Project overview Table of contents2nd Funding Period 1st Funding Period 2nd Funding Period 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 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 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 INF Sustainable Research Data Management W. Nagel, T. Heine, S. Kaskel Central projects MGK Integrated Research Training Group 2D Materials I. Weidinger, R. Friedrich Z Zentrale Administrative Aufgaben des SFB X. Feng 1st Funding Period 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 2D Nanoplatelets as Building Blocks for Ordered Assemblies A. Eychmüller A08 2D Organic/Metal Halide Materials B. Voit A09 The Chemistry of van der Waals Heterostructures Based on Conjugated 2D Metal-Organic Framework Monolayers (c-MOFene) R. Dong 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 Towards Atomic Resolution Transmission Electron Microscopy Imaging of Electron-Beam-Sensitive Organic 2D Materials 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 Local-Scale Fingerprinting of 2D Hybrid Materials 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 C01 Defects and Impurities in 2D Chalcogenides A. Krasheninnikov C02 Effects of Mechanical Strain on the Structure and Properties of 2D Materials and their Heterostructures T. Brumme C03 Optoelectronic Properties of 2D Perovskites and Other Inorganic-Organic Hybrid Materials A. Kuc C04 Understanding and Predicting the Formation of Synthetic 2D Materials: From Molecules to Materials Morphologies 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 MGK Integrated Research Training Group 2D Materials I. Weidinger, T. Brumme Z Central Administration Tasks of the Collaborative Research Centre X. Feng