Our goal is to unravel the principles underlying the organization of living matter.
https://physics-of-life.tu-dresden.de
The DGZ recognizes his contributions, including the discovery that mechanically induced electric fields guide collective cell migration. Congrats!
The DGZ recognizes his contributions, including the discovery that mechanically induced electric fields guide collective cell migration. Congrats!
What we offer: A dynamic, international, and supportive environment at the frontiers of biophysics.
Curious? Apply here: tud.link/g4j5qy
🗓️Deadline: Nov 5.
What we offer: A dynamic, international, and supportive environment at the frontiers of biophysics.
Curious? Apply here: tud.link/g4j5qy
🗓️Deadline: Nov 5.
Wir freuen uns auf Ihre Bewerbung!
🗓️Frist: 30.10.2025
Alle Infos hier: tud.link/f4wf13
#sachsenjobs #jobalert #admin #jobstelle
Wir freuen uns auf Ihre Bewerbung!
🗓️Frist: 30.10.2025
Alle Infos hier: tud.link/f4wf13
#sachsenjobs #jobalert #admin #jobstelle
Apply here: dresdencondensates.org/join-us/
🗓Deadline: 24. October
Apply here: dresdencondensates.org/join-us/
🗓Deadline: 24. October
Watch the video here:
www.youtube.com/watch?v=58e9...
Images: ©️ AVANGA Filmproduktion
Watch the video here:
www.youtube.com/watch?v=58e9...
Images: ©️ AVANGA Filmproduktion
Wir beim Physics of Life suchen eine engagierte Persönlichkeit zur Verstärkung unseres Teams im infrastrukturellen Gebäudemanagement! Wir freuen uns auf Ihre Bewerbung.
🗓️ Frist: 14.10.2025
Alle Details hier: tud.link/f4wf13
#wearehiring #sachsenjobs #joboffer #jobsdeutschland
Wir beim Physics of Life suchen eine engagierte Persönlichkeit zur Verstärkung unseres Teams im infrastrukturellen Gebäudemanagement! Wir freuen uns auf Ihre Bewerbung.
🗓️ Frist: 14.10.2025
Alle Details hier: tud.link/f4wf13
#wearehiring #sachsenjobs #joboffer #jobsdeutschland
Watch the full film on Youtube: youtu.be/58e9lF793ww
Watch the full film on Youtube: youtu.be/58e9lF793ww
We are #hiring another scientific role at PoL to support our interdisciplinary research team. Please share with your network! 👨🔬 🔬
🗓Deadline: September 19th
Apply here: tud.link/vj1kv9
#imageanalysis #jobad
We are #hiring another scientific role at PoL to support our interdisciplinary research team. Please share with your network! 👨🔬 🔬
🗓Deadline: September 19th
Apply here: tud.link/vj1kv9
#imageanalysis #jobad
Are you an expert in either of these areas? We would love to hear from you! The deadline for both roles is September 18th. 🗓️
Apply here: tud.link/vj1kv9
Are you an expert in either of these areas? We would love to hear from you! The deadline for both roles is September 18th. 🗓️
Apply here: tud.link/vj1kv9
This collaboration will combine MBI’s expertise on molecular, cell, and tissue mechanobiology with our research on spatiotemporal organization of living matter to understand how organisms form 🔬
This collaboration will combine MBI’s expertise on molecular, cell, and tissue mechanobiology with our research on spatiotemporal organization of living matter to understand how organisms form 🔬
#joboffer #jobalert #jobdestages #sachsenjobs #dresdenjobs
#joboffer #jobalert #jobdestages #sachsenjobs #dresdenjobs
We will develop cutting-edge computational methods, including AI and Machine Learning, blending data and theory to uncover hidden patterns in living systems. 📈
We will develop cutting-edge computational methods, including AI and Machine Learning, blending data and theory to uncover hidden patterns in living systems. 📈
Bewerbt euch bis zum 8. August.
Mehr Infos: tud.link/rywtux
#joboffer #wearehiring #jobdestages #sachsenjobs
Bewerbt euch bis zum 8. August.
Mehr Infos: tud.link/rywtux
#joboffer #wearehiring #jobdestages #sachsenjobs
By building reconstituted or synthetic modules that reproduce functional parts of living systems at molecular, cellular, and tissue scales, we aim to reveal the physical principles of life 🤓 🧫
By building reconstituted or synthetic modules that reproduce functional parts of living systems at molecular, cellular, and tissue scales, we aim to reveal the physical principles of life 🤓 🧫
Developing non-invasive microscopy tech is key for measuring physical forces like electric fields, pressure, stress, and more. This will bring our understanding of the physical basis of life to a new level.
Developing non-invasive microscopy tech is key for measuring physical forces like electric fields, pressure, stress, and more. This will bring our understanding of the physical basis of life to a new level.
Our aim is to reveal the physical principles underlying the emergent dynamic organization of the living state of matter. To do so, we harness the physics of life to investigate!
Our aim is to reveal the physical principles underlying the emergent dynamic organization of the living state of matter. To do so, we harness the physics of life to investigate!
We're uncovering the physical principles of self-organization leading to functional cytoskeletal and chromatin structures. Our research will reveal how these structures emerge from molecular behaviors and interactions!
We're uncovering the physical principles of self-organization leading to functional cytoskeletal and chromatin structures. Our research will reveal how these structures emerge from molecular behaviors and interactions!
@crtd-tud.bsky.social for hosting PoL for the evening. With over 2000 visitors, we were proud to take part in Dresden’s largest scientific outreach event. Special thanks to the 50+ PoL volunteers who made this possible! 🤓💪
#sciencecommunication
@crtd-tud.bsky.social for hosting PoL for the evening. With over 2000 visitors, we were proud to take part in Dresden’s largest scientific outreach event. Special thanks to the 50+ PoL volunteers who made this possible! 🤓💪
#sciencecommunication
RA2 aims to connect the physical principles and underlying molecular mechanisms of how membraneless compartments (like biological condensates) form, to uncover how cells generate, maintain, and control these distinct phases.
RA2 aims to connect the physical principles and underlying molecular mechanisms of how membraneless compartments (like biological condensates) form, to uncover how cells generate, maintain, and control these distinct phases.
Research Avenue 1 focuses on collective transitions in multicellular systems. We aim to reveal the physical principles underlying the emergence of functional structures in living tissues, examining how cell behaviors and interactions lead to complex organization.
Research Avenue 1 focuses on collective transitions in multicellular systems. We aim to reveal the physical principles underlying the emergence of functional structures in living tissues, examining how cell behaviors and interactions lead to complex organization.
🗓️Deadline: June 26th
Check here for more info: tud.link/rywtux
#sachsenjobs #adminjobs #dresdenjobs #admin
🗓️Deadline: June 26th
Check here for more info: tud.link/rywtux
#sachsenjobs #adminjobs #dresdenjobs #admin
Keep an eye out for our posts highlighting each RA, starting tomorrow! 🤓🧬
Keep an eye out for our posts highlighting each RA, starting tomorrow! 🤓🧬
Stay tuned!
Learn more: tud.link/5f2m72
#biophysics #research #dfg
Stay tuned!
Learn more: tud.link/5f2m72
#biophysics #research #dfg
Read more: tud.link/cfwd9z
Read more: tud.link/cfwd9z
📅 Bewerbungsfrist 12.06.2025
Mehr Infos: tud.link/rywtux
📅 Bewerbungsfrist 12.06.2025
Mehr Infos: tud.link/rywtux