Hidden gems: Difference between revisions
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A scientific treasure trove... | A scientific treasure trove... | ||
Do you have a work you're really proud of, but that seems to have gone unfairly unnoticed? Let us know about it here! | Do you have a work you're really proud of, but that seems to have gone unfairly unnoticed? Let us know about it here! | ||
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==== Danger Mouse ==== | ==== Danger Mouse ==== | ||
* D. Mouse and E. Penfold (1983), ''How not to take over the world'', Spy Weekly [http://www.spyweekly.co.uk] | * D. Mouse and E. Penfold (1983), ''How not to take over the world'', Spy Weekly [http://www.spyweekly.co.uk] | ||
:: My favourite plans for world domination, foiled. | |||
</pre> | </pre> | ||
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==== Ashley P. Willis ==== | ==== Ashley P. Willis ==== | ||
* A. P. Willis (2012), ''Optimization of the magnetic dynamo'', Physical Review Letters [http://dx.doi.org/10.1103/PhysRevLett.109.251101] or [http://arxiv.org/abs/1209.1559]. | * A. P. Willis (2012), ''Optimization of the magnetic dynamo'', Physical Review Letters [http://dx.doi.org/10.1103/PhysRevLett.109.251101] or [http://arxiv.org/abs/1209.1559]. | ||
:: Probably a bit early to say this has gone unnoticed really, I'm just impatient to see what it could lead to. I show how to find the lowest Rm for a large-scale dynamo, along with the velocity field that makes this possible, for a periodic box. | |||
Revision as of 02:46, 23 September 2014
A scientific treasure trove...
Do you have a work you're really proud of, but that seems to have gone unfairly unnoticed? Let us know about it here!
If you'd like to add (up to 2) items, please contact ashleypwillis/at/gmail.com with your entries, following the format below as closely as possible
==== Danger Mouse ==== * D. Mouse and E. Penfold (1983), ''How not to take over the world'', Spy Weekly [http://www.spyweekly.co.uk] :: My favourite plans for world domination, foiled.
Philippe Brunet
Laurette Tuckermann
- L. S. Tuckermann (1989), Transformations of matrices into banded form, Journal of Computational Physics [1] or [2].
- L. S. Tuckermann (2001), Thermosolutal and binary fluid convection as a 2x2 matrix problem, Physica D [3] or [4]
Ashley P. Willis
- Probably a bit early to say this has gone unnoticed really, I'm just impatient to see what it could lead to. I show how to find the lowest Rm for a large-scale dynamo, along with the velocity field that makes this possible, for a periodic box.