Research Field Matter and Materials (M+M) - TU Darmstadt
@matterandmaterials.bsky.social
M+M explores the elements—from particles to cells—in order to improve functionalities and develop entirely new materials and solutions, because even the smallest particles often hold the potential for future building blocks.
Pinned
✨ Welcome to the Research Field Matter and Materials (M+M) at @tuda.bsky.social!
We conduct basic research on particles, materials, and cells, and uses interdisciplinary and collaborative research and development work to design groundbreaking technologies and building blocks for our future.
We conduct basic research on particles, materials, and cells, and uses interdisciplinary and collaborative research and development work to design groundbreaking technologies and building blocks for our future.
Reposted by Research Field Matter and Materials (M+M) - TU Darmstadt
Spielerisch🤹🏼♂️ #Wissenschaft und #Demokratie von innen 🏋🏼stärken: ProLOEWE mit dem #Wissenschaftsplanspiel „Wissen🆚Meinung“ #KI, am 28. November 2025 zu Gast bei der @leopoldina.org in Halle. Mehr dazu ➡️ proloewe.de/de/aktuelles... + ➡️ www.leopoldina.org/veranstaltun...
November 19, 2025 at 8:18 AM
Spielerisch🤹🏼♂️ #Wissenschaft und #Demokratie von innen 🏋🏼stärken: ProLOEWE mit dem #Wissenschaftsplanspiel „Wissen🆚Meinung“ #KI, am 28. November 2025 zu Gast bei der @leopoldina.org in Halle. Mehr dazu ➡️ proloewe.de/de/aktuelles... + ➡️ www.leopoldina.org/veranstaltun...
Reposted by Research Field Matter and Materials (M+M) - TU Darmstadt
The group of Prof. Beatrix Suess @tuda.bsky.social highlights in Nature Communications how synthetic riboswitches can move beyond niche uses. These modular, protein-free RNA switches enable precise gene control and hold strong promise for biotechnology and medicine.
doi.org/10.1038/s414...
doi.org/10.1038/s414...
Beyond the niche - unlocking the full potential of synthetic riboswitches - Nature Communications
Synthetic riboswitches are a burgeoning regulatory tool in the field of molecular biology. Here, the authors explore the unique features of synthetic riboswitches, highlight key applications, assess c...
doi.org
November 19, 2025 at 1:18 PM
The group of Prof. Beatrix Suess @tuda.bsky.social highlights in Nature Communications how synthetic riboswitches can move beyond niche uses. These modular, protein-free RNA switches enable precise gene control and hold strong promise for biotechnology and medicine.
doi.org/10.1038/s414...
doi.org/10.1038/s414...
✨ Welcome to the Research Field Matter and Materials (M+M) at @tuda.bsky.social!
We conduct basic research on particles, materials, and cells, and uses interdisciplinary and collaborative research and development work to design groundbreaking technologies and building blocks for our future.
We conduct basic research on particles, materials, and cells, and uses interdisciplinary and collaborative research and development work to design groundbreaking technologies and building blocks for our future.
November 12, 2025 at 3:32 PM
✨ Welcome to the Research Field Matter and Materials (M+M) at @tuda.bsky.social!
We conduct basic research on particles, materials, and cells, and uses interdisciplinary and collaborative research and development work to design groundbreaking technologies and building blocks for our future.
We conduct basic research on particles, materials, and cells, and uses interdisciplinary and collaborative research and development work to design groundbreaking technologies and building blocks for our future.