Murthy's Thought Experiments and Treading in Unchartered Scientific Territory

Murthy's Thought Experiments 

& Treading in Unchartered Scientific Territory

Controlling or Manipulate the Electron Spin

1. We know that the electron spins while orbiting around the nucleus.
2. Is it possible to control the spin of the electron?
3. Is it also possible to spin the electron down to a small spin, and virtually to zero?
4. If we can spin the electron faster, what is the fastest spin possible, even if it is for only one electron?
5. What is the energy required to control the spin of one electron and increase it or decrease it by one spin per second or increase or decrease by a percentage of the electron spin value?

Controlling or Manipulate the Orbital Velocity of the Electron

1. We know that the electron orbits around the nucleus, while also spinning.
2. Is it possible to control the orbital velocity of the electron?
3. Is it also possible to reduce the orbital velocity of the electron down, and virtually to zero?
4. If we can increase the orbital velocity of the electron, what is the fastest orbital velocity possible, even if it is for only one electron?
5. What is the energy required to control the orbital velocity of the electron and increase it or decrease it by one rotation per second or increase or decrease by a percentage of the electron orbital velocity value?

Control or Manipulation of the Orbital Velocity and Spin Simultaneously and Independent of Each Other

1. We know that the electron orbits around the nucleus, while also spinning.
2. Is it possible to control the orbital velocity and spin of the electron simultaneously?
3. Is it possible to control the orbital velocity and spin of the electron independent of each other and by different values or a percentage of the original value?
4. Is it also possible to reduce the orbital of velocity and spin of the electron down, and virtually to zero simultaneously?
5. If we can increase the orbital of velocity and the spin of the electron simultaneously or independently, what are the fastest orbital velocity and fastest spin possible, even if it is for only one electron?
6. What is the energy required to control the orbital velocity and the spin of the electron and increase it or decrease it by one rotation per second or one spin per second or increase or decrease them by a percentage simultaneously?

Precision Limit for the Control of the Electron Properties

1. What are the precision limits for control of the orbital velocity and spin of the electron independents or simultaneously?

2. When light is absorbed by the electron in an atom, does the light deccelerate and slow down before its absorption?
3. What are the transformations and transformation stages, continuous or discrete, from being a ray of light to ceasing to be a ray of light at the very point of absorption?
4. Can we observe and measure the transformation stages of the ray of light approaching an electron in the orbit to the very point of complete absorption? If so, when does the quantum property start?
5. When the electron experiences the quantum jump up from one orbit to the other, and later experience subsequent quantum jump down to another orbit in an elastic or inelastic process, what are the stages of the transformation experienced by the ray of light and the electron during the absorption or release processes?
6. Are these stages of transformations continuous or quantum in nature?
7. What are the precision limits for the observations?
8. What are the certainty restrictions and limits of the observations and measurements when two separate and independent experiments are performed versus in a single experiment?

Entanglement and Disentanglement or Release

1. Do the electron and the ray of the light get entangled during the process of absorption, and disentangled or released from entanglement during the absorption and release processes?
2. When does the entanglement or release processes start and end?
3. Are the entanglement or release processes quantum or continuous in nature?
4. What are the precision limits for the observations?
5. What are the certainty restrictions and limits of the observations and measurements of the entanglement and release processes when two separate and independent experiments are performed versus in a single experiment?

The legacy of Great Scientists of the History: Grace or Curse?

1. Will the great scientists watch and bless us from their heavenly abode in our scientific quests?
2. Do we have to invoke the great scientists, both theoretical and experimental in answering the questions and verify by experiments?
3. The scientists are Max Planck, Werner Heisenberg, Albert Einstein, Neil Bohr, Erwin Schroedinger, Pauli,
4. Do these great scientists consider Murthy as a heretic, a maverick or let him into their old boy's circle?