Discover and read the best of Twitter Threads about #HIGGSBOSON
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Higgs boson adalah partikel kecil yg sgt sulit untuk ditemukan. Ia ditemukan dgn percobaan yg dilakukan di #CERN (Conseil Européen pour la Recherche Nucléaire / The European Organization for Nuclear Research) pusat penelitian fisika terbesar di dunia.
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Di sana, para ilmuwan menggunakan mesin besar yg disebut Large Hadron Collider (#LHC) untuk menabrakkan partikel2 kecil bersama2 dgn kecepatan sgt tinggi.
Saat mrk bertabrakan, mrk menghasilkan energi yg cukup besar untuk menghasilkan partikel baru, termasuk Higgs Boson.
Saat mrk bertabrakan, mrk menghasilkan energi yg cukup besar untuk menghasilkan partikel baru, termasuk Higgs Boson.
#HiggsBoson sgt sulit dideteksi, jd para ilmuwan melihat jejak partikel lain yg dihasilkan saat Higgs boson tercipta.
Penemuan Higgs boson penting krn memperkuat teori Model Standar fisika, yg menjelaskan bgmn partikel2 dasar seperti quark dan elektron berinteraksi.
Penemuan Higgs boson penting krn memperkuat teori Model Standar fisika, yg menjelaskan bgmn partikel2 dasar seperti quark dan elektron berinteraksi.
#Taldíacomohoy, 4 de julio de 2012, desde el @CERN se anunciaba el hallazgo de una partícula largamente buscada: el bosón de Higgs. Aquello fue una revolución en física cuántica. Hoy repasamos 10 datos sobre el Higgs en el 10º aniversario de su descubrimiento #Higgs10 #Higgsboson 
1. El campo de Higgs no es lo mismo que la partícula de Higgs. Hay 4 campos de #Higgs y solo 1 bosón de Higgs; los bosones de Higgs son las excitaciones de uno de esos campos.
2. El campo de Higgs está por todas partes, y lo permea todo, desde el interior de nuestros propios átomos hasta el vacío del cosmos. En otras palabras, el espacio vacío no está vacío, no es la nada, sino que está lleno del campo de Higgs.
The ATLAS Collaboration at @CERN is celebrating the results of 1,000 papers studying LHC collisions.
From the discovery of the Higgs boson to searches for new physics, these results give unprecedented insight into our Universe. Let's explore! THREAD⤵️ atlas.cern/updates/news/1…
From the discovery of the Higgs boson to searches for new physics, these results give unprecedented insight into our Universe. Let's explore! THREAD⤵️ atlas.cern/updates/news/1…
In 2010, just 3 weeks into the first heavy-ion run, ATLAS saw an unexpectedly large imbalance of energy in pairs of particle jets created in lead-nuclei collisions. 🎇
This was the first observation of the "jet quenching" phenomenon at the LHC! cerncourier.com/a/atlas-observ…
This was the first observation of the "jet quenching" phenomenon at the LHC! cerncourier.com/a/atlas-observ…
Shortly afterwards, ATLAS scientists made the first measurement of top-quark pair production at the LHC.
This incredibly accurate result required just a few months worth of LHC data, demonstrating the extraordinary potential of the accelerator!
This incredibly accurate result required just a few months worth of LHC data, demonstrating the extraordinary potential of the accelerator!
Today marks seven years since I arrived at @CERN to work for @CMSexperiment. This is what I looked a few days after I first got here. 1/n
To celebrate these seven years, here are some of the things I've done since Day One: 2/n
… helped organise #ResearchersNight 2012 at @CMSexperiment:
#OnThisDay 5 years ago @CMSexperiment & @ATLASexperiment announced a #HiggsBoson discovery
Let's share #HiggsStories cern.ch/go/sLN9
Let's share #HiggsStories cern.ch/go/sLN9
