Chile se convierte en Estado Miembro Asociado del CERN Desde el 2 de abril de 2026, Chile integra el CERN como Miembro Asociado, con presencia en comités clave y más oportunidades para ciencia, formación y empresas.

🛰️ #Ciencia

Chile se convierte en Estado Miembro Asociado del CERN y fortalece su vínculo con el Colisionador de Hadrones

#CERN #Chile #LHC #FisicaDeParticulas #InvestigacionCientifica
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objetivo.news/contenido/79...

Cientistas registraram no LHC, na fronteira entre Suíça e França, temperaturas de até 5,5 trilhões de graus Celsius durante colisões de partículas. O número supera em muito o calor do núcleo do Sol.

Matéria completa - regisandrade.com.br/lhc-na-suica...

#LHC #CERN #ciência #universo #BigBang

Ya know what would be fun is if you had a game where all the seeds used for random numbers is data from the #LHC. So the mountains could be shaped by the energy levels detected or the songs set to the tempo of quarks. Weave it in to create a world named Hadron.
#Gaming

youtu.be/lZ9OdP1B_TI?...

The Machine That Could Delete Reality: Why Everyone is Terrified of CERN ⚠️ Is the universe trying to stop us? What if the Large Hadron Collider isn't just a particle smasher, but a countdown clock for reality? This episode dives deep into the scientific anxieties and existential dread surrounding the 'God particle' and the terrifying possibility of catastrophic vacuum decay. As we approach the CERN 2026 shutdown (Long Shutdown 3), the line between quantum physics and cosmic horror blurs. We unpack the Higgs boson doomsday scenario that even Stephen Hawking feared, alongside the unsettling Mandela Effect 2026 theories that suggest we may have already jumped timelines. In this episode, we tackle: - Vacuum Decay Explained: Are we living in a metastable universe on the brink of collapse? - The Future Sabotage Theory: Exploring the Nielsen-Ninomiya theory and why a time-traveling bird baguette might be a warning from the future. - Strange Matter & Black Holes: The truth about strangelets theory and the risk of planet-consuming black holes. - The Occult & Social Mystery: Uncovering the statue of Shiva meaning and those persistent interdimensional portal rumors at the LHC. Is our pursuit of the foundations of reality actually an invitation to the void? We look at the volatility of antimatter and the reverse causation physics that suggests the universe is fighting back against our discovery of the Higgs potential. 👉 Subscribe now to explore the intersection of groundbreaking discovery and deep-seated existential dread. Share this episode to warn the world!  

📣 New Podcast! "The Machine That Could Delete Reality: Why Everyone is Terrified of CERN" on @Spreaker #blackhole #cern #existentialdread #glitchinthematrix #godparticle #higgsboson #interdimensional #lhc #mandelaeffect #mystery #physics #quantumphysics #scaryfacts #science #scienceconspiracy

CERN announced superconducting karts for the LHC! Real tech or the best April Fool's prank ever? They're using actual physics like the Meissner effect, but the details are... wild.

thepixelspulse.com/posts/cern-superconducti...

#cern #largehadroncollider #lhc

18th International Workshop on Boosted Object Phenomenology, Reconstruction, Measurements, and Searches at Colliders Overview BOOST 2026 is the 18th conference of a series of successful joint theory/experiment workshops that bring together the world's leading experts in theoretical and experimental collider physics to discuss the latest progress and develop new approaches on the reconstruction of and use of jet substructure to study Quantum Chromodynamics (QCD) and search for physics beyond the Standard Model. Note: BOOST 2026 will be held in the week just after PSR 2026 in Manchester. For attendees of...

Follows directly after PSR 2026 (Manchester) with easy travel between locations.

More info & registration:
indico.cern.ch/e/BOOST2026

#HEP #ParticlePhysics #BOOST2026 #QCD #LHC

CERN uses tiny AI on FPGAs to filter LHC data in nanoseconds! Learn how they tackle extreme data volumes with custom hardware and specialized models.

thepixelspulse.com/posts/cern-fpga-ai-model...

#cern #lhc #fpgas

the recent Run 2 VBS combination. He is one of the WG3 leaders of COST Action COMETA and was convener of the #LHC EFT Working Group and CMS EFT Forum. He earned his PhD at University of #Padova/@CERN, followed by an @INFN_ postdoctoral fellowship. (8/9)

analysis strategies employed to isolate these processes, with particular emphasis on the new combination of VBS measurements with fully leptonic and semi-leptonic final states using #LHC Run 2 data from CMS. Finally, ... (4/9)

CMS strengthens the case for toponium

A new independent measurement by the @cmsexperiment.bsky.social at the #LHC is consistent with the existence of the most massive composite particle ever observed, the momentary union of a top quark and its antiquark.

Find out more: home.cern/news/news/ph...

Man with hardhat sitting looking up at the giant ATLAS experiment in its underground cavern

ATLAS sets strong limits on #supersymmetry

Using machine-learning techniques, the ATLAS Collaboration has searched deep for signs of particles that could help answer some of the greatest mysteries of physics

Find out more: home.cern/news/news/ph...

@atlasexperiment.bsky.social #LHC

CERN: Aufgerüsteter LHCb-Detektor entdeckt schweres Proton-Pendant Das LHCb-Experiment am CERN hat das Ξcc⁺ nachgewiesen – ein protonenähnliches Teilchen mit zwei Charm-Quarks und vierfacher Protonenmasse. Dr. Volker Zota | heise online Künstlerische Darstellung des Ξcc⁺-Baryon, bestehend aus zwei Charm-Quarks und einem Down-Quark, welches am CERN nachgewiesen wurde. (Bild: CERN) Die Teilchenphysik hat einen neuen Baustein im Zoo der subatomaren Materie katalogisiert: Auf der Konferenz Rencontres de Moriond Electroweak hat die LHCb-Kollaboration am…

CERN: Aufgerüsteter LHCb-Detektor entdeckt schweres Proton-Pendant https://wp.me/p36Ae-1g4x Das LHCb-Experiment am CERN hat das Ξcc⁺ nachgewiesen – ein protonenähnliches Teilchen mit zwei Charm-Quarks und vierfacher Protonenmasse. #LHC #Xiccplus

CERN Detects Rare New Particle After Major Collider Upgrade CERN detects a new particle after LHC upgrade with signals beyond known physics, raising questions about the Standard Model.

⚛️ New Particle Detected Inside CERN ⚛️

A rare heavy particle has just been confirmed after upgrades to the Large Hadron Collider. #CERN #ParticlePhysics #LHC #Science #Physics www.abovethenormnews.com/2026/03/18/c...

Higgs Boson was UK triumph, but British physics faces 'catastrophic' cuts Britain is preparing to cancel its contribution to one of the Large Hadron Collider's next major upgrades.

"Britain is preparing to cancel its contribution to one of the Large Hadron Collider's next major upgrades. It is one of several proposed cuts of UK involvement across various major particle physics and astronomy projects." #UKRI #physics #CERN #LHC #STFC #science
bbc.com/news/article...

CERN adds a new particle to subatomic menagerie The Large Hadron Collider’s subatomic discoveries didn’t stop with the Higgs boson: This week, scientists at Europe’s CERN research center announced that the collider’s LHCb…

The proton-like baryon known as Ξcc⁺ ("Xi-cc-plus") is the 80th subatomic particle discovered at the Large Hadron Collider - and this one's a biggie, at least when compared with the mass of a proton. cosmiclog.com/2026/03/17/c... H/T @cern.bsky.social #LHC #Science #Physics

Wetenschappers CERN ontdekken nieuw zwaar proton Key takeaways Wetenschappers van het kernfysicalaboratorium CERN bij Genève hebben een zwaardere variant van het proton ontdekt. Het subatomaire deeltje dat in de kern voorkomt van elk bekend atoom in het universum. Dit nieuwe deeltje, Xi-cc-plus genaamd, werd ontdekt in een regen van deeltjes die ontstond tijdens hoogenergetische protonbotsingen in de Large Hadron Collider (LHC). […]

Wetenschappers CERN ontdekken nieuw zwaar proton #CERN #Deeltjesfysica #Proton #LHC #XiCcPlus

LHCb Collaboration discovers new proton-like particle The LHCb experiment at CERN’s Large Hadron Collider (LHC) has discovered a new particle consisting of two charm quarks and one down quark, a similar structure to the familiar proton, but with two heav...

CERN's Large Hadron Collider has discovered a new proton-like particle. It's a baryon (a particle consisting of three quarks) composed of two charm quarks and one down quark: home.cern/news/news/ph...

#LHC #CERN #ParticlePhysics #Physics #Science

CMS מחפש בוזונים סקלריים ופסאודו-סקלריים חדשים דרך דעיכות זוגות קווארק-טופ במאיץ LHC

CMS ניתח 138 fb⁻¹ של נתוני התנגשויות פרוטון-פרוטון מה-LHC לאיתור בוזונים מעבר למודל הסטנדרטי המתפרקים ל-tt̄. עודף של מעל 5σ בסמוך לסף tt̄ מרמז על מצב מעין-קשור פסאודו-סקלרי או 'טופוניום'; נקבעו גבולות הצימוד ההדוקים ביותר עד כה לרזוננסים סקלריים בטווח 365–1000 GeV.

#פיזיקת_חלקיקים #LHC #חדשות

CMS, LHC에서 탑 쿼크 쌍 붕괴를 통한 새로운 스칼라 및 유사스칼라 보손 탐색

CMS는 tt̄로 붕괴하는 표준모형 너머(BSM) 보손을 찾기 위해 138 fb⁻¹의 LHC 양성자-양성자 충돌 데이터를 분석했습니다. tt̄ 임계값 근방에서 나타난 5σ 이상의 초과 신호는 유사스칼라 입자 또는 '토포늄' 준속박 상태의 존재를 암시하며, 365~1000 GeV 범위의 스칼라 공명 입자에 대해 지금까지 가장 엄격한 결합 상수 상한이 설정되었습니다.

#입자물리학 #LHC #뉴스

CMSがLHCにおけるトップクォーク対崩壊を通じた新しいスカラーおよび擬スカラーボゾンを探索

CMSは138 fb⁻¹のLHC陽子-陽子衝突データを解析し、tt̄に崩壊する標準模型を超えたボゾンを探索した。tt̄閾値付近で5σを超える超過が観測され、擬スカラー粒子または「トポニウム」準束縛状態の存在を示唆している。また、365〜1000 GeVの範囲でスカラー共鳴に対する過去最も厳しい結合定数の上限が設定された。

#素粒子物理学 #LHC #ニュース

CMS Searches for New Scalar and Pseudoscalar Bosons via Top-Quark Pair Decays at the LHC

CMS analysed 138 fb⁻¹ of LHC pp-collision data for BSM bosons decaying to tt̄. A >5σ excess near tt̄ threshold hints at a pseudoscalar or 'toponium' quasi-bound state; tightest-to-date coupling limits set for scalar resonances across 365–1000 GeV.

#ParticlePhysics #LHC #News

I lalalove lalalychee

#lhc #lycheehikariclub #lycheelightclub #llc #zera #jaibo

Chiara @ CERN #STEM #WomensHistoryMonth #physics #physicist #LHC #CERN #science
bsky.app/profile/cern...

Sailing the high energies ⚡

These are the first high-energy collisions recorded by the #LHC experiments in 2026.
Representing particle collisions at an energy of 13.6 TeV, these event displays mark the beginning of the experiments’ data-taking season and the final #LHCRun3.
#BeamTime

En cada visita a Suiza toca una instalación del CERN. Pocas me quedan por visitar.
#Legion501 #SquadCierzo @cern.bsky.social #LHC

This belongs in the Science feed. #cunk #lhc #chakras

La Quinzaine des Romands: Genève termine sur le podium, Lausanne et Bienne retrouveront leurs rivaux | RTS La saison régulière de National League a livré son verdict lundi. Les Romands peuvent se montrer satisfaits, puisque Fribourg (2e) et Genève (3e) accompagnent Davos sur le podium final, alors que Laus...

La saison régulière de #NationalLeague 2025-2026 a touché à sa fin. Le #HCFG et le #GSHC ont terminé sur le podium, alors que le #LHC retrouvera son rival lémanique en playoffs. Tour d'horizon dans le 10e épisode de la Quinzaine des Romands, disponible sur #RTSsport ⤵️
www.rts.ch/sport/hockey...

New results in the search for Supersymmetry. Join the live webcast 11 AM CET - Tuesday 10 March 2026

Tune in today at 11 AM CET for a live #LHC Seminar on new results in the search for Supersymmetry at @cern.bsky.social !

🕚️ Watch live: cern.ch/atlas-webinar

Grand Collisionneur de Hadrons Haute Luminosité au CERN : des collisions plus nombreuses pour connaitre les particules de la Les scientifiques du CERN ont démarré l’opération complexe de refroidissement d’un banc d’essai de 95 m reproduisant la configuration souterraine

Le LHC passe en mode haute luminosité au CERN. Plus de collisions, plus de données… et peut-être enfin des indices sur la matière noire.
www.enviscope.com/grand-collis...
#Space #Science #Innovation #Astrophysics #ParticlePhysics #LHC #HL_LHC

Original post on mastodon.social

Le LHC passe en mode haute luminosité au CERN. Plus de collisions, plus de données… et peut-être enfin des indices sur la matière noire.
www.enviscope.com/grand-collisionneur-de-h... […]