Posted: 31 May 2016 | 15:32
I'm firmly of the opinion that one of the best ways to understand how computers work is to get hands-on with hardware. Many of us will have at some point come across a block diagram of a computer - maybe something like the one on the right. That's all well and good, but there's something about physically taking something to bits and putting it back together that helps you understand how everything fits together.
With that in mind, over the last year I've been helping develop a STEM outreach activity based on the idea of building PCs. We first trialled it at Bang Goes The Borders 2015, and ran a workshop at the Edinburgh International Science Festival earlier this year, and kids as young as 5 have been able to successfully get a PC running from scratch.
Posted: 27 May 2016 | 10:15
The NEXTGenIO project represents a step along the Exascale pathway.
We are developing a prototype platform that utilises the latest developments in memory technology, and that will offer vastly improved I/O performance compared to current HPC machines. The system will be developed end-to-end by the project partners – from inception through to delivery, with a full suite of systemware that can make use of the new technologies.
Posted: 24 May 2016 | 09:49
This is an exciting time for astronomy in the UK, a fact that is reflected by our involvement and leadership of some amazingly ambitious new telescopes.
A number of recent, significant discoveries have propelled astronomy research into the spotlight. The discovery of dark matter and dark energy at the beginning of the 21st century over-turned our understanding of how the Universe works. And the first observation of a gravitational wave earlier this year confirmed Albert Einstein’s long-standing hypothesis precisely 100 years after it was first published in his general theory of relativity.
Posted: 23 May 2016 | 14:43
Last week I attended an ExTASY tutorial here in Edinburgh. The project aims to build a set of Extensible Tools for Advanced Sampling and Analysis (hence the name) to allow chemists who use computational methods and off-the-shelf molecular dynamics (MD) packages (such as GROMACS, AMBER and NAMD) to be cleverer and more efficient with their simulations.
The Extasy-based tools are well worth considering if you are doing MD calculations. If you want to be smarter about how you do your simulations, take a look at ExTASY.
Posted: 18 May 2016 | 17:13
The workshop was led by Steve Crouch, the Institute’s Research Software Group Leader, and Aleksandra Pawlik, the Institute’s Training Leader. The event was attended by 15 participants from a number of UK research organisations, including one from a Spanish university. These newly trained instructors will soon join the impressive UK instructor pool of almost 70 certified Data Carpentry and Software Carpentry instructors.