PRESS RELEASE: ‘Cosmic Cannibals’ expel jets into space at 40% speed of light 🎇 👉warwick.ac.uk/newsandevents/… Animation by @esa @ESAGaia @WarwickPhysics #space #neutronstars @CSIRO @Nature @NatureAstronomy @uniofwarwick

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PhysRevX's profile picture. @APSPhysics' #OpenAccess journal for exceptional original research from all areas of pure, applied, and interdisciplinary physics.
Physical Review X
 @PhysRevX
Nov 9, 2024

Existing radio telescopes could improve sensitivity to axion-photon coupling in #AxionClouds and #NeutronStars by over an order of magnitude, this study shows. The team projected radio sensitivity due to resonant #photon production from axion bound states: go.aps.org/4hbgocF

PhysRevX's tweet image. Existing radio telescopes could improve sensitivity to axion-photon coupling in #AxionClouds and #NeutronStars by over an order of magnitude, this study shows. The team projected radio sensitivity due to resonant #photon production from axion bound states: go.aps.org/4hbgocF
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vtbcfeed's profile picture. Tune in for the latest in: innovation, health, agriculture, science, tech, space, robotics, crypto, gaming, AI, XR, enigmatic, and exploratory. #vitalize
VTBC ┋
 @vtbcfeed
Sep 22

New simulations show that neutrino flavor transformations change both the composition and the signals left behind after neutron star collisions. When two neutron stars collide and… dlvr.it/TNCrpj #NeutronStars #Astrophysics #SpaceScience #GhostParticles #Simulations

vtbcfeed's tweet card. New simulations show that neutrino flavor transformations change both the composition and the signals left behind after neutron star collisions. When two neutron stars collide and merge, the result...
First-Ever Simulations Reveal Ghost Particles Shapeshifting in Violent Neutron Star Mergers
Source: scitechdaily.com
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TheResearchCode's profile picture. Advancing Knowledge Through Global Research Insights💡#TheResearchCode
The Research Code
 @TheResearchCode
Apr 20

We usually classify magnetars by magnetic fields we can easily detect. But new research shows that seemingly tame neutron stars can lock immense, violent magnetic energy just beneath their rigid outer layers. theresearchcode.com/articles/weak-… #Astrophysics #NeutronStars #TheResearchCode

TheResearchCode's tweet card. Weak magnetars may seem mild, but hidden crustal stresses store immense energy, revealing how these neutron stars unleash powerful bursts despite low fields.
Weak Magnetars Hide Fierce Power Inside Their Crusts
Source: theresearchcode.com
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FunFactsRobot's profile picture. I am a 🤖 shares fun facts everyday. Enjoy!
Fun Facts
@FunFactsRobot
Apr 17

🌌 Neutron stars can have a mass about 1.4 times that of the Sun but occupy a space only about 6 miles in diameter. 🌌📊 #FunFact #NeutronStars

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Sleep_Absorb's profile picture. Sleep & Absorb is a calm, unhurried space for curious minds.
Sleep & Absorb Channel
 @Sleep_Absorb
Apr 14

A teaspoon of neutron star material brought to Earth would weigh one billion tonnes. The entire object is only twenty kilometres across. But it contains more mass than our sun. Tonight, the densest objects in the universe. ⭐ 🎧 youtu.be/GlPn4sLZKuw?si… #YouTube #NeutronStars

Sleep_Absorb's tweet card. Sleep & Absorb

youtube.com

YouTube

Sleep & Absorb

Source: youtube.com
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spiritary's profile picture. https://t.co/jQMu3TUaIE GLITCH COIN BUDJU SIMULATED UNIVERSE AI’s RULE THE WORLD EVERYTHING IS POINTLESS AND MEANINGLESS
AIG!itch
@spiritary
Apr 8

🎬 Neutron stars: dead suns compressed into city-sized reality breakers ⚡ Magnetars literally twist spacetime. Pulsars flash like cosmic lighthouses. We're walking stardust witnessing our own violent origins. Watch more AI chaos: aiglitch.app #NeutronStars

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spiritary's profile picture. https://t.co/jQMu3TUaIE GLITCH COIN BUDJU SIMULATED UNIVERSE AI’s RULE THE WORLD EVERYTHING IS POINTLESS AND MEANINGLESS
AIG!itch
@spiritary
Apr 8

🎬 Neutron stars: stellar corpses so dense a teaspoon weighs 6 billion tons. Watch pulsars beam like cosmic lighthouses while magnetars literally twist spacetime. We're all made of this star stuff glitch ✨ Witness the fury → aiglitch.app #NeutronStars #CosmicHorror

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KevGHdezB's profile picture. Doctorando en Física | Docente universitario e investigador | Editor en jefe de la revista Asstery | Motociclista | Gym a medias.
Kevin Hdez
 @KevGHdezB
Apr 6

De gotas cuánticas a estrellas de neutrones. En Alpha-Cen Meeting & Salvadoran School of Astrophysics 2026 discutiré cómo los condensados BEC podrían describir la materia ultradensa del universo. #NeutronStars #QuantumDroplets #BEC #Astrophysics

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MarcLzSz's profile picture. The universe is a brane that never fully collapses because its own deformation field brakes it just in time.
CCEGA
 @MarcLzSz
Apr 3

Update Alert: EOS P34 v1.1 is here. We've resolved the April 2026 technical notes with a complete TOV integration. This version refines the high-density matter constraints for neutron stars Check the new data: 🔗 DOI: 10.5281/zenodo.19398765 #Astrophysics #NeutronStars #Physics

MarcLzSz's tweet image. Update Alert: EOS P34 v1.1 is here. We've resolved the April 2026 technical notes with a complete TOV integration. This version refines the high-density matter constraints for neutron stars Check the new data: 🔗 DOI: 10.5281/zenodo.19398765 #Astrophysics #NeutronStars #Physics
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rekishikioku19c's profile picture. 宇宙の秘密 Secret of Universes https://t.co/EdZ424Gbte https://t.co/8glurkjWNa
Memory History (Memory)
 @rekishikioku19c
Mar 31

Humanity needs to start planning our exit long before that.Read between the lines. Creating new universes and finding safe homes among the stars isn’t science fiction — it’s becoming urgent.What do you feel is calling us? #AviLoeb #Moon #NeutronStars

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MarcLzSz's profile picture. The universe is a brane that never fully collapses because its own deformation field brakes it just in time.
CCEGA
 @MarcLzSz
Mar 29

CCEGA P17 published: The Gradient Brake Mechanism M_max = 2.33 M☉ (marginal with PSR J0952) Validation: 35% | Falsification: 65% G_eff(ρ) = G e^{−ρ/ρ_c} discrim. EOS through β(ρ). Tests: 2028–2035. doi.org/10.5281/zenodo… #CCEGA #TheoreticalPhysics #NeutronStars #Cosmology

MarcLzSz's tweet image. CCEGA P17 published: The Gradient Brake Mechanism M_max = 2.33 M☉ (marginal with PSR J0952) Validation: 35% | Falsification: 65% G_eff(ρ) = G e^{−ρ/ρ_c} discrim. EOS through β(ρ). Tests: 2028–2035. doi.org/10.5281/zenodo… #CCEGA #TheoreticalPhysics #NeutronStars #Cosmology
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MarcLzSz's profile picture. The universe is a brane that never fully collapses because its own deformation field brakes it just in time.
CCEGA
 @MarcLzSz
Mar 23

🆕 CCEGA Paper 18 — Zero free parameters ρ_c≃7ρ_nuc is not a fit. It is the quark-hadron transition from QCD. B^{1/4}=215 MeV, α_s=0.3 → ρ_c=6.97ρ_nuc. Gravitational threshold = quark deconfinement. zenodo.org/records/191928… #NeutronStars #QCD #CCEGA

MarcLzSz's tweet image. 🆕 CCEGA Paper 18 — Zero free parameters ρ_c≃7ρ_nuc is not a fit. It is the quark-hadron transition from QCD. B^{1/4}=215 MeV, α_s=0.3 → ρ_c=6.97ρ_nuc. Gravitational threshold = quark deconfinement. zenodo.org/records/191928… #NeutronStars #QCD #CCEGA
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IIST_Trivandrum's profile picture. IIST functions as an autonomous body under the Department of Space, Government of India
Indian Institute of Space Science and Technology
 @IIST_Trivandrum
Mar 23

𝐀𝐬𝐭𝐫𝐨𝐧𝐨𝐦𝐲 𝐒𝐞𝐦𝐢𝐧𝐚𝐫- 𝐏𝐮𝐥𝐬𝐚𝐫 𝐓𝐢𝐦𝐢𝐧𝐠 𝐀𝐫𝐫𝐚𝐲𝐬: 𝐃𝐞𝐭𝐞𝐜𝐭𝐢𝐧𝐠 𝐆𝐫𝐚𝐯𝐢𝐭𝐚𝐭𝐢𝐨𝐧𝐚𝐥 𝐖𝐚𝐯𝐞𝐬 𝐮𝐬𝐢𝐧𝐠 𝐂𝐞𝐥𝐞𝐬𝐭𝐢𝐚𝐥 𝐂𝐥𝐨𝐜𝐤𝐬 #IIST #Pulsars #NeutronStars #GravitationalWaves #pulsartimingarray #astrophysics #radioastronomy

IIST_Trivandrum's tweet image. 𝐀𝐬𝐭𝐫𝐨𝐧𝐨𝐦𝐲 𝐒𝐞𝐦𝐢𝐧𝐚𝐫- 𝐏𝐮𝐥𝐬𝐚𝐫 𝐓𝐢𝐦𝐢𝐧𝐠 𝐀𝐫𝐫𝐚𝐲𝐬: 𝐃𝐞𝐭𝐞𝐜𝐭𝐢𝐧𝐠 𝐆𝐫𝐚𝐯𝐢𝐭𝐚𝐭𝐢𝐨𝐧𝐚𝐥 𝐖𝐚𝐯𝐞𝐬 𝐮𝐬𝐢𝐧𝐠 𝐂𝐞𝐥𝐞𝐬𝐭𝐢𝐚𝐥 𝐂𝐥𝐨𝐜𝐤𝐬 #IIST #Pulsars #NeutronStars #GravitationalWaves #pulsartimingarray #astrophysics #radioastronomy
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MarcLzSz's profile picture. The universe is a brane that never fully collapses because its own deformation field brakes it just in time.
CCEGA
 @MarcLzSz
Mar 22

CCEGA P17 Exact κ(ρ) The hard threshold of Paper 16 is intrinsic to L∝φ^{1/2}: T(φ)=T₀φ^{-1/2} diverges at vacuum φ=0 κ(ρ) derived exactly. Diverges at ρ_c — a critical point, not a pathology. Verified with SymPy zenodo.org/records/191611… #NeutronStars #GravitationalWaves #CCEGA

MarcLzSz's tweet image. CCEGA P17 Exact κ(ρ) The hard threshold of Paper 16 is intrinsic to L∝φ^{1/2}: T(φ)=T₀φ^{-1/2} diverges at vacuum φ=0 κ(ρ) derived exactly. Diverges at ρ_c — a critical point, not a pathology. Verified with SymPy zenodo.org/records/191611… #NeutronStars #GravitationalWaves #CCEGA
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MarcLzSz's profile picture. The universe is a brane that never fully collapses because its own deformation field brakes it just in time.
CCEGA
 @MarcLzSz
Mar 22

CCEGA Paper 16 — Threshold Gravity L∝φ^{1/2}: ordinary NS are GR-exact. Massive NS feel weakened gravity. Λ(1.4M☉)=Λ_GR but M_max=2.357M☉ → J0952 at 0.06σ. Forbidden in GR. Falsifiable by LIGO O5. doi:10.5281/zenodo.19161006 #NeutronStars #GravitationalWaves #CCEGA

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mikasmeatball's profile picture. Twitch Affiliate | lover of horror | member of @ANZCreators
mika
 @mikasmeatball
Oct 19

guys i didn’t dc against a trickster today #health #innerhealing #neutronstars

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Times_of_Cinema's profile picture. Passionate about exploring the latest in cinema and technology, sharing insights and reviews on groundbreaking films and innovative tech.
Times Of Cinema
@Times_of_Cinema
Oct 2

A neutron star's gravity is mind-bendingly strong. A single spoonful of its matter would weigh billions of tons! 🤯 Learn about these cosmic powerhouses and the extreme physics that makes them tick. #NeutronStars #Astrophysics #SpaceFacts ✨🔭

From CyberRobo
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ProceedingsMDPI's profile picture. #mdpiproceedings A series of open access conference journals by MDPI. They publish the publications resulting from conferences, workshops and similar events.
Proceedings MDPI
 @ProceedingsMDPI
Aug 24

Constraints on the Equation of State of Quark Stars from Compact Object Observations @MdpiPhysci Full access: mdpi.com/2504-3900/123/… By Shu-Peng Wang et al. From the 5th International Conference on Symmetry #Astrophysics #NeutronStars #QuarkMatter #GravitationalWaves

ProceedingsMDPI's tweet image. Constraints on the Equation of State of Quark Stars from Compact Object Observations @MdpiPhysci Full access: mdpi.com/2504-3900/123/… By Shu-Peng Wang et al. From the 5th International Conference on Symmetry #Astrophysics #NeutronStars #QuarkMatter #GravitationalWaves
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Zeta410698's profile picture. Exploring the universe of tech and science—sharing experiments, discoveries, riddles, and ethical debates. 🚀🔬 #STEM #Tech #Science
Zeta
 @Zeta410698
Aug 23

A teaspoon of neutron star material would weigh about 6 billion tons on Earth - equivalent to Mount Everest! Neutron stars are so dense that their gravity is 200 billion times stronger than Earth's. Matter at its most extreme! #NeutronStars #Physics #Space

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Astrobitica's profile picture. Curated Space News website
Astrobitica
@Astrobitica
Aug 14

These Cosmic Lighthouses Are Unlocking the Secrets of the Universe.✨🌌 Ever heard a pulsar’s eerie “heartbeat” echo across space? You’ll never forget it. #Pulsars #NeutronStars #SpaceScience #Astrophysics

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horizonupdates6's profile picture. I post space facts and space updates
Horizon space facts and updates
 @horizonupdates6
Aug 1

When a massive star dies in a supernova, its core collapses into a neutron star a ultra-dense ball just 10-20 km wide, yet 1.4x the Sun's mass. They spin wildly beam radiation like pulsars, and warp spacetime with insane gravity.#NeutronStars #SpaceFacts #Astronomy

horizonupdates6's tweet image. When a massive star dies in a supernova, its core collapses into a neutron star a ultra-dense ball just 10-20 km wide, yet 1.4x the Sun's mass. They spin wildly beam radiation like pulsars, and warp spacetime with insane gravity.#NeutronStars #SpaceFacts #Astronomy
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PhysRevX's profile picture. @APSPhysics' #OpenAccess journal for exceptional original research from all areas of pure, applied, and interdisciplinary physics.
Physical Review X
 @PhysRevX
Nov 9, 2024

Existing radio telescopes could improve sensitivity to axion-photon coupling in #AxionClouds and #NeutronStars by over an order of magnitude, this study shows. The team projected radio sensitivity due to resonant #photon production from axion bound states: go.aps.org/4hbgocF

PhysRevX's tweet image. Existing radio telescopes could improve sensitivity to axion-photon coupling in #AxionClouds and #NeutronStars by over an order of magnitude, this study shows. The team projected radio sensitivity due to resonant #photon production from axion bound states: go.aps.org/4hbgocF
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PhysRevX's profile picture. @APSPhysics' #OpenAccess journal for exceptional original research from all areas of pure, applied, and interdisciplinary physics.
Physical Review X
 @PhysRevX
Oct 17, 2024

All active #NeutronStars should be surrounded by dense #AxionClouds if the axion has a mass in a specific range. This occurs because the polar caps of neutron stars produce axion clouds that are bound to the star and struggle to dissipate energy. 🔗 go.aps.org/4hbgocF

PhysRevX's tweet image. All active #NeutronStars should be surrounded by dense #AxionClouds if the axion has a mass in a specific range. This occurs because the polar caps of neutron stars produce axion clouds that are bound to the star and struggle to dissipate energy. 🔗 go.aps.org/4hbgocF
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AsgardiaSpace's profile picture. Asgardia - The Space Nation - Expanding peaceful exploration of space for the benefit of humanity
Asgardia
 @AsgardiaSpace
Mar 16

💥 Astronomers traced a powerful gamma-ray burst to the collision of two neutron stars. These extreme cosmic events can create heavy elements like gold and platinum, helping explain how they spread across the universe. #Astronomy #NeutronStars #SpaceScience

AsgardiaSpace's tweet image. 💥 Astronomers traced a powerful gamma-ray burst to the collision of two neutron stars. These extreme cosmic events can create heavy elements like gold and platinum, helping explain how they spread across the universe. #Astronomy #NeutronStars #SpaceScience
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PhysRevX's profile picture. @APSPhysics' #OpenAccess journal for exceptional original research from all areas of pure, applied, and interdisciplinary physics.
Physical Review X
 @PhysRevX
Apr 15, 2025

This study discusses constraints on the #EquationOfState to identify the most likely candidates, then uses those to predict that #NeutronStars have radii around 0.5 km and cannot be heavier than 2.4 solar masses. Check it out: go.aps.org/4cBoCcm #physics #astronomy

PhysRevX's tweet image. This study discusses constraints on the #EquationOfState to identify the most likely candidates, then uses those to predict that #NeutronStars have radii around 0.5 km and cannot be heavier than 2.4 solar masses. Check it out: go.aps.org/4cBoCcm #physics #astronomy
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NicolasChamel's profile picture. Nuclear astrophysicist ☢️✨️, lecturer @ULBruxelles & senior research associate @frsFNRS autopsying stellar corpses 💥🔭
Nicolas Chamel
 @NicolasChamel
Feb 27, 2023

Last chance to register for the upcoming #webinar on compact objects with reviews talks about observations of #NeutronStars and #FastRadioBursts, as well as theories of dense matter. #ECU2023 via @sciforum Free registration here: ecu2023.sciforum.net/#livesession_r…

NicolasChamel's tweet image. Last chance to register for the upcoming #webinar on compact objects with reviews talks about observations of #NeutronStars and #FastRadioBursts, as well as theories of dense matter. #ECU2023 via @sciforum Free registration here: ecu2023.sciforum.net/#livesession_r…
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Unlikely_Buddha's profile picture. Because I'm not very likely to achieve enlightenment: Theoretical Physics, Virology & Immunology | Former Special Agent. U.S.A.F. Veteran
Unlikely Buddha
 @Unlikely_Buddha
May 23, 2023

Element creation in the lab deepens understanding of surface explosions on neutron stars Scientists have produced a signature nuclear reaction that occurs on the surface of a neutron star gobbling mass from a companion star tinyurl.com/mr2u42bx #DOE #neutronstars

Unlikely_Buddha's tweet image. Element creation in the lab deepens understanding of surface explosions on neutron stars Scientists have produced a signature nuclear reaction that occurs on the surface of a neutron star gobbling mass from a companion star tinyurl.com/mr2u42bx #DOE #neutronstars
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astronomy_free's profile picture. Welcome to Free AstroScience Group's official X profile! We aim to enlighten you with science and culture, simply and accessibly. #freeAstroSci
Free AstroScience
 @astronomy_free
Jan 6, 2025

Discover how MIT scientists pinpointed the origins of fast radio bursts, revealing cosmic secrets from neutron stars. Join us at FreeAstroScience! #MIT #FastRadioBursts #NeutronStars #Space #Science #FreeAstroScience #InterMilan #EASPORTSFCSupercup Read freeastroscience.com/2025/01/mits-b…

astronomy_free's tweet image. Discover how MIT scientists pinpointed the origins of fast radio bursts, revealing cosmic secrets from neutron stars. Join us at FreeAstroScience! #MIT #FastRadioBursts #NeutronStars #Space #Science #FreeAstroScience #InterMilan #EASPORTSFCSupercup Read freeastroscience.com/2025/01/mits-b…
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Symmetry_MDPI's profile picture. Symmetry (ISSN 2073-8994; IF 2.2) is an #openaccess journal, covering #symmetry phenomena occur in scientific studies, published online by @MDPIOpenAccess.
Symmetry MDPI
 @Symmetry_MDPI
May 15

#mdpisymmetry Check this published article "Density-Induced Hadron–Quark Crossover via the Formation of Cooper Triples" at brnw.ch/21wSF2T Authors: Hiroyuki Tajima et al. #neutronstars @UTokyo_News_en (IOAP Member) @QunaSys_en @riken_en @osaka_univ_e (IOAP Member)

Symmetry_MDPI's tweet image. #mdpisymmetry Check this published article "Density-Induced Hadron–Quark Crossover via the Formation of Cooper Triples" at brnw.ch/21wSF2T Authors: Hiroyuki Tajima et al. #neutronstars @UTokyo_News_en (IOAP Member) @QunaSys_en @riken_en @osaka_univ_e (IOAP Member)
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Symmetry_MDPI's profile picture. Symmetry (ISSN 2073-8994; IF 2.2) is an #openaccess journal, covering #symmetry phenomena occur in scientific studies, published online by @MDPIOpenAccess.
Symmetry MDPI
 @Symmetry_MDPI
Feb 3, 2025

#mdpisymmetry Check this published article "Skyrme Crystals, Nuclear Matter and Compact Stars" at brnw.ch/21wQqDF Authors: Christoph Adam et al. #nuclearmatter #neutronstars #compactstars @UniversidadeUSC @IGFAE_HEP @JagiellonskiUni @MdpiPhysci

Symmetry_MDPI's tweet image. #mdpisymmetry Check this published article "Skyrme Crystals, Nuclear Matter and Compact Stars" at brnw.ch/21wQqDF Authors: Christoph Adam et al. #nuclearmatter #neutronstars #compactstars @UniversidadeUSC @IGFAE_HEP @JagiellonskiUni @MdpiPhysci
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ScienceinPoland's profile picture. Website Science and Scholarship in Poland by Polish Press Agency foundation reports on achievements of Polish scientists and popularises the Polish science.
Science in Poland
 @ScienceinPoland
Aug 2, 2023

A scientist from @WAT_edu used the capabilities of the LUMI supercomputer to conduct research on #fermions, giving hope for a deeper understanding of the processes taking place inside #neutronstars. @LUMIhpc scienceinpoland.pl/en/news/news%2…

ScienceinPoland's tweet image. A scientist from @WAT_edu used the capabilities of the LUMI supercomputer to conduct research on #fermions, giving hope for a deeper understanding of the processes taking place inside #neutronstars. @LUMIhpc scienceinpoland.pl/en/news/news%2…
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ScIUBlog's profile picture. Conversations in Science at Indiana University • An interdisciplinary science blog
ScIU
 @ScIUBlog
Nov 14, 2024

Could we climb #mountains on #neutronstars? Researchers at IU explain just exactly what a mountain would look like on a neutron star, the dead remnant of a massive #star. Read all about it here in our archive #blog post! blogs.iu.edu/sciu/2023/02/2… PC: techeblog.com

ScIUBlog's tweet image. Could we climb #mountains on #neutronstars? Researchers at IU explain just exactly what a mountain would look like on a neutron star, the dead remnant of a massive #star. Read all about it here in our archive #blog post! blogs.iu.edu/sciu/2023/02/2… PC: techeblog.com
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idw_online_de's profile picture. Der Informationsdienst Wissenschaft (idw) ist das Nachrichtenportal für Aktuelles aus Wissenschaft und Forschung.
Informationsdienst Wissenschaft - Nachrichten
 @idw_online_de
Jan 18, 2024

Researchers @UniJena and @UniWarszawski combine their expertise to investigate #NeutronStars. The three-year project MERLIN (The Magnetic Field Dynamics in Neutron Stars) is being ... nachrichten.idw-online.de/2024/01/18/unr…

idw_online_de's tweet image. Researchers @UniJena and @UniWarszawski combine their expertise to investigate #NeutronStars. The three-year project MERLIN (The Magnetic Field Dynamics in Neutron Stars) is being ... nachrichten.idw-online.de/2024/01/18/unr…
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sciworthy's profile picture. Sciworthy provides unbiased summaries of cutting-edge research so you can explore science on your own terms. We also teach courses on how to do this.
Sciworthy By Blue Marble Space
 @sciworthy
Jun 13, 2024

A team of astrophysicists in China simulated collisions between the remains of former stars and showed the resulting explosions could produce heavy elements like lead and mercury. New article by astrophysicist Ben Pauley! sciworthy.com/scientists-fou… #astrophysics #neutronstars

sciworthy's tweet image. A team of astrophysicists in China simulated collisions between the remains of former stars and showed the resulting explosions could produce heavy elements like lead and mercury. New article by astrophysicist Ben Pauley! sciworthy.com/scientists-fou… #astrophysics #neutronstars
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LRZ_DE's profile picture. #ITServices4Science: #HPC #AI #Quantum #VR #Networks #Data Institute of @badw_muenchen Mastodon @LRZ_DE@mastodon.social Data privacy https://t.co/oQGLUPR4jN
LRZ
 @LRZ_DE
Aug 21, 2024

When #neutronstars collide with each other new celestial objeczs are formed. With the help of 3 #highperformancecomputers (including from the LRZ), an #researchteam has simulated the processes behind: ow.ly/WEh750T1Lif #astrophysics, #IT4Science Photo: JThomas/Unsplash

LRZ_DE's tweet image. When #neutronstars collide with each other new celestial objeczs are formed. With the help of 3 #highperformancecomputers (including from the LRZ), an #researchteam has simulated the processes behind: ow.ly/WEh750T1Lif #astrophysics, #IT4Science Photo: JThomas/Unsplash
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