Here are the people behind the chemistry
Terrance/Terry/T
Already spending most of his time writing in the office or agonising over what glassware to spend precious funding on, find out more about Terrys back ground here.
PostDocs
The ones doing the even harder work! Meet the PostDocs
Li Feng Lim
Cationic Group 14 Single-Centre Ambiphiles
Background and Publications
Contact
✉ lifeng.lim@anu.edu.au
⚐ CRC 2036
Dat Tien Nguyen
Alkaline-Earth Metal Chemistry
Background and Publications
Contact
✉ dattien.nguyen@tum.de
⚐ CRC 2036
PhD students
The ones doing all the hard work! Meet our PhD students
Till Kalkuhl
Gallium and Indium Metalloligand Transition Metal Systems
Background and Publications
B.Sc. – University Heidelberg (Prof. Dr. Lutz Greb), 2020
M.Sc. – Technical University of Munich (Dr. Terrance Hadlington), 2022
PhD – joined in 01/2023
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T. L. Kalkuhl, L. Qin, L. Zhao, G. Frenking, and T. J. Hadlington, Chem. Sci., 2023, 14, 11088-11095.
T. L. Kalkuhl, I. Fernandez, T. J. Hadlington, Chem, 2025, 11, 102349.
T. L. Kalkuhl, I. Fernandez, T. J. Hadlington, J. Am. Chem. Soc., 2025, 147, 46373–46383.
Contact
✉ t.kalkuhl@tum.de
⚐ CRC 2035
Lisa Kreimer
Colorful Aryl-Phosphinidenes – Reactivity and optoelectronic Properties
Phosphorus(III) compounds are key ligands in transition-metal chemistry, whereas low-valent species such as phosphinidenes and diphosphenes provide more electron-rich coordination environments and diverse binding modes, including photoinduced isomerization. We work with carbene-stabilized bis-phosphinidene systems, describable as inversely polarized phosphaalkenes. Chelating derivatives undergo Ni-induced P-P homocoupling to form unprecedented bis-diphosphene macrocycles, alongside heterotetrametallic Cu/Ni assemblies. These low-valent phosphorus units also exhibit strong electronic coupling with conjugated π-systems, enabling tunable optical properties and access to phosphorus-containing chromophores at the interface of coordination chemistry and photoresponsive materials.
Background and Publications
B.Sc. – Technical University of Graz (Prof. Dr. Christoph Marschner), 2020
M.Sc. – Technical University of Munich (Dr. Terrance Hadlington), 2022
PhD – joined in 01/2023
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L. N. Kreimer, T. J. Hadlington, Chem. Sci., 2024, 15, 14154-14160.
L. N. Kreimer, T. J. Hadlington, Eur. JIC, 2025, 28, e202400659.
Contact
✉ lisa.kreimer@tum.de
⚐ CRC 2035
Malte Kubisz
Alkaline-Earth Metals for Multi-Component Coupling Chemistry
Chemical catalysis plays a central role in our day-to-day lives, with 90% of synthetic industrial processes estimated to rely in part on a transition metal catalyst. However, these often come with traits of low elemental abundancies, high toxicities and conspicuous costs. In this light, we focus to move towards more sustainable and environmental benign chemistry by employing alkaline-earth metal systems in the heterofunctionalisation of alkenes and alkynes. One key focus here is the reactivity of phosphine-stabilised magnesium- and calcium hydride and alkyl complexes towards carbon oxides and their congeners.
Background and Publications
B.Sc. – Technical University of Munich (Prof. Dr. Shigeyoshi Inoue), 2021
M.Sc. – Technical University of Munich (Dr. Terrance Hadlington), 2023
PhD – joined in 02/2024
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P. M. Keil, S. Ezendu, A. Schulz, M. Kubisz, T. Szilvási, T. J. Hadlington, J. Am. Chem. Soc., 2024, 146, 23606–23615.
M. Kubisz, I. Fernandez, T. J. Hadlington, Chem. Commun., 2026, 62, 7519-7523.
Contact
✉ malte.kubisz@tum.de
⚐ CRC 2035
Jonas Gilch
Group 13 and Group 14 Single-Centre Ambiphiles
Transition metals (TM) enable catalysis through variable oxidation states, which are tuneable via metal-ligand cooperativity. My research utilizes the Single-Center Ambiphile (SCA) concept, employing low-valent Group 13/14 centres (EI/II; E = Al-In; Sn) as non-innocent ligands. These ambiphilic centers exhibit simultaneous sigma-donating free electron pair, as well as at least one highly electrophilic vacant p-orbital. The unique electronic profile, when coordinating the ligand to a TM centre (Ni, Pd), facilitates cooperative small-molecule activation across the E-TM interface, providing a platform for unconventional catalytic pathways.
Background and Publications
B.Sc. – Technical University of Munich (Prof. Dr. Tom Nilges), 2020
M.Sc. – Technical University of Munich (Dr. Mirza Cokoja), 2023
PhD – joined in 01/2024
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J. M. Gilch, P. M. Keil, M. Iddrisu, T. Szilvási, T. J. Hadlington, Chem. Sci., 2026, 17, 7938-7946.
Contact
✉ jonas.gilch@tum.de
⚐ CRC 2036
Emeric Schubert
Tripodal Group 14 Single-Centre Ambiphile Systems
Background and Publications
Contact
✉ emeric.schubert@tum.de
⚐ CRC 2036
Yuchao Liu
Cationic Group 14 Single-Centre Ambiphile Systems
Background and Publications
Contact
✉ yuchao.liu@tum.de
⚐ CRC 2035
Master Students
Our current Master Thesis students, pushing the boundaries of main group-transition metal chemistry (just for a slightly shorter time)
Previous Students
The students that have been through the Hadlington lab so far, all playing an important role in our chemistry!
Single-Centre Ambiphile Ligands for Cooperative Bond Activation
⚐ Scientist @ Roche Diagnostics
Synthesis and Catalytic Utility of Cationic Chelating Tetrylene 3d-Metal Complexes
⚐ SAP Consulting @ SI PRO GmbH
Master Thesis Students
- Laura Koutas (TUM) –
- Simona Hanuliaková (TUM) – Exploration of Donor-stabilized Phosphinidenes and Bis-Phosphinidenes towards Transition Metal Complexes
- Malte Kubisz (TUM) – Evaluating Coordination-induced bond weakening in SCA complexes
- Till Kalkuhl (TUM) – Group 13 Single-Centre Ambiphiles
- Lisa Kreimer (TUM) – From donor-stabilized bis-phosphinidenes to macrocyclic, low-valent phosphorus compounds
- Emeric Schubert (TUM) – Higher-denticity tetrylene ligands
- Anton ‘Toni’ Fischbacher (TUM) – GaI Single-Centre Ambiphile complexes of Ni0
Bachelor Thesis Students
- Jonas Krapp (TUM) – Al Single-Centre Ambiphile Complexes of Iron
- Laurin Scheibenbogen (TUM) – Towards Low-valent Xanthene-derived Phosphorus-Transition Metal Chemistry
Master Intern Students
Julian Zuber (TUM) • Kristof Hintzer (TUM) • Alexander Frantz (TUM) • Lena Schröck (TUM) • Richard Zell (TUM) • Emeric Schubert (TUM) • Tim Wellnitz (LIKAT Rostock) • Björn Smolka (TUM) • Malte Kubisz (TUM) • Till Kalkuhl (TUM) • Lisa Kreimer (TUM) • Tommy Andrijanic (TUM) • Yingzhe Nan (TUM) • Niklas Vogel (TUM) • Nico Liebl (TUM) • Christopher Dirr (TUM) • Sebastian Knaup (TUM) • Laurin Scheibenbogen (TUM)
Behind the scenes
