renormalize's latest activity
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Rrenormalize replied to the thread I A sufficient condition for integrability of equation ##\nabla g=0##.You avoided my request above for a reference, so I request again: please supply a credible published reference that explicitly discusses...
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Rrenormalize replied to the thread I A sufficient condition for integrability of equation ##\nabla g=0##.Just look at Wikiedia: https://en.wikipedia.org/wiki/Spin_connection! So for the Levi-Civita connection ##\left\{...
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Rrenormalize replied to the thread Thank you to mentors, advisors and members.Congratulations! But do note that neither IJRAP nor its ISSN: 2201-1056 are listed on Clarivate's Master Journal List. So unfortunately...
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Rrenormalize replied to the thread I A sufficient condition for integrability of equation ##\nabla g=0##.How is this paper relevant to your claim in post #23? The tetrad ##e## and spin-connection ##\omega## appear nowhere in the Schmidt...
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Rrenormalize reacted to berkeman's post in the thread It is an honor to be here with you with
Informative.
Not in this Introduction thread. That would be needed if he starts a thread in the technical forums. -
Rrenormalize replied to the thread It is an honor to be here with you.Please cite a credible published reference that claims protons and neutrons contain antiquarks in addition to quarks.
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Rrenormalize replied to the thread I A sufficient condition for integrability of equation ##\nabla g=0##.Not according to the reference I posted above. Only the tetrad ##e## and connection ##\Gamma## can be independently and freely selected...
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Rrenormalize replied to the thread I A sufficient condition for integrability of equation ##\nabla g=0##.Your equation is not an integrability condition that must be satisfied by ##e,\omega,\Gamma##. Instead, it simply defines the spin...
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Rrenormalize reacted to ergospherical's post in the thread I A sufficient condition for integrability of equation ##\nabla g=0## with
Like.
I'm struggling a bit to follow your train of thought- The tetrads ##e'## and ##e## are related by a (local) Lorentz transformation... -
Rrenormalize reacted to russ_watters's post in the thread How do people explore new ideas in physics? with Like.
There's really no way around the fact that the barrier to entry (being educated in physics) is required for practical reasons. There's...
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Rrenormalize replied to the thread History Biographies, History, Philosophy of Physics.Paul Merriam's arXiv paper reads more like philosophy, with a capital P, not physics. All of its recent references appear in philosophy...
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RSure. Please see This paper for reference.
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Rrenormalize replied to the thread Finding the nth roots of a complex number.All of Mathematica's roots cube to ##-2+2\,i##: Did you make an arithmetic mistake?
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Rrenormalize replied to the thread Finding the nth roots of a complex number.Here's what Mathematica gives for the roots of the equation ##z^3=-2+2\,i##, expressed in both rectangular and polar form. You can use...
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Rrenormalize replied to the thread I Modern View of Quantum Phenomena.1) Can you elucidate the criteria by which a fundamental theory is distinguished from an effective one? 2) Can you cite examples of...
