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Dr. Mikhail Eremets
Phone:+49 6131 305-4842
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Original publication

Alexander Drozdov, Mikhail Eremets, Ivan Troyan, Vadim Ksenofontov, Sergii Shylin
Conventional superconductivity at 203 K at high pressures

Related links

Hydrogen sulfide loses its electrical resistance under high pressure at minus 70 degrees Celsius.

Superconductivity: No resistance at record temperatures

August 18, 2015

Hydrogen sulfide loses its electrical resistance under high pressure at minus 70 degrees Celsius. [more]
With very high pressure chemical elements could be examined under new aspects.

Elemental metamorphosis

December 17, 2015

With very high pressure chemical elements could be examined under new aspects. [more]

"Ten people who mattered this year"

Max Planck researcher makes list of Nature's 10

Science magazine honours Mikhail Eremets for his work on superconductivity

December 17, 2015

The renowned science magazine Nature has included Mikhail Eremets from the Max Planck Institute for Chemistry in its Top Ten List of "People who mattered this year" for his fundamental research in the field of high-pressure chemistry and the discovery of superconductivity of hydrogen sulfide at record temperatures.
Mikhail Eremets investigates matter under high pressure. Zoom Image
Mikhail Eremets investigates matter under high pressure.

Mikhail Eremets heads the Research Group for high pressure chemistry and physics at the Max Planck Institute for Chemistry, which has been supported by an Advanced Grant of the European Research Council (ERC) since 2011. In his Nature paper published in summer 2015, Eremets describes how hydrogen sulfide resistance conducts electricity at minus 70 degrees Celsius and at a pressure of 1.5 million bar. Thus, the 66-year-old researcher in Mainz, together with his team, has not only set a record for superconductivity, but also shown a new way in which electricity could be transported at room temperature without loss.

Using various spectroscopic methods, researchers around Mikhail Eremets examine what is happening during their high-pressure experiments. In this image, they are shining infrared light into the cell. This experiment also allows them to examine the electrical characteristics of their samples at different temperatures. Zoom Image
Using various spectroscopic methods, researchers around Mikhail Eremets examine what is happening during their high-pressure experiments. In this image, they are shining infrared light into the cell. This experiment also allows them to examine the electrical characteristics of their samples at different temperatures. [less]

"Thanks to his persistence in high-pressure physics, Mikhael Eremets has ultimately struck gold when he discovered the hydrogen sulfide system high-temperature superconductivity - a very exciting development in this field,"  Nature said in its statement on its Top Ten selection.  

The Rome International Center for Materials Science of Superstripes (RICMASS) took Eremets research achievements as an opportunity to honour him with a distinction. On 17 December in Rome, it awarded him with the Ugo Fano gold medal. In addition, the magazine Physics World placed the latest research findings of Mikhail Eremets on its list of "Top Ten Breakthroughs of 2015".

Further information: Superconductivity: No resistance at record temperatures

 
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