Christopher Blöcker

Christopher Blöcker2020-08-18T12:06:10+02:00

Profile

PhD Student.

Network Science and Autonomous Systems. Into Haskell and Dancing.

Christopher Blöcker started his Ph.D. studies at Umeå University in 2018. His research is focused on network science, specifically community detection, and autonomous systems. He is interested in combining results from network science and autonomous systems research for application in logistics. He is also part of WASP, the Wallenberg A.I., Autonomous Systems, and Software graduate program.

Christopher received his bachelor’s and master’s degree in computer science from FH Wedel, University of Applied Sciences in Wedel, Germany. After finishing his master studies in 2015, he moved to Singapore and worked at Duke-NUS Medical School where he applied machine learning for metastasis prediction in cancer patients.

In his free time, Christopher likes to travel, cook, and dance West Coast Swing. Depending on the weather, he likes to go out and bike. His favourite programming language is Haskell.

Current Projects

  • Highlighting network structure for community detection on different scales.

    Christopher Blöcker (IceLab), Martin Rosvall (IceLab).

  • Network clustering in dynamic scenarios.

    Christopher Blöcker (IceLab), Martin Rosvall (IceLab).

The Latest Posts

This IceLabber hasn’t posted yet.  Stay tuned and in the meantime read something else!

Duty before all?

Duty before all? by Martin Rosvall "So, you are on your way home? When I was at your age, I never went home until eight o'clock!" It was only five [...]

IceLab’s First Lunch Pitch

Coverage of IceLab's first Lunch Pitch In order to promote meetings between researchers from different institutions and disciplines, Icelab organizes multidisciplinary research presentations with the vision of letting ideas grow [...]

Memory in Network Flows

Memory in network flows and its effects on spreading dynamics and community detection The problem In today's connected world, pressing problems call for efficient mapping and modeling of flow pathways [...]

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