New research into the single-celled organism is providing clues about what the early planet looked like – and raising the prospect that we may not be alone.
PCI-SIG has just released revision 0.7 of the draft specifications, and members are likely scrutinizing every detail. There have been minimal changes since the 0.5 version released last April, which is a positive sign that the core technology is stable. Assuming no major issues arise, 2025 could be the year PCIe 7.0 is officially ratified.
Deep below the surface of our world, far beyond our feeble reach, enigmatic processes grind and roil.
Every now and then, the Earth disgorges clues to their nature: tiny chthonic diamonds encasing skerricks of rare mineral. From these tiny fragments we can glean tidbits of information about our planet’s interior.
A diamond unearthed in a diamond mine in Botswana is just such a stone. It’s riddled with flaws containing traces of ringwoodite, ferropericlase, enstatite, and other minerals that suggest the diamond formed 660 kilometers (410 miles) below Earth’s surface.
Beneath the sandstone floor of a French rock shelter lies a stunning artifact—what could be the world’s oldest 3D map. Its intricate carvings model water flows, valleys, and lakes in ways that defy expectations of Paleolithic capabilities. But how did early humans achieve such precision? And what mysteries do the map’s symbols still hold?
Music: Frontline Assembly — Synthetic FormsAlbum: Implode ℗ 1999 Metropolis RecordsComposer, Writer: Bill Leeb / Chris Peterson Released on: 1999/04/27.
Found on Google from nature.com