Discussion Overview
The discussion revolves around the question of whether Newton's gravitational formula can be considered a theory of quantum gravity. Participants explore the relationship between classical physics and quantum theory, particularly in the context of energy and frequency.
Discussion Character
- Debate/contested
- Conceptual clarification
Main Points Raised
- One participant questions if Newton's formula $$ F = G \ \dfrac{ m_{_1} m_{_2} }{d^2} $$ can be assumed to represent a theory of quantum gravity.
- Another participant asserts that relating energy to frequency is part of quantum theory but insufficient for a consistent quantum theory, concluding that Newton's formula does not qualify as a quantum gravity theory.
- A participant expresses doubt about their understanding due to a valued person's claim that combining the equation $$ E = h \hspace{0.03 cm} \nu $$ with high school physics leads to Newton's gravitational formula as a quantum gravitation theory.
- Some participants challenge the validity of the claim made by the valued person, suggesting that without a proper reference, the assertion lacks credibility.
Areas of Agreement / Disagreement
Participants do not reach a consensus. There are competing views regarding the relationship between Newton's formula and quantum gravity, with some asserting it cannot be considered a quantum theory while others express uncertainty about the validity of the claims made by a third party.
Contextual Notes
Participants note the lack of a textbook or peer-reviewed reference to support the claim that Newton's formula can be derived as a theory of quantum gravitation, highlighting the need for credible sources in scientific discussions.