Solving 1+x^4=0: Finding the Singular Points

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Homework Help Overview

The discussion revolves around finding the singular points of the function 1/(1+z^4), specifically through solving the equation 1+x^4=0 to identify complex roots.

Discussion Character

  • Exploratory, Mathematical reasoning, Assumption checking

Approaches and Questions Raised

  • Participants suggest various methods for solving the equation, including substitutions and alternative representations of complex numbers. There are hints provided regarding factoring and decomposing the polynomial.

Discussion Status

The discussion is active, with multiple participants offering different approaches and hints. There is no explicit consensus on a single method, but several viable paths are being explored.

Contextual Notes

Participants are navigating the complexities of finding roots in the context of complex analysis, with some uncertainty about the best approach to take.

Logarythmic
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I think I've got some minor braindamage or something but i just can't remember how to find the singular points of

1/(1+z^4)

I guess the problem is to solve the equation 1+x^4=0 and get complex roots but this is what I don't remember how to do. Thanks.
 
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Start off by substituting v=x2, and try to go from there
 
Or swith to an easier, but equivalent, representation of the complex number z (think exponential/polar/...)
 
Write x^4 = -1 and try to follow what you think is the simplest path without involving anything fancy.
 
Well, use the decomposition

[tex]z^4 +1 =(z^2 +i)(z^2 -i)[/tex]

Daniel.
 

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