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  2. Trace (linear algebra) - Wikipedia

    en.wikipedia.org/wiki/Trace_(linear_algebra)

    The trace of a Hermitian matrix is real, because the elements on the diagonal are real. The trace of a permutation matrix is the number of fixed points of the corresponding permutation, because the diagonal term a ii is 1 if the i th point is fixed and 0 otherwise. The trace of a projection matrix is the dimension of the target space.

  3. Selberg trace formula - Wikipedia

    en.wikipedia.org/wiki/Selberg_trace_formula

    The trace formula has applications to arithmetic geometry and number theory.For instance, using the trace theorem, Eichler and Shimura calculated the Hasse–Weil L-functions associated to modular curves; Goro Shimura's methods by-passed the analysis involved in the trace formula.

  4. Arthur–Selberg trace formula - Wikipedia

    en.wikipedia.org/wiki/Arthur–Selberg_trace_formula

    The first version was the unrefined trace formula, whose terms depend on truncation operators and have the disadvantage that they are not invariant. Arthur later found the invariant trace formula and the stable trace formula which are more suitable for applications. The simple trace formula (Flicker & Kazhdan 1988) is

  5. Trace formula - Wikipedia

    en.wikipedia.org/wiki/Trace_formula

    Trace formula may refer to: Arthur–Selberg trace formula , also known as invariant trace formula, Jacquet's relative trace formula, simple trace formula, stable trace formula Grothendieck trace formula , an analogue in algebraic geometry of the Lefschetz fixed-point theorem in algebraic topology , used to express the Hasse–Weil zeta function .

  6. Grothendieck trace formula - Wikipedia

    en.wikipedia.org/wiki/Grothendieck_trace_formula

    The Grothendieck trace formula is an analogue in algebraic geometry of the Lefschetz fixed-point theorem in algebraic topology. One application of the Grothendieck trace formula is to express the zeta function of a variety over a finite field, or more generally the L-series of a sheaf, as a sum over traces of Frobenius on cohomology groups.

  7. Behrend's trace formula - Wikipedia

    en.wikipedia.org/wiki/Behrend's_trace_formula

    In algebraic geometry, Behrend's trace formula is a generalization of the Grothendieck–Lefschetz trace formula to a smooth algebraic stack over a finite field conjectured in 1993 [1] and proven in 2003 [2] by Kai Behrend.