1) Describe how a superstringular point particle kinematically and spatially differentiates in its neighborhood during ultimon flow.
2) Describe how a point particle of a norm state spatially differentiates in its neighborhood during ultimon flow.
3) Describe how the mini-string abelian gauge states differentiate during BRST. Describe this as a first-ordered metric.
4) Describe how the mini-string non-abelian gauge-states differentiate during BRST. Describe this as a first-ordered metric.
5) Compare the abelian nature of superstrings and their counterstrings in relation to the light-cone-gauged abelian nature (the abelian nature of the mini-string in-between superstrings and counterstrings).
6) Describe when a swivel-shaped superstring is tachyonic or not.
7) When do a superstring and its light-cone-gauge eigenstate have the same abelian nature?
8) Describe the superconformal nature of gluons.
9) What happens when a gluon is perturbated?
10) Describe the conformal invariance of a one-dimensional massive superstring in an electron. Describe the holomorphic shifting.
11) Describe the conformal invariance of protons and neutrons.
12) Describe the conformal invariance of neutrinos.
13) Describe how neutrino energy may be dissipated.
Showing posts with label Session 16. Show all posts
Showing posts with label Session 16. Show all posts
Tuesday, October 27, 2009
Wednesday, September 23, 2009
GUFT, Session 16, Last Test
1) What are the different forms of the electromotive force?
2) How is charge like a metric-gauge quantum?
3) What is a proton's charge in terms of holomorphism?
4) What is an electron's charge in terms of holomorphism?
5) What is a proton's charge in terms of permit tivity?
6) What is an electron's charge in terms of permittivity?
7) What is a proton's charge in terms of impedance?
8) What is an electron's charge in terms of impedance?
9) Describe a gluon that is superconformal.
10) Describe a gluon that is breaking down.
11) Why do some gluons break down?
12) Describe a radioactive atom.
13) Describe the substringular of a Ricci Scalar eigenstate.
14) Describe how a Ricci Scalar eigenstate interacts with mass.
15) Describe the substringular of the weak force.
16) Describe the interaction of Ricci Scalar eigenstates.
17) Describe the substringular of an electron.
18) Describe the substringular of light.
19) Describe why the strong force is stronger than the electromotive force.
20) Describe why the electromotive force is stronger than the gravitational force.
21) Describe why the gravitational force is stronger than the weak force.
22) Describe how the metric-gauge is maintained.
23) Describe when the Landau-Gisner-Action rarely happens.
24) Describe when a Gaussian Transformation has no gauge-transformation.
2) How is charge like a metric-gauge quantum?
3) What is a proton's charge in terms of holomorphism?
4) What is an electron's charge in terms of holomorphism?
5) What is a proton's charge in terms of permit tivity?
6) What is an electron's charge in terms of permittivity?
7) What is a proton's charge in terms of impedance?
8) What is an electron's charge in terms of impedance?
9) Describe a gluon that is superconformal.
10) Describe a gluon that is breaking down.
11) Why do some gluons break down?
12) Describe a radioactive atom.
13) Describe the substringular of a Ricci Scalar eigenstate.
14) Describe how a Ricci Scalar eigenstate interacts with mass.
15) Describe the substringular of the weak force.
16) Describe the interaction of Ricci Scalar eigenstates.
17) Describe the substringular of an electron.
18) Describe the substringular of light.
19) Describe why the strong force is stronger than the electromotive force.
20) Describe why the electromotive force is stronger than the gravitational force.
21) Describe why the gravitational force is stronger than the weak force.
22) Describe how the metric-gauge is maintained.
23) Describe when the Landau-Gisner-Action rarely happens.
24) Describe when a Gaussian Transformation has no gauge-transformation.
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