| bio | website | math.arizona.edu/~nhenscheid |
|---|---|---|
| location | Tucson, AZ | |
| age | 26 | |
| visits | member for | 6 months |
| seen | 20 mins ago | |
| stats | profile views | 274 |
Studying for an applied math PhD at the University of Arizona. BS & MS from Western Washington University. When I'm not doing math, I'm climbing rocks.
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22m |
revised |
What is the inverse z transform of 1/(z-1)^2? edited tags |
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22m |
answered | What is the inverse z transform of 1/(z-1)^2? |
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May 12 |
comment |
Finding Blowup of an ODE with maple @Amzoti typically, when a solution goes to $\infty$ in finite time. |
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May 10 |
comment |
What are the important theorems in the theory of dynamical systems? Here's a good one. |
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May 8 |
answered | Does Real Eigenvalues mean it is an hermitian Matrix |
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May 6 |
awarded | Caucus |
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May 5 |
comment |
Lebesgue measurablity of Hardy Littlewood maximal function Where are you stuck? |
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May 4 |
comment |
Spectrum of the unbounded operator $i\partial_x$ I'm a still a little confused - am I correct in thinking that $L^*$ does not have a point spectrum because $L^*v=\lambda v$ has no solutions with $v(0)=0$? So the spectrum of $L^*$ is continuous...? |
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May 4 |
answered | Computing an explicit solution to an integral equation via the Neumann Series. |
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May 4 |
asked | Spectrum of the unbounded operator $i\partial_x$ |
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May 1 |
answered | Inner product convention for $\ell^p$? |
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May 1 |
comment |
supremum of a periodic function @StefanSmith Fair enough. Answering questions when low on sleep is a very bad idea! |
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May 1 |
revised |
supremum of a periodic function added 12 characters in body |
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Apr 30 |
revised |
Proof of adjoint(ab) = adjoint(b)adjoint(a) added 838 characters in body |
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Apr 30 |
revised |
supremum of a periodic function added 189 characters in body |
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Apr 30 |
comment |
supremum of a periodic function Hmmmm yes, good point. Mysteriously upvoted incorrect answer! (Can I downvote myself? ;) ) |
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Apr 30 |
answered | supremum of a periodic function |
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Apr 30 |
answered | Proof of adjoint(ab) = adjoint(b)adjoint(a) |
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Apr 29 |
awarded | Nice Answer |
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Apr 29 |
revised |
Solving more complex diferential equations edited tags |