Current Projects

Future Field "Adaptive Polymer Materials"

Thermische und photochemische Vernetzung von Papierfasern zur
Erzeugung von nassfesten und multifunktionalen Papieren

• Project leader: Prof. Dr. Jürgen Rühe
• Period: 01.08.2018 - 31.07.2021
• Funding: DFG RU 489/34-1

Polymer-modifizierte Papiere - Vermeidung von Sensitivitätsverlusten
in papierbasierten analytischen Verfahrenn

• Project leader: Prof. Dr. Jürgen Rühe
• Period 01.11.2018 - 31.10.2021
• Funding: DFG RU 489/33-1

Chemo-Mechanical and Chemo-Structural pH-Feedback Mechanisms to Program Transient and Autonomous Self- Assembling Systems

• Project leader: Prof. Dr. Andreas Walther
• Period: 01.08.2018 - 31.07.2021
• Funding: DFG
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BioSMAMPs

• Project leader: PD Dr. Karen Lienkamp
• Period: 01.08.2018 - 31.07.2021
• Funding: BMBF
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ANTIBUG

• Project leader: PD Dr. Karen Lienkamp
• Period: 01.10.2017 – 30.09.2020
• Funding: BMBF
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Self-shedding Surfaces

• Project leader: PD Dr. Karen Lienkamp
• Period: 01.05.2015 – 30.04.2020
• Funding: ERC Starting Grant of European Commission
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International Research Training Group (IRTG 1642) “Soft Matter Science: Concepts for the Design of Functional Materials”

• Spokesperson: Prof. Dr. Günter Reiter
• Duration of 2. period: 01.04.2015 – 30.09.2019
• Funding: DFG
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• SoMaS-Teilprojekte am FIT

1. Controlled deformations and modifications of model and cellular lipid membranes (project description)
2. Interactions between bio-systems and 3D micro-structured surfaces (project description)
3. Friction on textured surfaces: Inspiration from insect-plant interactions (project description)
4. Slippery when wet: Wet adhesion and friction on nano/micro-structured surfaces  (project descrption)
5. Graphene-induced crystallization of semicrystalline conjugated polymers (project description)
6. Compartmentalized smart polymer ionic liquids for responsive systems (project descrption)
7. Multifunctional hybrid polymers for adaptive nanocrystalline multilayer composites (project description)
8. Linear mechanical and viscoelastic properties of model glass-forming polymer films
9. Ordering and crystallisation of polymers in quasi-2 dimensions (project description)
10. Thermodynamics of membranes with complex lipid compositions (project description)
11. Recognition of synthetic polymers by biological nanopores (project description)

Future Field "Biomimetic and Bio-based Materials"

GrowBot - Towards a new generation of plant-inspired growing artefacts

• Project leader: Prof. Dr. Thomas Speck
• Period: 01.01.2019 – 31.12.2022
• Funding: European Union’s Horizon 2020 research and innovation programme (grant agreement No 824074)
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TimePROSAMAT - Time-Programmed Self-Assemblies and Dynamic Materials

• Project leader: Prof. Dr. Andreas Walther
• Period: 01.11.2016 – 31.10.2021
• Funding: ERC Starting Grant of European Commission
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miPAT - Personalized antibiotherapy: development and evaluation of a microfluidic biosensor platform for non-invasive, multianalyte on-site diagnostics

• Project leader: Dr. Can Dincer
• Period: 01.09.2018 - 31.08.2021
• Funding: DFG
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PlaMatSu - Plant-inspired Materials and Surfaces

• Project leader: Prof. Dr. Thomas Speck
• Period: 01.10.2016 – 31.09.2020
• Funding: European Union’s Horizon 2020 research and innovation programme (Marie Skłodowska-Curie grant agreement No 722842)
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Energetische Untersuchungen zur induzierten Aufnahme von Partikeln in funktionalisierte, synthetische Membransysteme

• Project leader: Prof. Dr. Winfried Römer
• Period: 01.02.2016 – 31.01.2019
• Funding: DFG (DFG-Geschäftszeichen RO 4341/3-1)
• Project leader: Dr. Michael Sommer
• Period: 01.09.2015 – 31.08.2018
• Funding: DFG (DFG-Geschäftszeichen SO 1213/7-1)
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SFB/TRR 141 "Biological Design and Integrative Structures - Analysis, Simulation and Implementation in Architecture "

• Spokesperson in Freiburg: Prof. Dr. Thomas Speck
• Period: 01.10.2014 – 30.06.2019
• Funding: DFG
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• TRR141-subprojects in FIT:

1. Plants and animals as source of inspiration for energy dissipation in load bearing systems and facades (project description)
2. Inspired by plants and animals: actively actuated rod-shaped structures exhibiting adaptive stiffness and joint-free continuous kinematics (project description)
3. Kinematics of planar, curved and corrugated plant surfaces as concept generators for deployable systems in architecture (project description)
4. Branching and axes in selected plant species as concept generators for high load-bearing joints of branched building structures (project description)
5. Continuous fused deposition modelling of architectural envelopes based on the shell formation of molluscs (project description)
6. Analysis of Physcomitrella chloroplasts to reveal adaptation principles leading to structural stability at the nano-scale (project description)
7. Scaling of properties of highly porous biological and biomimetic constructions (project description) 
8. Multifunctional simulation of complex biological and biomimetic designs and materials (project description)

Future Field "Energy-Autonomous Microsystems"

AlkaCell - Neue Materialien und Strukturen für die alkalische Brennstoffzelle 

• Project leader: Dr.-Ing. Severin Vierrath, Prof. Dr. Anna Fischer
• Period: 01.01.2019 – 31.12.2021
• Funding: Vector-Stiftung

Novel thin film composites and co-catalysts for visible light-induced water splitting 

• Project leader: Prof. Dr. Anna Fischer
• Period: 01.10.2016 – 01.03.2019
• Funding: DFG (PP 1613)
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OPoSiT (Fortgeschrittene Optik für Perowskit-Silizium-Tandemsolarzellen)

• Project leader: Prof. Dr. Stefan Glunz
• Period: 01.08.2017 – 31.07.2019
• Funding: DFG
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Nanotomographische Untersuchungen von Lithium-Luft-Batterien

• Project leader: Dr.-Ing. Simon Thiele
• Period: 01.03.2017 – 28.02.2019
• Funding: Humboldt-Forschungsstipendium
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CAPRI - Characterization of probe interactions with brain tissue

• Project leader: Dr.-Ing. Simon Thiele
• Period: 01.03.2017 – 31.12.2018
• Funding: BrainLinks - BrainTools
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Core Facility "Modelling and Simulation of Materials Systems"

HYBRIDIS: Dispersionskräfte in Medien — Ein Hybridansatz aus makroskopischer Quantenelektrodynamik und mikroskopischer Dichtefunktionaltheorie

• Project leader: PD Dr. Michael Walter
• Period: 01.08.2018 – 31.07.2021
• Funding: DFG (DFG-Geschäftszeichen WA 1687/10-1)
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Kontrolle des Kraftbereichs von polymeren Kraftsensoren aus massgeschneiderten mechanochromen Copolymernetzwerken

• Project leader: PD Dr. Michael Walter (DFG-Geschäftszeichen WA 1687/9-1)
• Period: 01.12.2015 – 30.11.2018
• Project leader: Dr. Michael Sommer (DFG-Geschäftszeichen SO 1213/7-1)
• Period: 01.09.2015 – 31.08.2018
• Funding: DFG
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Core Facility "Functional Processing"

NILAX Sensorsystem zur Bestimmung von Knielaxitäten 

• Project leader: Prof. Dr. Peter Woias
• Period: 01.01.2019 – 31.12.2020
• Funding: DFG