2021 kr. 4.999.929

Kasper Røjkjær Andersen

Title and degree:

Associate Professor, PhD

Institution:

Aarhus University

Grant type:

Semper Ardens: Accelerate

Project title:

Cryo-EM investigation of LysM receptors and calcium decoders governing plant-microbe interactions

2021 kr. 4.994.704

Kristine Bohmann

Title and degree:

Associate Professor, PhD

Institution:

Globe Institute, University of Copenhagen

Grant type:

Semper Ardens: Accelerate

Project title:

Airborne environmental DNA - revolutionising vertebrate monitoring

2021 kr. 4.999.283

Tobias Gehring

Title and degree:

Associate Professor, PhD

Institution:

Technical University of Denmark

Grant type:

Semper Ardens: Accelerate

Project title:

Multi-Partite Quantum Communication with Squeezed Light

2021 kr. 4.973.007

Adnan Halim

Title and degree:

Associate professor, PhD

Institution:

University of Copenhagen

Grant type:

Semper Ardens: Accelerate

Project title:

Dissection of protein interactions in the context of glycosylation

2021 kr. 4.999.833

Rasmus Heller

Title and degree:

Associate Professor, PhD

Institution:

Københavns Universitet

Grant type:

Semper Ardens: Accelerate

Project title:

1000 African Mammal Genomes: Big Data to Learn from Large Animals

2021 kr. 4.914.007

Kirsten Marie Ørnsbjerg Jensen

Title and degree:

Associate Professor, PhD

Institution:

University of Copenhagen

Grant type:

Semper Ardens: Accelerate

Project title:

Designing Disorder: Structure design, synthesis and characterization of nanostructured and amorphous energy materials

2021 kr. 4.999.000

Melih Kandemir

Title and degree:

Associate Professor, PhD

Institution:

University of Southern Denmark

Grant type:

Semper Ardens: Accelerate

Project title:

Imaginary World Models Based on Neural Stochastic Processes to Overcome Reinforcement Learning Barriers

2021 kr. 4.230.318

Clare Louise Kirkpatrick

Title and degree:

Associate Professor, PhD

Institution:

University of Southern Denmark

Grant type:

Semper Ardens: Accelerate

Project title:

Fighting antimicrobial resistance by signal jamming: interference with bacterial environment sensing mechanisms