Help with a string theory equation

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Discussion Overview

The discussion revolves around an equation related to string theory, specifically focusing on the Lagrangian for cubic string field theory of open strings. Participants explore its components, including kinetic and potential terms, and seek clarification on the original question posed by the thread starter.

Discussion Character

  • Exploratory, Technical explanation, Conceptual clarification, Debate/contested

Main Points Raised

  • Some participants identify the equation as one used by Michio Kaku to illustrate string field theory, highlighting its kinetic and potential terms.
  • Another participant specifies that the equation pertains to the Lagrangian for cubic string field theory of open strings and suggests resources for further reading.
  • Several participants inquire about the original question and the efforts made by the thread starter, emphasizing the need for clarity on the specific inquiry.

Areas of Agreement / Disagreement

There is no consensus on the original question or the specific context of the equation, as participants are seeking clarification and further details from the thread starter.

Contextual Notes

Limitations include the lack of detail regarding the specific equation in question and the absence of the thread starter's attempts or understanding of the topic.

Akshaya dhakal
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DlXAovTWwAAxynK?format=jpg&name=900x900.jpg

This is related to string theory
 

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What do you know about it? What have you tried? Please show an attempt.
 
That's the equation that Michio Kaku uses to illustrate string field theory. On the right hand side, the first half is what we call a kinetic term (for motion of the string) and the second half is a potential term (for interactions of the string).
 
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Thank you so much
 
Greg Bernhardt said:
What do you know about it? What have you tried? Please show an attempt.
And, most importantly: what's the question?
 
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haushofer said:
And, most importantly: what's the question?
That's the question!

:-D
 
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