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#nuclearandparticlephysics search results

RBehiel's profile picture. Currently working on a video about Bell’s theorem. Let me know if you have a request for future topics! :)
Richard Behiel
@RBehiel
Jul 11

The strong nuclear force blossoms from the principle of local SU(3) color symmetry. Join me as we derive quantum chromodynamics from first principles in this new 5-part series. Part 1 is now online! :) youtu.be/GfeeIwmb_hw

RBehiel's tweet image. The strong nuclear force blossoms from the principle of local SU(3) color symmetry. Join me as we derive quantum chromodynamics from first principles in this new 5-part series. Part 1 is now online! :) youtu.be/GfeeIwmb_hw
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chayito09's profile picture. Química-Bióloga, MSc Inmunología, sonorense haciendo ciencia. Torpe y distraída. No DM. I’ve got a feeling that keeps me on my toes ♪
Rosario in Paris ᥫ᭡
@chayito09
Oct 16, 2024

¿Recuerdas al modelo atómico tradicional? Ahora, por primera vez, se han utilizado quarks y gluones para describir propiedades de los núcleos atómicos, que se explicaban por la existencia de protones y neutrones. El par temporal de nucleones se resalta en violeta. ©️Institute of…

chayito09's tweet image. ¿Recuerdas al modelo atómico tradicional? Ahora, por primera vez, se han utilizado quarks y gluones para describir propiedades de los núcleos atómicos, que se explicaban por la existencia de protones y neutrones. El par temporal de nucleones se resalta en violeta. ©️Institute of…
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doescience's profile picture. Official account for @Energy Office of Science, the largest single supporter of basic research in the physical sciences in the U.S.
DOE Office of Science
 @doescience
Jun 25, 2023

Researchers @UW, @NCState, @UvA_Amsterdam, @LosAlamosNatLab & @BerkeleyLab found a new electromagnetic shift in how a neutron experiences the weak force. This force explains how free neutrons break down into a proton, an electron, and an antineutrino: energy.gov/science/np/art…

doescience's tweet image. Researchers @UW, @NCState, @UvA_Amsterdam, @LosAlamosNatLab & @BerkeleyLab found a new electromagnetic shift in how a neutron experiences the weak force. This force explains how free neutrons break down into a proton, an electron, and an antineutrino: energy.gov/science/np/art…
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QuantaMagazine's profile picture. Illuminating math and science. Supported by @SimonsFdn. 2022 Pulitzer Prize in Explanatory Reporting.
Quanta Magazine
@QuantaMagazine
Jun 20, 2023

Sonia Bacca, a physicist at the Johannes Gutenberg University of Mainz, recently found that our best theoretical understanding of the strong nuclear force is at odds with experimental results. quantamagazine.org/a-new-experime…

QuantaMagazine's tweet image. Sonia Bacca, a physicist at the Johannes Gutenberg University of Mainz, recently found that our best theoretical understanding of the strong nuclear force is at odds with experimental results. quantamagazine.org/a-new-experime…
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donalddhoffman's profile picture. Professor Emeritus of Cognitive Sciences at the University of California, Irvine. Research: Visual perception, evolutionary psychology, consciousness, AI.
Donald Hoffman
@donalddhoffman
Jun 16, 2023

"A new measurement of the strong nuclear force, which binds protons and neutrons together, confirms previous hints of an uncomfortable truth: We still don’t have a solid theoretical grasp of even the simplest nuclear systems." quantamagazine.org/a-new-experime…

donalddhoffman's tweet card. By measuring inflated helium nuclei, physicists have challenged our best understanding of the force that binds protons and neutrons.
A New Experiment Casts Doubt on the Leading Theory of the Nucleus | Quanta Magazine
Source: quantamagazine.org
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QuantaMagazine's profile picture. Illuminating math and science. Supported by @SimonsFdn. 2022 Pulitzer Prize in Explanatory Reporting.
Quanta Magazine
@QuantaMagazine
Jun 12, 2023

A new measurement of the strong nuclear force, which binds protons and neutrons together, challenges our understanding of the nucleus. Theorists hope they can bring balance to the force. @mccornut reports: quantamagazine.org/a-new-experime…

QuantaMagazine's tweet card. By measuring inflated helium nuclei, physicists have challenged our best understanding of the force that binds protons and neutrons.
A New Experiment Casts Doubt on the Leading Theory of the Nucleus | Quanta Magazine
Source: quantamagazine.org
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profdvp's profile picture. Experimental nuclear physicist at @BrookhavenLab RHIC & @CERN LHC. Tenured prof @CUBoulder, now having fun with it. Prev @MIT @Columbia. Soviet émigré, Papa 🐻
Dennis V. Perepelitsa 🇺🇦🇺🇲
 @profdvp
Oct 24, 2022

In my sub-field of nuclear physics, nuclei are just tools - things we smash apart to use as dense, extended sources of quarks and gluons. But in “low-energy” nuclear physics, the nucleus itself is the object of study. ⚛️ Here are my favorite nuclear structure factoids: 🧵(0/5)

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newscientist's profile picture. The best place to find out what’s new in science – and why it matters.
New Scientist
@newscientist
May 13, 2021

Physicists have measured an atom's 'neutron skin' for the first time bit.ly/3uKmWGP

newscientist's tweet image. Physicists have measured an atom's 'neutron skin' for the first time bit.ly/3uKmWGP
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newscientist's profile picture. The best place to find out what’s new in science – and why it matters.
New Scientist
@newscientist
May 12, 2021

Physicists have measured an atom's 'neutron skin' for the first time bit.ly/3uAYkQF

newscientist's tweet image. Physicists have measured an atom's 'neutron skin' for the first time bit.ly/3uAYkQF
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newscientist's profile picture. The best place to find out what’s new in science – and why it matters.
New Scientist
@newscientist
May 12, 2021

Physicists have measured an atom's 'neutron skin' for the first time bit.ly/3hjmStN

newscientist's tweet image. Physicists have measured an atom's 'neutron skin' for the first time bit.ly/3hjmStN
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newscientist's profile picture. The best place to find out what’s new in science – and why it matters.
New Scientist
@newscientist
May 11, 2021

Physicists have measured an atom's 'neutron skin' for the first time bit.ly/3eyFh3J

newscientist's tweet image. Physicists have measured an atom's 'neutron skin' for the first time bit.ly/3eyFh3J
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newscientist's profile picture. The best place to find out what’s new in science – and why it matters.
New Scientist
@newscientist
May 10, 2021

Physicists have measured an atom's 'neutron skin' for the first time bit.ly/3hiYsjU

newscientist's tweet image. Physicists have measured an atom's 'neutron skin' for the first time bit.ly/3hiYsjU
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newscientist's profile picture. The best place to find out what’s new in science – and why it matters.
New Scientist
@newscientist
May 9, 2021

Physicists have measured an atom's 'neutron skin' for the first time bit.ly/3uoVTAy

newscientist's tweet image. Physicists have measured an atom's 'neutron skin' for the first time bit.ly/3uoVTAy
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newscientist's profile picture. The best place to find out what’s new in science – and why it matters.
New Scientist
@newscientist
May 7, 2021

Physicists have measured an atom's 'neutron skin' for the first time bit.ly/3vMGgDk

newscientist's tweet image. Physicists have measured an atom's 'neutron skin' for the first time bit.ly/3vMGgDk
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nk50194's profile picture. Research Scholar at UGC DAE CSR BARC Mumbai, Msc Physics from Visveswarya national institute of technology nagpur
nitin gujjar
 @nk50194
Sep 3, 2020

Csir net physics lectures| Csir Net Physics Previous Year solution youtu.be/hGPnIuzot5g via @YouTube #csirnetphysics #nuclearandparticlephysics #physics

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IOPPublishing's profile picture. The latest from IOP Publishing, a society-owned scientific publisher, providing impact, recognition and value for the scientific community.
IOP Publishing
 @IOPPublishing
Apr 20, 2020

Read high-quality hand-picked #research from CPC with the Highlights Collection here: ow.ly/sVez50ziG1Q. Covering different topic areas in #ParticlePhysics #NuclearPhysics #ParticleAndNuclearAstrophysics #AcceleratorPhysics and #Cosmology

IOPPublishing's tweet image. Read high-quality hand-picked #research from CPC with the Highlights Collection here: ow.ly/sVez50ziG1Q. Covering different topic areas in #ParticlePhysics #NuclearPhysics #ParticleAndNuclearAstrophysics #AcceleratorPhysics and #Cosmology
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NatureNV's profile picture. Expert commentary for subscribers on exciting science published in Nature and elsewhere, from astronomy to zoology. Login info at https://t.co/OrObfhBbxv
Nature News & Views
 @NatureNV
Apr 15, 2020

A spectacular experiment suggests that neutrinos don’t behave in exactly the same way as their antimatter counterparts - a finding that could solve one of the biggest mysteries in physics go.nature.com/2XCzGkY

NatureNV's tweet image. A spectacular experiment suggests that neutrinos don’t behave in exactly the same way as their antimatter counterparts - a finding that could solve one of the biggest mysteries in physics go.nature.com/2XCzGkY
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