Mysterious Formula: Can You Help Alicia?

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Discussion Overview

The discussion revolves around a formula presented by a participant named Alicia, which is expressed as "phi cos^2 + phi sin/^2". The context involves wave mechanics and potential applications related to interdimensional travel. Participants are attempting to identify the formula and clarify its components.

Discussion Character

  • Exploratory, Debate/contested

Main Points Raised

  • Alicia presents a formula that she believes relates to wave equations and mentions a substitution of the Phi symbol for a partial derivative.
  • One participant questions the notation, suggesting that Alicia might have meant cos^2(phi) + sin^2(phi), which is a well-known identity.
  • Alicia insists that her formula is correct and distinct from common identities, indicating a specific context of interdimensional travel.
  • Another participant expresses confusion over the notation used in the formula, particularly the term "sin/^2".
  • One participant asserts that it is not possible to explain an incomplete equation derived from an unclear source.

Areas of Agreement / Disagreement

Participants do not reach a consensus on the validity or meaning of the formula. There are competing interpretations and expressions of uncertainty regarding its notation and source.

Contextual Notes

The discussion highlights limitations in clarity due to the formula's presentation and the lack of a clear source. Participants express varying levels of familiarity with the notation and its implications.

agermany
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Hi all, 'Im a newbie in physics. Studying the laws of wave mechanics and vectors. I ran across this formula "phi cos^2 + phi sin/^2".

I lost the source. Does anyone know its name? Thank!

Alicia
 
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agermany said:
"phi cos^2 + phi sin/^2"

Looks weird to me. Are you sure you don't mean cos^2 (phi) + sin^2 (phi), that is cos2(phi) + sin2(phi) ?
 
Positive! I am working with wave equations relative to interdimensional travel. Cant find the site where I ran across this one. It's not a variant of Euler's. I think the Phi symbol was substituted in for a partial derivative somewhere.
 
Ok. I have no clue - the notation looks weird to me, I'm not familiar with it. I don't understand what cos^2 and sin/^2 means at all -there are no variables present in those expressions...:confused:
 
We can't explain an incomplete equation from a dubious and misremembered source. Nobody can.
 

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