bio | website | |
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location | ||
age | ||
visits | member for | 4 years, 6 months |
seen | Apr 17 at 17:25 | |
stats | profile views | 1,063 |
Apr 7 |
comment |
Is this related to a simple property of a lattice?
I am having trouble parsing the definition of the quantity in question. Why wouldn't the maximum over $u$ be infinite? |
Apr 6 |
reviewed | Reviewed Homological criteria for finite generation and finite presentation of modules? |
Mar 28 |
revised |
The logarithm over $\mathbb F_1$
added tag for f-1 |
Mar 26 |
awarded | Custodian |
Mar 8 |
awarded | Nice Answer |
Mar 1 |
awarded | Custodian |
Mar 1 |
reviewed | Approve suggested edit on Tensor product of sheaves and modules |
Feb 15 |
comment |
Full exceptional set on flag variety
Do you really want the set of objects to be partially ordered? I'd expect "linearly ordered". Also, you defined "exceptional set" in the first sentence, but then your question is about "quasiexceptional sets". It would probably help to explain the difference. |
Jan 28 |
comment |
How many unit cylinders can touch a unit ball?
The sentence just above the three figures is unfinished. |
Nov 8 |
awarded | Scholar |
Nov 8 |
accepted | Can this informal argument (for the fact that almost all reals in the unit interval are irrational) be saved? |
Nov 6 |
asked | Can this informal argument (for the fact that almost all reals in the unit interval are irrational) be saved? |
Nov 5 |
answered | Infinite Partitions of the Primes and Sums of Reciprocals (Revised) |
Oct 17 |
revised |
f-1 wiki excerpt
added 61 characters in body |
Oct 17 |
wiki | created f-1 excerpt |
Oct 17 |
suggested | suggested edit on f-1 tag wiki excerpt |
Oct 17 |
comment |
The non-simplicity of $SO(4)$ and $A_4$
I added the f-1 tag. I wasn't sure how specifically the question "Can that be formalized?" was intended, but browsing through the other f-1 questions may be of interest. |
Oct 17 |
awarded | Organizer |
Oct 17 |
revised |
The non-simplicity of $SO(4)$ and $A_4$
add f-1 tag |
Oct 16 |
awarded | Yearling |