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Motivic vs etale cohomology? by
Dan Grayson
"Martin Bundgaard" writes:
Hi.
Can anyone explain the relationship between motivic and etale cohomology?
Does motivic cohomology generalize...
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August 10th 03
by Nemo
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3 |
67 |
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Fourier Integral Operators by
Rafe Mazzeo
There is a lot of work in this area. In particular,
look for papers
by Bill Symes at Rice University and his former
student Christiaan Stolk. Papers should be available
on...
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0 |
71 |
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0 |
58 |
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mackey-functors by
Marcus Meyer
Hello,
does anybody know a paper where I can find a proof that K- and L-theory are
mackey-functors?
--
Marcus
Meyer
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1 |
67 |
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Moufang iff conservative? by
Roger Beresford
Can anyone prove my conjecture that loops are Moufang loops if and
only if they have the Frobenius conservation property?
Moufang loops are Cayley multiplication tables for...
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0 |
65 |
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Cohen's work in AC by
namducnguyen
Hi all,
Many thanks in advance if you could help to show how Paul Cohen
constructed a collection for which AC is required for any of its
choice set.
---Nam
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62 |
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2 |
78 |
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Distances in a dense subset of R^2 by
Tim
Is there a dense subset S of R^2 such that for every pair of points p,q
in S the Euclideean distance d(p,q) is a rational number ?
Thanks
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August 6th 03
by Tim
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82 |
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3 |
83 |
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66 |
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1 |
70 |
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Examples of Fredholm problems by
Art Werschulz
Hi all.
It seems that the examples (with which I'm familiar) of second-kind
linear Fredholm problems are defined either over intervals or over
boundaries~$\partial\Omega$,...
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62 |
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a conjecture on theta vs. omega by
Stas Busygin
Could someone prove/disprove this:
If max clique size of a graph omega(G)=3 and
there are no two triangles in this graph
having a common edge, then the Lovasz...
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60 |
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0 |
35 |
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incompatible definition of adjoint by
Dan Lior
One widely used definition for adjoint is as follows:
Let V, W be finite dimensional inner product spaces and T:V--W a
linear transformation. The adjoint of T is the unique...
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8 |
13 |
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A Beautiful Differential Equation by
Perfectly Innocent
Here's a differential equation that seems very beautiful to me:
f'(f*(Exp(kt)f(x))) = s(t)f'(x)
f is a function of a real variable.
f' is the derivative of f.
f* is the...
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30 |
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0 |
20 |
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0 |
19 |
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0 |
41 |
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1 |
20 |