Trihydrides Appear to be a More Promising Path to Superconducting Metallic Hydrogen

High-pressure researchers, including Carnegie’s Ho-kwang (Dave) Mao, have now modeled three hydrogen-dense metal alloys and found there are pressure and temperature trends associated with the superconducting state—a huge boost in the understanding of how this abundant material could be harnessed. Computer modeling indicates that superconductivity for trihydrides (Hydrogen compounds with 3 hydrogens) set in at …

Read more

World Nuclear 2009

The IEA nations currently generate about 80% of the worlds nuclear power and for the first nine months of the year are down -1.2% from 2008. The OECD total for Jan-Sep,2009 is 1602.9 TWHe. For 2008 the OECD total was 2171 TWHe. The world total was 2601 TWhe in 2008. This is an update of …

Read more

Carnival of Space 122 Mainly Reactions to the Discovery of Water on the Moon

Cumbrian Sky hosts the 122nd Carnival of Space Nextbigfuture provided one of the first 3 nextbigfuture articles on water on the moon. Bad Astronomy has an article about water on the moon and what it will mean. The Planetary Society blog has an extensive article on the discovery of water on the moon. Cumbrian sky …

Read more

Single Crystal Superconductors and Quantum Traffic Jam analysis of Superconductor electrons

Single Crystal Superconductor – clear scientific study of new Iron SuperconductorResearch groups have created versions of a class of widely studied superconducting compounds that are each one continuous crystal, rather than composed of many crystalline grains. These single-crystal materials are important achievements because they display better properties than polycrystalline types and are easier to study. …

Read more