Doctoral Researchers

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CRC Project

A03 - Stimuli-Responsive and Adpative (Supra) Molecular Systems | Fernandez

CRC Project

C05 - Explainable Deep Learning and Nanophotonic Neural Networks | Risse

CRC Project

C04 - Ultrafast Dynamics in Magnetic Nanosystems | Bratschitsch

CRC Project

C02 - Opto-Electronic Neuromorphic Architectures | Pernice

CRC Project

B04 - Development of Photoswitchable Properties of Syntheitic Cells | Wegner

CRC Project

C03 - Self-Assembly of Hybrid Nanostructures for Neuromorphic Electronics | van der Wiel

CRC Project

B04 - Multistimuli Sensing with Memory and Feedback Function using Photoswitchable Proteins and Coordination Chemistry | Wegner

 

CRC Project

C02  - Silicon-Based Neuromorphic Computation in Materio | van der Wiel

CRC Project

C02  - Incorporating Memory into Unconventional Computing Devices | van der Wiel

CRC Project

B04 - Multistimuli Sensing with Memory and Feedback Function using Photoswitchable Proteins and Coordination Chemistry | Wegner

CRC Project

B03 - Molecular Control of Adaptive Interfaces with Photo- Switchable Surfactants and Polymers | Braunschweig

 

CRC Project

A03 - NMR Characterization of Photo-Switchable Molecules and Systems | Hansen

CRC Project

A05- New Design towards Remote Control in Asymmetric Anion-Binding Catalysis and Switchable Supramolecular Anion-Binders | Garcia-Mancheno

CRC Project

B01 - Towards Intelligent Light-Propelled Nano- and Microsystems (Theory) | Wittkowski

 

CRC Project

A03 - Development and Application of Quantum Chemical Methods for Excited-State Processes in Complex Systems | Neugebauer

CRC Project

A02 - Postfunctionalization of Terpolymers to Access Adaptive Soft Materials  | Studer

CRC Project

A03 - Multi-Stimuli Responsive Supramolecular Polymers Based on Halogen- and Hydrogen- Bonding Interactions | Fernandez

CRC Project

C03 - Kinetic Monte Carlo Model for Computing Functionalities in Nanoparticle Networks | Heuer

CRC Project

B05 - Investigating Molecular Forces in Focal Adhesions, Hemidesmosomes and Adaptive Hydrogels | Grashoff

CRC Project

A01 - On-surface chemistry of N-heterocyclic carbenes | Glorius

CRC Project

A03 - Responsive Environment Effects on Molecular Properties: Novel Approaches and Applications | Neugebauer

CRC Project

C04 - Dynamics of Magnon Bose-Einstein Condensate | Demokritov

CRC Project

B03 - Simulation of Photoswitchable Molecules at Interface | Heuer

CRC Project

A04 - Multiscale Simulations of Responsive Materials | Doltsinis

CRC Project

A02 - Synthesis and Application of Nanostructures and Polymers | Studer

CRC Project

B02 - Adaptive Polymer Morphologies Through Reversible Block Fragmentation | Gröschel

CRC Project

C04 - Spin Wave Systems for Reservoir Computing | Pernice

CRC Project

B05 - Design and Synthesis of Functional Ligands for Photoactive Coordination Complexes | Strassert

CRC Project

B01 - Propulsion of Light-Responsive Nano- and Microsystems | Denz

CRC Project

C03 - Self-Assembly of Hybrid Nanostructures for Brain-Inspired Electronics | Ravoo

CRC Project

B05 - Role of Cellular Mechanotransduction in Cell Adhesion and Migration | Trappmann

CRC Project

A04 - Controlling the Photophysical Properties of Transition Metal Complexes  | Doltsinis

CRC Project

A01 - Amphiphile Molecular Photoswitches for Adaptive Systems | Ravoo

 

CRC Project

A06 - Enzymatic Cascade Reactions for the Regulation of Biological Functions | Rentmeister

CRC Project

A04 - Mechano- and Chemoresponsive Coordination Compounds | Strassert

CRC Project

C06 - Neuromorphic Photonic Computing | Pernice

CRC Project

C06 - Electro-Optical in-Memory Computing with Phase Change Materials | Salinga

CRC Project

C06 - Neuromorphic Photonic Computing | Pernice

CRC Project

A05 - Light-Controlled Anion-Binding Adaptive Supramolecular Systems  | Schönhoff

CRC Project

B04 - Multistimuli Sensing with Memory and Feedback Function using Photoswitchable Proteins and Coordination Chemistry | Wegner

CRC Project

B04  - Bi-Direction Communication between Materials and Living Organisms | Wegner

CRC Project

B02 - Adaptive Polymer Morphologies via Reversible Block-Fragmentation | Ravoo