Project overview
Table of contents
2nd Funding Period
A: Materials Synthesis
| Project | Project title | Principal investigator |
| A | Material synthesis | |
| A01 | 2D Conjugated Polymers: π-Conjugation, Nontrivial (Opto)Electronic and Magnetic Properties | X. Feng |
| A02 | Solution Processing of Side Chain Functionalized 2D Covalent Organic Frameworks | A. Schneemann |
| A03 | On-Liquid Surface Synthesis of 2D Polymers and Their van der Waals Heterostructures | X. Feng |
| A04 | Surface Chemistry and Electrocatalytic Functions of 2D Metal-Organic Frameworks | S. Kaskel |
| A05 | 2D Heterostructures from Microfluidically Exfoliated Quantum Materials | M. Ruck |
| A06 | Ferecrystals: Non-Epitaxial Layered Intergrowths of 2D Materials by Atomic Layer Deposition | K. Nielsch |
| A08 | Converting 1D Conjugated Polymers into Functional 2D Materials | B. Voit |
| A10 | Synthesis of Defined, Chiral 2D Covalent Organic Frameworks | B. Plietker |
| A11 | 2D Networks and Heterojunctions with Controllable Morphology from Nanosheet Inks | K. Synnatschke |
B: Characterization
| Project | Project title | Principal investigator |
| B | Characterization | |
| B01 | Solid-State and In-Situ NMR Investigations of 2D Materials | E. Brunner |
| B04 | Potential Landscape and Electronic Properties of Twisted and Curved 2D Materials | A. Lubk |
| B06 | Local-Scale Optoelectronics of Synthetic 2D Materials | L. Eng |
| B07 | Wrinkle-Based Strain Engineering of 2D Materials | A. Fery |
| B08 | Mechanistic Insights into Electrocatalytic 2D Framework Materials via In-Situ Vibrational Spectro-Electrochemistry | I. Weidinger |
| B09 | Effect of Extended Defects on Optoelectronic Properties in Novel 2D Materials | I. Hermes |
| B10 | Revealing Ion Transport and Storage Properties of 2D Materials | M. Yu |
| B11 | Exciton Transport in Synthetic 2D Materials | A. Chernikov |
C: Theory
| Project | Project title | Principal investigator |
| C | Theory | |
| C01 | Influence of Point and Line Defects on Opto-Electronic and Magnetic Properties of 2D Materials: Insights from First-Principles Calculations | A. Krasheninnikov |
| C03 | (Opto)Electronic Properties of Type-II van der Waals Heterostructures | A. Kuc |
| C04 | Data-Driven Characterization of (A)Chiral 2D Polymers | G. Cuniberti |
| C06 | Magnetism and Electrostatic Gradients in 2D Polymers and Their Heterostructures | T. Heine |
| C07 | Accurate Prediction of Vibrational Spectra for 2D Materials | D. Golze |
| C08 | Functional 2D Heterostructures by Data-Driven Design | R. Friedrich |
| C09 | Ion Transport in 2D Polymer-Based Monolayers and Heterostructures | T. Kühne |
Central Projects
| Project | Project title | Principal investigator |
| Central projects | ||
| INF | Sustainable Research Data Management | W. Nagel, T. Heine, S. Kaskel |
| MGK | Integrated Research Training Group 2D Materials | I. Weidinger, R. Friedrich |
| Z | Zentrale Administrative Aufgaben des SFB | X. Feng |
1st Funding Period
A: Materials Synthesis
|
Project |
Project title |
Principal inverstigator |
| A | Material Synthesis | |
| A01 |
2D Conjugated Polymer Frameworks: Robust Linkages, and Novel Polycondensation Reactions |
X. Feng |
| A02 |
Gas Adsorption Properties of Delaminated Layered 2D Covalent Organic Frameworks |
A. Schneemann |
| A03 |
Soft-Template-Assisted On-Water Surface Synthesis of 2D Polymers |
X. Feng |
| A04 |
The Chemistry of 2D Metal-Organic Framework Monolayers (MOFene) |
S. Kaskel |
| A05 | Chemical Access to 2D Topological Insulators via Delamination | M. Ruck |
| A06 |
Ferecrystals: Nonepitaxial Layered Intergrowths of 2D Materials by Atomic Layer Deposition |
K. Nielsch |
| A07 | A. Eychmüller | |
| A08 | B. Voit | |
| A09 | R. Dong |
B: Characterization
|
Project |
Project title |
Principal inverstigator |
| B | Characterization | |
| B01 | Solid-State and In-Situ NMR Investigations of 2D Materials | E. Brunner |
| B02 | X-Ray Diffraction Studies of 2D Materials | J. Geck |
| B03 | U. Kaiser | |
| B04 | Revealing Atomic Structure and Potential Landscape and Electronic Properties of 2D Materials with Electron Holography and Electron Spectroscopies | A. Lubk |
| B05 |
Atomically Precise Single-Layer 2D Conjugated Polymer Frameworks Studied by LT-STM |
F. Moresco |
| B06 | L. Eng | |
| B07 | Wrinkling Metrology and Strain Engineering of 2D Materials | A. Fery |
| B08 |
In-Situ Surface-Enhanced Vibrational Spectro-Electrochemistry of 2D Framework Materials |
I. Weidinger |
| Start-Up Funding | Nonlinear Optical Properties of Novel, Synthetic 2D Materials | M. Rüsing |
C: Theory
|
Project |
Project title |
Principal inverstigator |
| C | Theory | |
| C01 | Defects and Impurities in 2D Chalcogenides | A. Krasheninnikov |
| C02 | T. Brumme | |
| C03 |
Optoelectronic Properties of 2D Perovskites and Other Inorganic-Organic Hybrid Materials |
A. Kuc |
| C04 | G. Cuniberti | |
| C05 |
Optical Properties of Monolayer and Few-Layer 2D Covalent Organic Frameworks |
F. Ortmann |
| C06 | Lattice-Induced Properties of 2D Framework Materials | T. Heine |
| Start-Up Funding | Development of GW Embedded Models for Computation of Core-Level Spectra of 2D Materials and Interfaces | D. Golze |
Central Projects
|
Project |
Project title |
Principal inverstigator |
| Central projects | ||
| MGK | I. Weidinger, T. Brumme | |
| Z | Central Administration Tasks of the Collaborative Research Centre | X. Feng |