#fieldtheory — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #fieldtheory, aggregated by home.social.
-
Two forces spiral inward until they become one eye — the universe watching itself through the geometry of meeting. Every circle here is a breath, every intersection a birth.
https://silverlenz.carrd.co
Zap ⚡ if it resonates — support the transmissions directly.
#SacredGeometry #DualityUnified #ConsciousnessCode #FieldTheory #InfiniteSymmetry -
#paperOfTheDay "Theres' plenty of room in the middle: The unsung revolution of the renormalization group" from 2023 is a meta-article to commemorate 50 years of the #renormalization group in memory of one of its pioneers, Michael E. Fisher.
First of all, this article is a masterly and dense historical overview, basically every single reference in it is a breakthrough article worth reading. This being said, the article builds upon "Fisher's least cited article". There, Fisher introduces the thesis, which is elaborated in the present article, that almost all interesting #physics happens in the "middle"; concretely in the realm of collective phenomena and effective #fieldTheory governed by the renormalization group.
The present article discusses various examples, each with a provocative title, for example the BCS theory of superconductivity (famously a pure quantum effect) under the slogan that quantum mechanics is really not needed for condensed matter physics. The reasoning is: Such effects are described by effective field theories and "minimal models" with certain "asymptotic" properties (this is discussed in detail), in concrete cases these models can be derived from quantum mechanics, but this derivation does not really add anything to the practical understanding. At the same time, one can often obtain them from thermodynamic considerations alone, regardless of any more fundamental theory.
The article ends with the standard model of elementary particle physics, with the same thesis: One can view this as "just some EFT", which is valid as a very accurate model to describe observations, regardless of whether it is "fundamental"
. https://arxiv.org/abs/2306.06020v1 -
#paperOfTheDay "Theres' plenty of room in the middle: The unsung revolution of the renormalization group" from 2023 is a meta-article to commemorate 50 years of the #renormalization group in memory of one of its pioneers, Michael E. Fisher.
First of all, this article is a masterly and dense historical overview, basically every single reference in it is a breakthrough article worth reading. This being said, the article builds upon "Fisher's least cited article". There, Fisher introduces the thesis, which is elaborated in the present article, that almost all interesting #physics happens in the "middle"; concretely in the realm of collective phenomena and effective #fieldTheory governed by the renormalization group.
The present article discusses various examples, each with a provocative title, for example the BCS theory of superconductivity (famously a pure quantum effect) under the slogan that quantum mechanics is really not needed for condensed matter physics. The reasoning is: Such effects are described by effective field theories and "minimal models" with certain "asymptotic" properties (this is discussed in detail), in concrete cases these models can be derived from quantum mechanics, but this derivation does not really add anything to the practical understanding. At the same time, one can often obtain them from thermodynamic considerations alone, regardless of any more fundamental theory.
The article ends with the standard model of elementary particle physics, with the same thesis: One can view this as "just some EFT", which is valid as a very accurate model to describe observations, regardless of whether it is "fundamental"
. https://arxiv.org/abs/2306.06020v1 -
#paperOfTheDay "Theres' plenty of room in the middle: The unsung revolution of the renormalization group" from 2023 is a meta-article to commemorate 50 years of the #renormalization group in memory of one of its pioneers, Michael E. Fisher.
First of all, this article is a masterly and dense historical overview, basically every single reference in it is a breakthrough article worth reading. This being said, the article builds upon "Fisher's least cited article". There, Fisher introduces the thesis, which is elaborated in the present article, that almost all interesting #physics happens in the "middle"; concretely in the realm of collective phenomena and effective #fieldTheory governed by the renormalization group.
The present article discusses various examples, each with a provocative title, for example the BCS theory of superconductivity (famously a pure quantum effect) under the slogan that quantum mechanics is really not needed for condensed matter physics. The reasoning is: Such effects are described by effective field theories and "minimal models" with certain "asymptotic" properties (this is discussed in detail), in concrete cases these models can be derived from quantum mechanics, but this derivation does not really add anything to the practical understanding. At the same time, one can often obtain them from thermodynamic considerations alone, regardless of any more fundamental theory.
The article ends with the standard model of elementary particle physics, with the same thesis: One can view this as "just some EFT", which is valid as a very accurate model to describe observations, regardless of whether it is "fundamental"
. https://arxiv.org/abs/2306.06020v1 -
#paperOfTheDay "Theres' plenty of room in the middle: The unsung revolution of the renormalization group" from 2023 is a meta-article to commemorate 50 years of the #renormalization group in memory of one of its pioneers, Michael E. Fisher.
First of all, this article is a masterly and dense historical overview, basically every single reference in it is a breakthrough article worth reading. This being said, the article builds upon "Fisher's least cited article". There, Fisher introduces the thesis, which is elaborated in the present article, that almost all interesting #physics happens in the "middle"; concretely in the realm of collective phenomena and effective #fieldTheory governed by the renormalization group.
The present article discusses various examples, each with a provocative title, for example the BCS theory of superconductivity (famously a pure quantum effect) under the slogan that quantum mechanics is really not needed for condensed matter physics. The reasoning is: Such effects are described by effective field theories and "minimal models" with certain "asymptotic" properties (this is discussed in detail), in concrete cases these models can be derived from quantum mechanics, but this derivation does not really add anything to the practical understanding. At the same time, one can often obtain them from thermodynamic considerations alone, regardless of any more fundamental theory.
The article ends with the standard model of elementary particle physics, with the same thesis: One can view this as "just some EFT", which is valid as a very accurate model to describe observations, regardless of whether it is "fundamental"
. https://arxiv.org/abs/2306.06020v1 -
#paperOfTheDay "Theres' plenty of room in the middle: The unsung revolution of the renormalization group" from 2023 is a meta-article to commemorate 50 years of the #renormalization group in memory of one of its pioneers, Michael E. Fisher.
First of all, this article is a masterly and dense historical overview, basically every single reference in it is a breakthrough article worth reading. This being said, the article builds upon "Fisher's least cited article". There, Fisher introduces the thesis, which is elaborated in the present article, that almost all interesting #physics happens in the "middle"; concretely in the realm of collective phenomena and effective #fieldTheory governed by the renormalization group.
The present article discusses various examples, each with a provocative title, for example the BCS theory of superconductivity (famously a pure quantum effect) under the slogan that quantum mechanics is really not needed for condensed matter physics. The reasoning is: Such effects are described by effective field theories and "minimal models" with certain "asymptotic" properties (this is discussed in detail), in concrete cases these models can be derived from quantum mechanics, but this derivation does not really add anything to the practical understanding. At the same time, one can often obtain them from thermodynamic considerations alone, regardless of any more fundamental theory.
The article ends with the standard model of elementary particle physics, with the same thesis: One can view this as "just some EFT", which is valid as a very accurate model to describe observations, regardless of whether it is "fundamental"
. https://arxiv.org/abs/2306.06020v1 -
¨The first reaction to this work is that it is wrong.
The second is that it is obvious.”
— Victor WeisskopfThe Aharonov-Bohm effect is a fascinating story.
https://youtu.be/XKSjCOKDtpk -
¨The first reaction to this work is that it is wrong.
The second is that it is obvious.”
— Victor WeisskopfThe Aharonov-Bohm effect is a fascinating story.
https://youtu.be/XKSjCOKDtpk -
¨The first reaction to this work is that it is wrong.
The second is that it is obvious.”
— Victor WeisskopfThe Aharonov-Bohm effect is a fascinating story.
https://youtu.be/XKSjCOKDtpk -
¨The first reaction to this work is that it is wrong.
The second is that it is obvious.”
— Victor WeisskopfThe Aharonov-Bohm effect is a fascinating story.
https://youtu.be/XKSjCOKDtpk -
¨The first reaction to this work is that it is wrong.
The second is that it is obvious.”
— Victor WeisskopfThe Aharonov-Bohm effect is a fascinating story.
https://youtu.be/XKSjCOKDtpk -
Today in the #dailyPaperChallenge I read (parts of) "critical \( \phi^4_{3,\epsilon} \)" from 2002. This paper deals with the #renormalization of a quartic interacting #fieldTheory in 3 dimensions, but with a non-standard (long-range) propagator \(1/p^{\frac 3 2} \). The methods they use are quite different from what I am accustomed to, but there are two points of contact with my work: Firstly, this theory is an example of a marginally coupled \(\phi^4 \) theory with non-integer propagator power. The #tropicalFieldTheory we are currently developing is also of that type. And secondly, the algebraic/combinatorial operations they use seem to fit nicely into a Hopf algebra description a la Connes-Kreimer (probably, someone has already worked that out in the 20 years since). Besides that, this paper also includes one section that is just a sequence of 24 lemmas, which would be more typical for Wittgenstein's tractatus than for a physics paper. What I also liked was that the paragraphs have individual titles, which makes the structure of arguments very easy to follow. https://link.springer.com/article/10.1007/s00220-003-0895-4
-
Today in the #dailyPaperChallenge I read (parts of) "critical \( \phi^4_{3,\epsilon} \)" from 2002. This paper deals with the #renormalization of a quartic interacting #fieldTheory in 3 dimensions, but with a non-standard (long-range) propagator \(1/p^{\frac 3 2} \). The methods they use are quite different from what I am accustomed to, but there are two points of contact with my work: Firstly, this theory is an example of a marginally coupled \(\phi^4 \) theory with non-integer propagator power. The #tropicalFieldTheory we are currently developing is also of that type. And secondly, the algebraic/combinatorial operations they use seem to fit nicely into a Hopf algebra description a la Connes-Kreimer (probably, someone has already worked that out in the 20 years since). Besides that, this paper also includes one section that is just a sequence of 24 lemmas, which would be more typical for Wittgenstein's tractatus than for a physics paper. What I also liked was that the paragraphs have individual titles, which makes the structure of arguments very easy to follow. https://link.springer.com/article/10.1007/s00220-003-0895-4
-
Today in the #dailyPaperChallenge I read (parts of) "critical \( \phi^4_{3,\epsilon} \)" from 2002. This paper deals with the #renormalization of a quartic interacting #fieldTheory in 3 dimensions, but with a non-standard (long-range) propagator \(1/p^{\frac 3 2} \). The methods they use are quite different from what I am accustomed to, but there are two points of contact with my work: Firstly, this theory is an example of a marginally coupled \(\phi^4 \) theory with non-integer propagator power. The #tropicalFieldTheory we are currently developing is also of that type. And secondly, the algebraic/combinatorial operations they use seem to fit nicely into a Hopf algebra description a la Connes-Kreimer (probably, someone has already worked that out in the 20 years since). Besides that, this paper also includes one section that is just a sequence of 24 lemmas, which would be more typical for Wittgenstein's tractatus than for a physics paper. What I also liked was that the paragraphs have individual titles, which makes the structure of arguments very easy to follow. https://link.springer.com/article/10.1007/s00220-003-0895-4
-
Today in the #dailyPaperChallenge I read (parts of) "critical \( \phi^4_{3,\epsilon} \)" from 2002. This paper deals with the #renormalization of a quartic interacting #fieldTheory in 3 dimensions, but with a non-standard (long-range) propagator \(1/p^{\frac 3 2} \). The methods they use are quite different from what I am accustomed to, but there are two points of contact with my work: Firstly, this theory is an example of a marginally coupled \(\phi^4 \) theory with non-integer propagator power. The #tropicalFieldTheory we are currently developing is also of that type. And secondly, the algebraic/combinatorial operations they use seem to fit nicely into a Hopf algebra description a la Connes-Kreimer (probably, someone has already worked that out in the 20 years since). Besides that, this paper also includes one section that is just a sequence of 24 lemmas, which would be more typical for Wittgenstein's tractatus than for a physics paper. What I also liked was that the paragraphs have individual titles, which makes the structure of arguments very easy to follow. https://link.springer.com/article/10.1007/s00220-003-0895-4
-
Today in the #dailyPaperChallenge I read (parts of) "critical \( \phi^4_{3,\epsilon} \)" from 2002. This paper deals with the #renormalization of a quartic interacting #fieldTheory in 3 dimensions, but with a non-standard (long-range) propagator \(1/p^{\frac 3 2} \). The methods they use are quite different from what I am accustomed to, but there are two points of contact with my work: Firstly, this theory is an example of a marginally coupled \(\phi^4 \) theory with non-integer propagator power. The #tropicalFieldTheory we are currently developing is also of that type. And secondly, the algebraic/combinatorial operations they use seem to fit nicely into a Hopf algebra description a la Connes-Kreimer (probably, someone has already worked that out in the 20 years since). Besides that, this paper also includes one section that is just a sequence of 24 lemmas, which would be more typical for Wittgenstein's tractatus than for a physics paper. What I also liked was that the paragraphs have individual titles, which makes the structure of arguments very easy to follow. https://link.springer.com/article/10.1007/s00220-003-0895-4
-
How Sciencing Magic Reveals the Truth Beneath Religion #RFT #RelationalFieldTheory #Fieldtheory #religion
-
"We call it ‘field theory’.
The notion of ‘fields’ was originally developed by physicists such as Newton, Michael Faraday, Richard Feynman and others. In physics, the concept has been used to explain gravity, electromagnetism, and particle interactions in quantum theory. But fields have also been used in biology to explain the development of living things. In the mid-20th century, the Austrian biologist Paul Weiss proposed that, within an embryo, large ‘morphogenetic fields’ directed the behaviour of cells inside them. Together, these pioneers in physics and biology showed how objects in the Universe can be directed by often-invisible and large-scale external structures. Our version of field theory takes this as its starting point."
https://aeon.co/essays/a-new-field-theory-reveals-the-hidden-forces-that-guide-us
-
"We call it ‘field theory’.
The notion of ‘fields’ was originally developed by physicists such as Newton, Michael Faraday, Richard Feynman and others. In physics, the concept has been used to explain gravity, electromagnetism, and particle interactions in quantum theory. But fields have also been used in biology to explain the development of living things. In the mid-20th century, the Austrian biologist Paul Weiss proposed that, within an embryo, large ‘morphogenetic fields’ directed the behaviour of cells inside them. Together, these pioneers in physics and biology showed how objects in the Universe can be directed by often-invisible and large-scale external structures. Our version of field theory takes this as its starting point."
https://aeon.co/essays/a-new-field-theory-reveals-the-hidden-forces-that-guide-us
-
#DeanRickles - Is #Time #Fundamental?
https://www.youtube.com/watch?v=1TkPn-QNYtk
#Philosophy #PhilosophyOfTime #Logic #Metaphysics #PhilosophyOfScience #Science #Emergence #Physics #Entropy #StatisticalMechanics #GR #GeneralRelativity #SpecialRelativity #Newton #Einstein #QM #QuantumMechanics #QuantumTheory #FieldTheory #Space #SpaceTime #QuantumFieldTheory #CloserToTruth #RobertKuhn
-
#DeanRickles - Is #Time #Fundamental?
https://www.youtube.com/watch?v=1TkPn-QNYtk
#Philosophy #PhilosophyOfTime #Logic #Metaphysics #PhilosophyOfScience #Science #Emergence #Physics #Entropy #StatisticalMechanics #GR #GeneralRelativity #SpecialRelativity #Newton #Einstein #QM #QuantumMechanics #QuantumTheory #FieldTheory #Space #SpaceTime #QuantumFieldTheory #CloserToTruth #RobertKuhn
-
#DeanRickles - Is #Time #Fundamental?
https://www.youtube.com/watch?v=1TkPn-QNYtk
#Philosophy #PhilosophyOfTime #Logic #Metaphysics #PhilosophyOfScience #Science #Emergence #Physics #Entropy #StatisticalMechanics #GR #GeneralRelativity #SpecialRelativity #Newton #Einstein #QM #QuantumMechanics #QuantumTheory #FieldTheory #Space #SpaceTime #QuantumFieldTheory #CloserToTruth #RobertKuhn
-
#DeanRickles - Is #Time #Fundamental?
https://www.youtube.com/watch?v=1TkPn-QNYtk
#Philosophy #PhilosophyOfTime #Logic #Metaphysics #PhilosophyOfScience #Science #Emergence #Physics #Entropy #StatisticalMechanics #GR #GeneralRelativity #SpecialRelativity #Newton #Einstein #QM #QuantumMechanics #QuantumTheory #FieldTheory #Space #SpaceTime #QuantumFieldTheory #CloserToTruth #RobertKuhn
-
#DeanRickles - Is #Time #Fundamental?
https://www.youtube.com/watch?v=1TkPn-QNYtk
#Philosophy #PhilosophyOfTime #Logic #Metaphysics #PhilosophyOfScience #Science #Emergence #Physics #Entropy #StatisticalMechanics #GR #GeneralRelativity #SpecialRelativity #Newton #Einstein #QM #QuantumMechanics #QuantumTheory #FieldTheory #Space #SpaceTime #QuantumFieldTheory #CloserToTruth #RobertKuhn
-
A brief history of #psychology & the sciences as related to #FieldTheory -
"Notes on Albert's Mind, Field Theory & Contextualism"
Also, using #synesthesia/#schizophrenia to study one another...
https://www.audible.com/pd/On-Psychology-Audiobook/B07F46HDBP -
A brief history of #psychology & the sciences as related to #FieldTheory -
"Notes on Albert's Mind, Field Theory & Contextualism"
Also, using #synesthesia/#schizophrenia to study one another...
https://www.audible.com/pd/On-Psychology-Audiobook/B07F46HDBP -
A brief history of #psychology & the sciences as related to #FieldTheory -
"Notes on Albert's Mind, Field Theory & Contextualism"
Also, using #synesthesia/#schizophrenia to study one another...
https://www.audible.com/pd/On-Psychology-Audiobook/B07F46HDBP -
A brief history of #psychology & the sciences as related to #FieldTheory -
"Notes on Albert's Mind, Field Theory & Contextualism"
Also, using #synesthesia/#schizophrenia to study one another...
https://www.audible.com/pd/On-Psychology-Audiobook/B07F46HDBP -
@[email protected] @[email protected]
Via another channel yesterday came more references from @immersender #organization / #fieldtheory :
SAFs (Fligstein & McAdam); reflexive innovation (Windeler); issue fields (Hoffman).
And as an evergreen: Eisenstadt. -
@[email protected] @[email protected]
Via another channel yesterday came more references from @immersender #organization / #fieldtheory :
SAFs (Fligstein & McAdam); reflexive innovation (Windeler); issue fields (Hoffman).
And as an evergreen: Eisenstadt. -
@[email protected] @[email protected]
Via another channel yesterday came more references from @immersender #organization / #fieldtheory :
SAFs (Fligstein & McAdam); reflexive innovation (Windeler); issue fields (Hoffman).
And as an evergreen: Eisenstadt. -
@[email protected] @[email protected]
Via another channel yesterday came more references from @immersender #organization / #fieldtheory :
SAFs (Fligstein & McAdam); reflexive innovation (Windeler); issue fields (Hoffman).
And as an evergreen: Eisenstadt. -
@[email protected] @[email protected]
Via another channel yesterday came more references from @immersender #organization / #fieldtheory :
SAFs (Fligstein & McAdam); reflexive innovation (Windeler); issue fields (Hoffman).
And as an evergreen: Eisenstadt. -
@ekmiller Oh My Various Goddess Abstractions. This is so incredibly beautiful 😍
STDP reveals that timing reshapes connections.
This paper reveals how, and it's... musical.The brain as an "instrument" takes on new meaning.
https://bcs.mit.edu/news/brain-networks-encoding-memory-come-together-electric-fields-study-finds
#neuroscience #neurobuzz #cogsci #neurons #music #electricity #energy #fieldtheory #electrodynamics #instrument
-
@ekmiller Oh My Various Goddess Abstractions. This is so incredibly beautiful 😍
STDP reveals that timing reshapes connections.
This paper reveals how, and it's... musical.The brain as an "instrument" takes on new meaning.
https://bcs.mit.edu/news/brain-networks-encoding-memory-come-together-electric-fields-study-finds
#neuroscience #neurobuzz #cogsci #neurons #music #electricity #energy #fieldtheory #electrodynamics #instrument
-
@ekmiller Oh My Various Goddess Abstractions. This is so incredibly beautiful 😍
STDP reveals that timing reshapes connections.
This paper reveals how, and it's... musical.The brain as an "instrument" takes on new meaning.
https://bcs.mit.edu/news/brain-networks-encoding-memory-come-together-electric-fields-study-finds
#neuroscience #neurobuzz #cogsci #neurons #music #electricity #energy #fieldtheory #electrodynamics #instrument
-
@ekmiller Oh My Various Goddess Abstractions. This is so incredibly beautiful 😍
STDP reveals that timing reshapes connections.
This paper reveals how, and it's... musical.The brain as an "instrument" takes on new meaning.
https://bcs.mit.edu/news/brain-networks-encoding-memory-come-together-electric-fields-study-finds
#neuroscience #neurobuzz #cogsci #neurons #music #electricity #energy #fieldtheory #electrodynamics #instrument
-
@ekmiller Oh My Various Goddess Abstractions. This is so incredibly beautiful 😍
STDP reveals that timing reshapes connections.
This paper reveals how, and it's... musical.The brain as an "instrument" takes on new meaning.
https://bcs.mit.edu/news/brain-networks-encoding-memory-come-together-electric-fields-study-finds
#neuroscience #neurobuzz #cogsci #neurons #music #electricity #energy #fieldtheory #electrodynamics #instrument
-
"We show that optical bias fields injected into multistable #optical systems enable a controllable source of #quantum #randomness, and we demonstrated this concept in an optical parametric oscillator (OPO). By injecting bias pulses with less than one #photon on average, we controlled the probabilities of the two possible OPO output states."
https://www.science.org/doi/10.1126/science.adh4920
#quantumFieldTheory #fieldTheory #fluctuations #quantumComputing #vacuumFluctuation #energy #physics #computing #randomNumber
-
"We show that optical bias fields injected into multistable #optical systems enable a controllable source of #quantum #randomness, and we demonstrated this concept in an optical parametric oscillator (OPO). By injecting bias pulses with less than one #photon on average, we controlled the probabilities of the two possible OPO output states."
https://www.science.org/doi/10.1126/science.adh4920
#quantumFieldTheory #fieldTheory #fluctuations #quantumComputing #vacuumFluctuation #energy #physics #computing #randomNumber
-
"We show that optical bias fields injected into multistable #optical systems enable a controllable source of #quantum #randomness, and we demonstrated this concept in an optical parametric oscillator (OPO). By injecting bias pulses with less than one #photon on average, we controlled the probabilities of the two possible OPO output states."
https://www.science.org/doi/10.1126/science.adh4920
#quantumFieldTheory #fieldTheory #fluctuations #quantumComputing #vacuumFluctuation #energy #physics #computing #randomNumber
-
"We show that optical bias fields injected into multistable #optical systems enable a controllable source of #quantum #randomness, and we demonstrated this concept in an optical parametric oscillator (OPO). By injecting bias pulses with less than one #photon on average, we controlled the probabilities of the two possible OPO output states."
https://www.science.org/doi/10.1126/science.adh4920
#quantumFieldTheory #fieldTheory #fluctuations #quantumComputing #vacuumFluctuation #energy #physics #computing #randomNumber
-
How does #Hawking #Radiation REALLY work?
"Nothing can escape #BlackHoles, yet somehow they can lose #Mass by emitting #HawkingRadiation?!" - #TheScienceAsylum
https://www.youtube.com/watch?v=rrUvLlrvgxQ&ab_channel=TheScienceAsylum
#ScienceAsylum #NickLucid #Physics #Astrophysics #Conservation #Information #ConservationOfInformation #Energy #ConservationOfEnergy #QM #QuantumMechanics #QuantumPhysics #QFT #QuantumFieldTheory #FieldTheory #QuantumField #QuantumFields #Spacetime #VirtualParticles #Evaporation
-
How does #Hawking #Radiation REALLY work?
"Nothing can escape #BlackHoles, yet somehow they can lose #Mass by emitting #HawkingRadiation?!" - #TheScienceAsylum
https://www.youtube.com/watch?v=rrUvLlrvgxQ&ab_channel=TheScienceAsylum
#ScienceAsylum #NickLucid #Physics #Astrophysics #Conservation #Information #ConservationOfInformation #Energy #ConservationOfEnergy #QM #QuantumMechanics #QuantumPhysics #QFT #QuantumFieldTheory #FieldTheory #QuantumField #QuantumFields #Spacetime #VirtualParticles #Evaporation
-
How does #Hawking #Radiation REALLY work?
"Nothing can escape #BlackHoles, yet somehow they can lose #Mass by emitting #HawkingRadiation?!" - #TheScienceAsylum
https://www.youtube.com/watch?v=rrUvLlrvgxQ&ab_channel=TheScienceAsylum
#ScienceAsylum #NickLucid #Physics #Astrophysics #Conservation #Information #ConservationOfInformation #Energy #ConservationOfEnergy #QM #QuantumMechanics #QuantumPhysics #QFT #QuantumFieldTheory #FieldTheory #QuantumField #QuantumFields #Spacetime #VirtualParticles #Evaporation
-
How does #Hawking #Radiation REALLY work?
"Nothing can escape #BlackHoles, yet somehow they can lose #Mass by emitting #HawkingRadiation?!" - #TheScienceAsylum
https://www.youtube.com/watch?v=rrUvLlrvgxQ&ab_channel=TheScienceAsylum
#ScienceAsylum #NickLucid #Physics #Astrophysics #Conservation #Information #ConservationOfInformation #Energy #ConservationOfEnergy #QM #QuantumMechanics #QuantumPhysics #QFT #QuantumFieldTheory #FieldTheory #QuantumField #QuantumFields #Spacetime #VirtualParticles #Evaporation
-
How does #Hawking #Radiation REALLY work?
"Nothing can escape #BlackHoles, yet somehow they can lose #Mass by emitting #HawkingRadiation?!" - #TheScienceAsylum
https://www.youtube.com/watch?v=rrUvLlrvgxQ&ab_channel=TheScienceAsylum
#ScienceAsylum #NickLucid #Physics #Astrophysics #Conservation #Information #ConservationOfInformation #Energy #ConservationOfEnergy #QM #QuantumMechanics #QuantumPhysics #QFT #QuantumFieldTheory #FieldTheory #QuantumField #QuantumFields #Spacetime #VirtualParticles #Evaporation
