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Credit: © pixelwg/Jörg Bandmann One of the central goals is to control the flow of electrons in these materials so precisely that new types of quantum sensors can be developed. The project is an international collaboration of researcher from TU Dresden and the University of Luxembourg, and has just received funding of roughly one million Euros. In order to conduct electric currents along precisely defined paths, researchers often focus on the analysis of electronic transport properties. For the first time, specific theoretical foundations of different areas of physics will now be unified within the Cluster of Excellence ct.qmat with the goal of unleashing the full potential of semimetals. This class of materials is still relatively new, and has not yet been employed in the design of electronic devices. The combination of relativity and quantum mechanics is a new approach towards a systematic manipulation of electrons in semimetals. More precisely, the researchers will translate t

Tobias mengEmmy noetherDeutschen forschungsgemeinschaftFonds national de la rechercheUniversity of luxembourgடோபியாஸ் மெங்ஃபாஂட்ஸ் தேசிய டி லா ரெக்ஃப்‌ச்பல்கலைக்கழகம் ஆஃப் லக்ஸம்பர்க்