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Sum of zero of zeta function have 2^n+2^n=2*2^n information relate to Atom energy information 2*2^n qubit of Bohr's model[2,8,18...]for quantum computer by super symmetry 137.036=g*m^2/k*e^2=GR/QM=(m*g*pm*g(p)*pm*g*m)*(1/137.036)/((e-)*g*(e+))=ER/EPR : Sir Michael Atiyah's Todd wave function for TOE, is by self interact graviton g*m^2=137.036*(e-)=(k*e^2/e+)*(ch/2pi) : solution of GR field equation oscillating between 3 quantum black hole at Planck scale pl=g*m/c^2=(h*g/2pi*c^3)^0.5=1.616231*10^-35 meter which can deduce ch=2pi*g*m^2, m=(ch/2pi*g)^0.5=2.176466*10^-8 kg, proton scale pl=g(p)*(4pi*pm/3)/c^2=8.809*10^-16 meter deduce ch=2pi*pl*pm*c^2/4.1888, Atom scale A^2=g(p)*pi*me/128.4980143*c^2 generate strong force g(p)=g*m^2/pm^2=g*(pl/4.1888*l)^2=1.13*10^28 deduce ch=2pi*l*m*c^2=2pi*pl*pm*c^2/4.1888, EM force between proton[pm=1.672621868*10^-27 kg], electron[me=9.10938356*10^-31 kg] in [hydrogen]Atom[A=5.29177282*10^-11 meter] k*e^2=g(p)*pm^2/137.036=ch/(2pi*137.036)[e+]=me*(c/137.036)^2*A[e-]=4pi*g(p)*pm*me*137.036/128.51991 which can reproduce Dirac's quantum field deduce 0.001161409725=1/(2pi*137.036)=e+/ch : Schwinger's weak QED, 0.001159652188 : Feynman QED via all possible path integral n*(n-1)*(n^2-5n+18)/24 + 1 =1=Q^n=0.001161409725 when n=1, weak force unite strong force g(p) with EM force k*e^2 by pm/me=1836.1527=4pi*137.036^2/128.51991=1/(4*A1*137.036^3)=(pi/(128.4980143*A*137.036))^0.5 where A1/A=128.4980143/128.51991 deduce (me/pm)^2/137.036=128.4980143*A/3.1415926=2.16*10^-9=0.00116592026-0.00116591810 : discrepancy of muon magnetic moment of (g-2)/2 factor between experiment data[0.001165920+((61-41)+(57-25))*10^-9/2], theoretical prediction [0.00116584719+6845*10^-7+154*10^-8+92*10^-9] from Fermilab at 8/10/23 due to super symmetry 137.036.

Thankyou for such amazing content. Keep up the good work.

This is good. I took classes with Prof. Shankar 38 years ago.

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Like, leave a comment and subscribe for more similar content 👍

I was enthralled throughout! Picked up a few things along the way. Thanks so much.

New tape measure for measuring the Universe. Let's work with the postulates of Einstein's theory of relativity. And if we apply new technologies for this, using the experience of Michelson Morley on the airplane fixing speed 200, 300, 400 m/s., we will see how quantum gravity works. Such measurements are impossible on the satellite due to weightlessness.

Whom do you consider greater, Einstein or Newton?, please reply.

Amazing Insight!

Fantastic interview! Loved it.

Great job man!

Appreciate it! 🌠

Really helpful! 🌟

Keep the content coming!!

Well explained, appreciate it! 👍

Nice job breaking it down, thanks!

This video explained very well.

Thanks for the clear and concise explanation!

Absolutely weird and wonderful history of quantum mechanics! 🌟

Appreciate the thought provoking talk on quantum weirdness! 🔮

Quantum mechanics history is mind-bending!

Thanks for diving into the oddities of quantum history!

That was Awesome!

Thank you for the great video.

Best videos on the subject ever made! Please make more!

Finally something that i could understand🙃

this video is simply awesome because it does a few things that many other explanatory quantum videos try to do but fail.

Yours is the simplist explanation I've found.

Thanks for this intro, I am planning to learn the math behind this and create some interesting algorithms using Qiskit.

My brain just got completely destroyed watching this... on a quantum level...

Quantum computing is way more complex than traditional computing.

You definitely deserve more recognition.

the more i learn about the quantum computer the dumber i start to feel xD

Amazing interview!!

Incredible conversation ! 🌟

Such a strong start for the Quantum AI Podcast.

I’m amazed by how Vedral explains complex topics .

The video was very informative!

So impressed by the depth of knowledge in the first episode.

Great content in Quantum AI Podcast #1👍👍👍

Incredible start to the podcast. The way they dive into quantum computing and AI is fascinating

Thanks for uncovering these topics!

Appreciate your podcast.

Maria Violaris is a trailblazer in the field.

Fascinated by Maria Violaris's discussion.

This podcast episode opened my mind to new possibilities.

Maria Violaris is a quantum computing visionary.

Maria Violaris's passion for innovation in quantum AI is inspiring.

This episode really resonated with me.

Appreciate the practical tips and advice.