Unsolved Mysteries of Quasars, Supernovae, GRBs, Jets & the Spaghettified Atom: What Happens to the Spaghettified Atom? Does It Have the Potential to Split & Create Fission Explosions? Formal Deductive Logic May Lead to Credible Answers.
ORAL
Abstract
This PowerPoint will discuss some mysteries, such as:
1, How and why are GRBs the most luminous explosions in our universe?
2, What reactions could create these extremely energetic events?
3, From where does the total energy come for supernovae?
4, What powers quasars - to reach 10 trillion kelvins?
5, How do jets form? What makes them so powerful?
Using Natural Philosophy and formal deductive logic based on known laws, speculative answers will be proposed. Fission will be deduced, and fission may address the above mysteries. The deductions may lead to an entirely new investigative approach to understanding these and four other phenomena.
If black holes and neutron stars spaghettify all matter including atomic nuclei, then the fundamental question of what happens to the stretched atom is one needing an answer by the field. Since extreme gravity and spaghettification cannot be produced in a laboratory, Natural Philosophy must be employed to discuss this topic - a topic on which there is very little scholarly discourse.
Could something similar to fission chain reactions be common in our universe? Or can only humanity create explosive fission - and not nature itself?
1, How and why are GRBs the most luminous explosions in our universe?
2, What reactions could create these extremely energetic events?
3, From where does the total energy come for supernovae?
4, What powers quasars - to reach 10 trillion kelvins?
5, How do jets form? What makes them so powerful?
Using Natural Philosophy and formal deductive logic based on known laws, speculative answers will be proposed. Fission will be deduced, and fission may address the above mysteries. The deductions may lead to an entirely new investigative approach to understanding these and four other phenomena.
If black holes and neutron stars spaghettify all matter including atomic nuclei, then the fundamental question of what happens to the stretched atom is one needing an answer by the field. Since extreme gravity and spaghettification cannot be produced in a laboratory, Natural Philosophy must be employed to discuss this topic - a topic on which there is very little scholarly discourse.
Could something similar to fission chain reactions be common in our universe? Or can only humanity create explosive fission - and not nature itself?
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Presenters
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Joseph Piekunka
- (retired)