Scientists at IBM speculate that the world’s most powerful supercomputer processors could shrink to the size of a sugar cube. They see many computer processors stacked on top of one another, cooling them with water flowing between each one. The plan is to reduce computers’ energy use, rather than just to shrink them. Most of the computer’s energy costs is in cooling, because computing power generates so much heat as a side product. Dr Bruno Michel and his colleagues have already built a prototype to demonstrate the water-cooling principle. Called Aquasar, it occupies a rack larger than a refrigerator.
In the past, computers were dominated by hardware costs. Future computer costs will hinge on green credentials rather than speed.”
"Because the silverfly species are identical to look at, the best way to distinguish them is by examining their genetic difference, so we are deploying a mix of genomics, supercomputing, and evolutionary history. This knowledge will help African farmers and scientists distinguish between the harmless and the invasive ones, develop management strategies, and breed new whitefly-resistant strains of cassava. The computational challenge for our team is in processing the genomic data the sequencing machines produce." [Read More...]