Doctoral Researchers
2nd Generation Doctoral Researchers
Andrey Iodchik A8: Copper Iron Sulfide (Selenide) Nanocrystals via Cation Exchange for Optoelectronic Application -go to personal page |
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Sima Hosseini A9: Silicified DNA-nanostructures as versatile tool for the self-assembly of conducting nanomaterials |
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Reema Ansar A10: Enhancing the scope of supracolloidal structures by bottlebrush polymers: Alternatives to DNA origami levers and nanoparticle linkers |
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Anasua Barman A11: Advanced and dynamic nanoelectronics with functionalized microtubules |
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Daniel Otschkowski A12: Modeling and optimizing the controlled assembly of responsive polymer-decorated nanoparticles |
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David Daniel Lara Vera A13: Advancing relativistic ab initio methods for predicting structural and spectroscopic properties of heavy-element nanocrystals |
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Chris Peniel Danasekar B8: Supracolloidal Transport Vehicles for Protein Sensing with Nanopores -go to personal page |
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Raufar Shameem B10: Metallic and semiconducting nanostructures based on self-organized materials |
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Moritz Flemming B11: Semiconductor Nanoparticles for Infrared Photomultiplication-Type Photodetectors |
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Simon Letzer B12: Infrared nanocrystal LEDs for biomedical sensing |
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Krishi Chourasia B14: Engineering the Photonic and Electronic Landscape of Perovskite QD Solar Cells |
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1st Generation Doctoral Researchers
Christoph Hadlich A1: DNA-mediated self-assembly of semiconducting nanomaterials |
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Nadia Günther (nee Metzkow) A2: Semiconductor nanoparticles for novel transistor structures |
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Gyusang Yi A3: Understanding charge transport in hybrid colloidal nanowires |
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Ronja Thümmler* A4: Defined conjugated polymer nanostructures through self-assembly |
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Brenda Palestina Romero A5: Nanoelectronics with functionalized microtubules |
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Alyna Ong A6: In situ and in operando characterization of functional self-assembled nanostructures |
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Ruth Pinheiro Muniz A7: Perovskite / PbX (X=S, Se) core-shell quantum dots for photovoltaic and light-emitting diodes |
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Taufhik Hossain Tonmoy B1: Nanoparticles based amplification of field effect transistor based nanobiosensors |
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Borja Rodriguez Barea* B2: Electronic circuits by self-organization based on DNA origami molds |
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Louis Conrad Winkler B3: Semiconductor nanoparticles for infrared photodetectors |
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Tae Kyu Jeong B4: Putting DNA in motion - electro-switchable biosurfaces for micro-optical sensing applications |
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Nirbhika Nandakumar B5: New transparent metal electrodes for flexible organic light-emitting diodes |
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Lukas Mielke B7: Chromatographic Sensors Obtained by Vertical Integration of Nanoparticle Composites |
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* PhD representatives
(The PhD representatives are full members of the RTG's board and thus have a vote on all decisions of the RTG)