Precision engineering breakthrough discovers superconductor...
The use of precision engineering techniques for making superconducting thin films layer-by-layer has identified a single layer responsible for material's ability to become a superconductor.
According to the US Department of Energy's Brookhaven National Laboratory in a write-up reported for technology journal Science, precision engineering abilities which combine copper oxide and zinc at certain temperatures could engineer ultrathin films with "tunable" superconductivity to make high-efficiency electronics.
Brookhaven physicist and the group leader Ivan Bozovic said: "We now have a clean experimental proof that high-temperature superconductivity can exist, undiminished, in a single copper-oxide layer.
"This piece of information gives important input to our theoretical understanding of this phenomenon."
The expert added that such a breakthrough could allow further developments in the world of less power-hungry electronic items, making consumer goods cheaper to run and more accessible as a result.
Superconductors are regularly produced from metal alloys or ceramics, though mercury is known to work on its own without combination with anything else.
If you're searching for CNC lathes visit our preferred supplier list.
This 3 flute solid carbide end mill is available in sizes from 3mm to 20mm with square end and ra...
MTDCNC.com
MTDCNC.com is a popular trade platform for UK based engineers, this 'Harrison V460 Gap Bed Centre La...
MTDCNC.com
MTDCNC.com is a popular trade platform for UK based engineers, this 'Colchester Master VS3250 Straig...
MTDCNC.com
MTDCNC.com is a popular trade platform for UK based engineers, this 'Harrison Alpha 550 Plus ''Ultim...
MTDCNC.com