Network­ing and inter­dis­ci­pli­nary knowl­edge transfer
Associ­ated YR Projects

Associ­ated Young Researchers Projects

Network­ing and inter­dis­ci­pli­nary knowl­edge trans­fer are essen­tial to encour­age research cooper­a­tions. Besides the promo­tion of junior scien­tists within the context of their doctor­ate or a research project, the Hector Fellow Academy offers the oppor­tu­nity to become part of the Hector Fellow Academy to doctoral students and PostDocs in the working groups of the Hector Fellows. Being part of the Associ­ated Young Researcher Program, they can partic­i­pate in numer­ous contin­u­ing educa­tion courses as well as at network­ing events, symposia or confer­ences. In order to be accepted as an Associ­ated Young Researcher, they require the consent of the mentor­ing Hector Fellow.

Associated Fellows-Projekte

Current projects

The follow­ing Associ­ated Young Researchers projects are supported

Access to pi-enhanced carbazoles and their application

Henrik Habeck — Hector Fellow A. Stephen K. Hashmi

π‑Extended carbazoles exhibit intrigu­ing electronic and optical proper­ties that make them attrac­tive for diverse appli­ca­tions such as OLEDs, OFETs, and solar cells. In this project, new methods for the synthe­sis of these N‑heterocycles will be explored and their appli­ca­tion as organic materi­als will be inten­sively investigated.


Zugang zu pi-erweiterten Carbazolen und deren Anwendung© Henrik Habeck

Dynamic Vision in Natural Low Light Environ­ments From Single Photons to Behaviour

Andrea Gonsek – Hector Fellow Awardee Anna Stöckl

Insects face a wide range of light inten­si­ties, which gradu­ally change through­out the daily cycle, and suddenly change between celes­tial condi­tions or habitat types. To under­stand how insects extract relevant infor­ma­tion from such dynamic visual scenes, it is neces­sary to study both sensory process­ing and behav­iour, which influ­ence each other recip­ro­cally. To disen­tan­gle this closed-loop, I am study­ing three key-stages: (i) adaptive behav­iour, (ii) natural inputs, and (iii) sensory processing.


Visuelle Verarbeitung von dynamischen Lichtumgebungen – Vom Photon zum Verhalten© Andrea Gonsek

Mecha­nisms of super­in­fec­tion exclu­sion in archaea

Emine Rabia Sensevdi

Viruses are much more than parasites with a negative impact on the host. They can infect all domains of life and have differ­ent types of relation­ships with their host: From a parasitic to even benefi­cial relation­ship. One poten­tially benefi­cial relation­ship in favor of their host cell is the ability of some viruses to prevent super­in­fec­tion by other viruses, which is known as super­in­fec­tion exclu­sion (SIE). However, our under­stand­ing of this mecha­nism is rather scare. This project aims to decipher the molec­u­lar mecha­nism under­ly­ing SIE in haloar­chaeal viruses using molec­u­lar and virolog­i­cal techniques.


DNA origami for synthetic immunology

Mai Tran

Monomeric or parti­cle-based multi­meric subunit vaccines are widely used to induce humoral immune responses that protect from disease. However, how antigen valency and spacing affects B cell activa­tion and antibody produc­tion is not well under­stood. Using a malaria vaccine antigen as model, the project combines DNA-origami-based exper­i­men­tal work with mathe­mat­i­cal model­ing to define how the biophys­i­cal parame­ters of antigen presen­ta­tion and antibody affin­ity affect B cell activation.


© Mai Tran

Circum­galac­tic medium and the cosmic web

Chris Byrohl — Hector RCD Awardee Dylan Nelson

A cosmic web of galax­ies and diffuse gas perme­ates our Universe. This cosmic web glows through faint, but measur­able, Lyman-alpha emission of its neutral hydro­gen. This project aims to charac­ter­ize said cosmic web in cosmo­log­i­cal simula­tions of galaxy forma­tion. Connect­ing to upcom­ing obser­va­tional data sets, new pathways for our under­stand­ing of galaxy and struc­ture forma­tion emerge.


Zirkumgalaktisches Medium und das kosmische Netz© Chris Byrohl

Infer­ences of clonal dynam­ics in human hematopoiesis

Lena Nitsch – Hector RCD Awardee Leif Ludwig

The forma­tion of cells in our blood is sustained through­out our lifetime by hematopoi­etic stem cells. An under­stand­ing of the output and activ­ity of individ­ual stem cells, however, is only emerg­ing. In my project, I will inves­ti­gate clonal recon­sti­tu­tion dynam­ics and evalu­ate hematopoi­etic regen­er­a­tion utiliz­ing somatic mutations in the mitochon­dr­ial genome as natural barcodes in match­ing bone marrow and periph­eral blood samples from patients under­go­ing allogenic stem cell transplantation.


Klonale Dynamiken in der humanen Hämatopoese© Lena Nitsch

Chiral organoboron PAHs for appli­ca­tion in organic electronics

Felix Full – Hector RCD Awardee Agnieszka Nowak-Krol

Boron-contain­ing polyaro­matic hydro­car­bons (PAHs) draw increas­ing inter­est due to their appeal­ing optical and electronic features. They are promis­ing candi­dates for appli­ca­tions in organic electron­ics, e.g. OLEDs, transis­tors and organic solar cells. This project is focused on the synthe­sis of new chiral organoboron PAHs and the inves­ti­ga­tion of the impact of their chiral geome­try on the opera­tion of such devices.


Chiral organoboron PAHs for application in organic electronics© Felix Full

From mitochon­dr­ial genotypes to pheno­types with single-cell multi-omics

Pauline Kautz – Hector RCD Awardee Leif Ludwig

Somatic mitochon­dr­ial DNA (mtDNA) mutations are associ­ated with a wide range of human disor­ders, yet it has been diffi­cult to reliably estab­lish mitochon­dr­ial genotype-pheno­type associ­a­tions. There­fore, we aim to integrate metabolic profil­ing readouts with single-cell multi-omics sequenc­ing techniques to charac­terise the conse­quences of patho­genic mtDNA mutations and increased mitochon­dr­ial mutational burden at the cellu­lar and genomic level.


Von mitochondrialen Genotypen zu Phänotypen mittels single-cell multi-omics© Pauline Kautz

Alumni projects

Find here an overview of the already completed projects.