[1] http://dwarffortresswiki.org/index.php/DF2014:Advanced_world...
1,338 karma · joined January 2, 2014
[1] http://dwarffortresswiki.org/index.php/DF2014:Advanced_world...
I would suggest contacting the nearby university with research groups using HPC such as theoretical chemistry, bioinformatics or computational economics. I would guess you could get a special deal for less than what you'd pay for an AWS instance.
Dwarf Fortress 2 when I need to immerse myself in something completely different than theoretical chemistry.
Other wise very nice!
>Dash (DASH) is a privacy-centric digital currency with instant transactions. It is based on the Bitcoin software, but it has a two tier network that improves it. Dash allows you to remain anonymous while you make transactions, similar to cash. With Bitcoin, transactions are published to the blockchain and you can prove who made them or to whom, but with Dash the anonymization technology makes it impossible to trace them. This is important because the blockchain is accessible to anyone with an internet connection – a significant drawback for those don’t wish their transaction history and balances to be publicly available. Dash does this through a mixing protocol utilizing an innovative decentralized network of servers called Masternodes, avoiding the need for a trusted third party that could compromise the integrity of the system. Dash transactions are almost instantly confirmed by the Masternodes network. This is a great improvement on Bitcoin’s system, where confirmations take much longer because all the work is done by the miners. For full details please read the Dash whitepaper.
From https://dashpay.atlassian.net/wiki/pages/viewpage.action?pag....
I like the one about the Deutsche Bahn (german railway company) using TeX to typeset the time tables on the train stations.
Hmm... I'd take 4096-bit GPG over this any day. I rather like using pass[0]
This is terrifying. Like, 1984-style terrifying.
- OS X & iOS
- (GNU) coreutils (sed, cat, grep etc)
- GNUplot
- Mathematica
Primary usecase for listed software is studying chemistry. I enjoy using DALTON (quantum chemistry software) and Dwarf Fortress, but neither is really that reliable (yet).
I work a bit with PET-related isotopes, mostly fluor-18 and carbon-11, which has half-lives of 110 and 20 minutes, respectively. You gotta be careful with that stuff, the radiation (β-minus) is pretty dangerous if you're exposed for long (usually there's 5-30 GBq per vial), but again, it's pretty neat that if something happens (you spill something for example), you can just leave the room and clean it the next day without any problems. Overall, there's really no radioactive waste, since after 24 hours it's darn safe (and the FDG turned to sugarwater, literally).
>Because the Julia language is particularly good at adding new data types without sacrificing speed, several people jumped on making a port to Julia, including the MIT founders of that language.
I'm really impressed with the Julia language so far and considering implementing some quantum chemistry models for many-body systems (Hartree-Fock and probably Coupled Cluster if I ever get that far). Mostly because a) Julia looks fun, b) FORTRAN is still king of speed (which I'll need all I can get of) but is a pain to write and c) the alternative to FORTRAN is C(++), where being OO isn't that much of a bonus. And Julie looks fun to write.
Impressive work.
Yeah this is one of the reasons I don't like guns in general. Sure if they disagree they can demonstrate all they want, but bringing guns into the equation is just plain stupid and asks for trouble.