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I have a question have to answer, so that, if anyone have the answer, please help me.

The problem is: Give a self-contained proof that $\mathsf{L} \neq \mathsf{PSPACE}$ where:

$\qquad \mathsf{L} = \{ L \mid L \text{ is a language decidable in logarithmic space} \}$ and

$\qquad \mathsf{PSPACE} = \{ L \mid L \text{ is a language decidable in polynomial space}\}$.

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migrated from cstheory.stackexchange.com Mar 25 '13 at 8:52

This question came from our site for theoretical computer scientists and researchers in related fields.

  • $\begingroup$ Just take e.g. $f(n)=n^2$ and follow the proof of the space hierarchy theorem. $\endgroup$ – Shaull Mar 25 '13 at 6:45
  • $\begingroup$ This question does not show any effort on your part. What have you tried? $\endgroup$ – Raphael Mar 25 '13 at 10:39
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You might start with wikipedia: Space hierarchy theorem.

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