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Neo
  • Member for 11 years, 6 months
  • Last seen more than 10 years ago
  • The Matrix
14 votes
1 answer
7k views

How do Einstein's field equations come out of string theory?

6 votes
2 answers
3k views

What is potential energy in special relativity?

5 votes
2 answers
3k views

What is the relativistic action of a massive particle?

5 votes
0 answers
355 views

Isn't a single Quantum one single string? [duplicate]

4 votes
1 answer
791 views

Quantization of Nambu–Goto action in multiples of Planck's constant?

4 votes
2 answers
2k views

Action for a massive point particle in a curved spacetime

4 votes
2 answers
2k views

Mathematically: What is SUSY?

4 votes
2 answers
847 views

What is mass of free up and down Quark?

3 votes
3 answers
3k views

What is physics behind of explosion under Atmospheric pressure?

3 votes
1 answer
416 views

What are the properties and characteristics of a single Quantum?

3 votes
1 answer
395 views

Is Fractional quantum Hall effect proof that leptons are composite particles?

2 votes
1 answer
442 views

How 'Faster Than Light' Neutrino Was Product of Loose Cable at CERN?

2 votes
1 answer
2k views

Branes Collision -> Big Bang

2 votes
0 answers
544 views

Apart from Alfvenic turbulence, what is the most important unsolved problems in plasma physics? [closed]

1 vote
2 answers
385 views

Estimation nuclear force between proton and neutron in deuteron

1 vote
2 answers
183 views

Was the fractional model of quarks electric charge found before discovery of the $\Delta^{++}$?

1 vote
2 answers
932 views

Why does gravity assist transfer twice the planet's velocity?

1 vote
2 answers
292 views

How do we know that the base of entire universe is the proton (hydrogen) and not the antiproton?

1 vote
2 answers
3k views

Newton's third law and General relativity

1 vote
1 answer
2k views

What was the first discovery of the delta baryon $\Delta^{++}$?

1 vote
2 answers
2k views

Quark compositions in $\pi^+$ to $\pi^0$ pion decay

1 vote
1 answer
340 views

Will quantum computers ever work? [duplicate]

0 votes
3 answers
301 views

What is the 'quantum-developed' or 'relativistic-developed' equation of the electrostatic force?

0 votes
2 answers
380 views

Acceleration and relativity

0 votes
1 answer
523 views

Is There Any Difference Between Strong Quarks Force and Strong Nuclear Force?

0 votes
1 answer
326 views

How to express $ds$?(when we know expression for $ds^{2}$) [closed]

0 votes
2 answers
774 views

Which is the right electron mass?

-2 votes
1 answer
197 views

Differential of square $dw^2$or square of differential$(dw)^2$? [closed]

-2 votes
3 answers
2k views

How do the Einstein's differential equation of the curvature of spacetime come out of Einstein's field equation?

-2 votes
1 answer
1k views

How quarks converted into leptons