Sort by
Refine Your Search
-
Category
-
Country
-
Program
-
Field
-
, including nano-scale thermal transport, phononic crystals, opto-mechanics, thermoelectricity, acoustic-metamaterials, topological bosonics and NEOMs. It is led by Professor Sotomayor Torres . The group is
-
Materials Engineering, Textile Engineering or related fields. Preferential Requirements: Experience in carbon nanostructures, metal oxides and their combination for the production of advancing thermoelectric
-
of organic semiconductors to devices such as field-effect transistors, solar cells, and thermoelectric conversion devices. Keywords: Organic semiconductors, Organic crystals, Organic synthesis, Organic devices
-
. The Group’s research is currently centred on spintronic devices in metals, graphene and topological insulators, including thermoelectric effects. Spintronics introduces the spin degree of freedom into device
-
function recovery for materials design” This project uses high performance X-ray sources, such as SPring-8, SACLA, and NanoTerasu, to reveal structural changes in thermoelectric and photo-functional
-
investigations of doping and measurements of transport and thermoelectric properties as a function of doping level - structural investigations via transmission electron microscopy The postdoctoral fellow will join
-
at Heidelberg University or the University of Stuttgart. About the Kemerink group at Heidelberg University The Kemerink group focusses on innovative device concepts such as organic solar cells, thermoelectric
-
new concepts in device physics and applications in quantum metrology, topological quantum technology, thermoelectrics, quantum theory, radio astronomy, medical instrumentation, and spintronics. About
-
nanophononics, including nano-scale thermal transport, phononic crystals, opto-mechanics, thermoelectricity, acoustic-metamaterials, topological bosonics and NOEMS. The group, led by Professor Sotomayor Torres
-
nano-scale thermal transport, phononic crystals, opto-mechanics, thermoelectricity, acoustic-metamaterials, topological bosonics and NOEMS. The group, led by Professor Sotomayor Torres is currently