Your poster isn’t finished yet? We know the feeling 👀 Join scientists from a multitude of different disciplines to discuss the emergence of life at the MOM conference. 🗓️ New poster submission deadline: 25 May 🔗 indico.physik.uni-muenchen.de/event/645/ #OriginOfLife #Conference #CRC392
CRC 392 - Molecular Evolution in Prebiotic Environments
@crc392molevo.bsky.social
CRC 392 Molecular Evolution in Prebiotic Environments at @lmumuenchen.bsky.social, funded by @dfg.de. Continuing the work of CRC 235 Emergence of Life. Impressum: https://tinyurl.com/4uyc4sfs
Life didn’t start in a single discipline, and neither does this conference. 🌍 Molecular Origins of Life Munich 2026 (MOM) unites astronomy, biochemistry, geoscience, theoretical chemistry, and physics to explore how life emerged from non-living matter. 🤝 In-person | 🎟️ Free (1/3)
Science from morning till night. The CRC 392 met again for our winter school in Brixen. The participants arrived with their latest research findings and left with new ideas for experiments and promising collaborations. (1/2)
At our Monthly Meeting in Munich, Bill Orsi took us deep into Earth’s early history. We discussed banded iron formations and the big question of how they formed during the Great Oxidation Event. Plenty to think about. (1/4)
Monthly meeting in Heidelberg! This time, we delved into the intersection of synthetic biology and the origin of life. #OriginOfLife #RNAOrigami #Science
How could magmatic liquid immiscibility help to solve early Earth's phosphate problem? In a great collaboration with Daniel Weller and @irissmokers.bsky.social, we show how phosphate can be enriched in volcanic melts to fuel prebiotic chemistry. www.science.org/doi/10.1126/...
Magmatic immiscibility provides phosphate for prebiotic chemistry
Volcanic immiscibility provides a key mechanism to enrich phosphate, fueling prebiotic chemistry.
science.org
Frontiers in Nanoscience! We spent a week at the @cens-lmu.bsky.social conference in Venice – on the beautiful island of San Servolo. (1/3) #OriginOfLife #Science #Venice
CRC goes Superbloom! 🎉 Where did life first emerge? This was the topic of our new discussion island at the Superbloom Festival. Visitors discovered the various theories about prebiotic environments and could choose the one that made the most sense to them. #OriginOfLife #Superbloom #Science
This week, I learned something remarkable: Stanley Miller ran an experiment that stayed frozen for 25 years. ❄️When thawed, the vial contained building blocks of life: amino acids and nucleobases. Probably the longest-running experiment ever! 🧪 #OriginOfLife #Ice #Science
This time, the CRC monthly meeting took us to Stuttgart! We visited Clemens Richert's lab and started the day with a fascinating introduction to nucleotide reaction cycles. Rather than zooming in on single reactions, his group studies reaction networks. (1/3)
You know the people in the lab have a sense of humour when they have memes hanging around. #Science #Memes #OriginOfLife
"Unbeing dead isn't being alive." – E. E. Cummings, as quoted by Jasna Brujic in her presentation today. If you're still thinking about that, sign up for our online conference all about the molecular origins of life! 🔗 indico.physik.uni-muenchen.de/event/537/ #OriginOfLife #Science #Conference
PhD student Yinqing Li gave us a behind-the-scenes lab tour of the microfluidic “torture chamber” (the microfluidic device featured in a post before). These tiny devices aren’t made of glass: they’re made of a silicone gel shaped under the microscope. (1/5)
Day 7 in Iceland: We explored the Fagradalsfjall lava field, which has had several eruptions since 2021. The basaltic flows contained not only sparkling minerals but were also a surprisingly nice place to lie down. 🌋 More: crcgoesiceland.wordpress.com/day-7 #Volcano #OriginOfLife #Iceland
Day 6 in Iceland: Have you ever heard of Diamond Beach in Iceland? 💎 Read our blog to learn how glaciers carve out stunning ice sculptures and how volcanic eruptions beneath the ice can shape entire coastlines. 👉 crcgoesiceland.wordpress.com/day-6/ #Geology #DiamondBeach #Iceland
Day 5 in Iceland: At Eystrahorn, we explored ancient magma chambers now exposed by erosion. These special rocks have been formed by magma and cooled under the surface. 🌋 Read more about our hike and the science behind it: 🔗 crcgoesiceland.wordpress.com/day-5/ #Iceland #Geology #OriginOfLife
🇮🇸 Day 4 in Iceland: Ever heard of pseudo-craters or lava pipes? Curious where this magical cave photo was taken? Find out on our blog 👉 crcgoesiceland.wordpress.com/day-4/ #OriginOfLife #Iceland #ScienceAdventure #Science
🌋 Day 3 in Iceland: We explored the Krafla caldera, a giant volcanic crater. There, we found rocks coated in volcanic glass. This amazing glossy surface forms when molten rock cools too quickly for crystals to grow. Read more: crcgoesiceland.wordpress.com/day-3/ #OriginOfLife #Iceland #Science
Looking forward to attend #MOM2025 next week! @crc392molevo.bsky.social indico.physik.uni-muenchen.de/event/537/ov...
🧪 Day 2 in Iceland: We measured pH & temperature in hydrothermal ponds — one reached pH 9.4! Alkaline water like this could’ve fueled RNA formation. 🧬 Later, we visited the Goðafoss waterfall. Read more on the blog! crcgoesiceland.wordpress.com/day-2/ #OriginOfLife #Iceland #Science
🌋 Day 1 in Iceland We started where Icelandic society began — at Þingvellir, home to the world’s oldest parliament. Then, science met steam at the erupting Strokkur Geyser. To end the day? We enjoyed a bath in a naturally heated hot pool with a golden view. Not bad for the first chapter of our trip!
What happens when you send CRC 392 researchers to an island full of volcanoes and glaciers? 🌋❄️ Find out and join us for daily updates and snapshots from Iceland! 📸 Want more details, stories & photos? Check out our blog: crcgoesiceland.wordpress.com #Science #OriginOfLife #Iceland #Fieldwork
CRC goes Iceland
Official travel blog of the CRC392
crcgoesiceland.wordpress.com
Have you ever wanted to design large and complex ribozymes from scratch? I know I have! We used RNA inverse folding to design synthetic Group II Introns (G2Is) from the bottom up, resulting in highly active #ribozymes that splice in E. coli without proteins! #intron #RNAsky #SynBio 🧬🧵(1/n)
Computational De Novo Design of Group II Introns Yields Highly Active Ribozymes
Group II Introns (G2Is) are large self-splicing ribozymes with promising biotechnological applications. This study utilized RNA inverse folding to design three novel G2Is. The designed intron Arq.I2,...
doi.org
🧠 Great ideas take time. That’s why the poster deadline has been extended to: 📅 July 8 💻 Online & free 🔗 Registration indico.physik.uni-muenchen.de/event/537/ Let it simmer — then bring the brilliance! #OriginOfLife #MolecularEvolution #Conference
PURE meets heat flows and likes what it finds! Fantastic work by Alex & Noel from the Braun lab! Glad to have been part of it. @lmumuenchen.bsky.social link.springer.com/article/10.1... @crc392molevo.bsky.social @tu-dortmund.bsky.social
Membraneless protocell confined by a heat flow - Nature Physics
In living cells, a complex mixture of biomolecules is assembled within and across membranes. This non-equilibrium state is maintained by sophisticated protein machinery, which imports food molecules, ...
link.springer.com
Want great feedback and fun science chats? Register your poster for MOM25! #Science #OriginOfLife #Conference
Online Conference | Molecular Origins of Life – Munich 2025 Join us for talks & posters across disciplines. 📅 July 16–18 ❗Poster registration deadline: 30 June 💻 Online & free 🔗 Registration is open now indico.physik.uni-muenchen.de/event/537/ #OriginOfLife #MolecularEvolution #Conference (1/2)
🕒 Only 24.341 minutes left to register your poster for MOM 2025! #OriginOfLife #Conference #Science
Online Conference | Molecular Origins of Life – Munich 2025 Join us for talks & posters across disciplines. 📅 July 16–18 ❗Poster registration deadline: 30 June 💻 Online & free 🔗 Registration is open now indico.physik.uni-muenchen.de/event/537/ #OriginOfLife #MolecularEvolution #Conference (1/2)
Office with a mountain view? 🌋 The offices of Prof. Braun’s group come with a special touch — they recycled the painted backdrop from the exhibition „simpel, komplex, lebendig“, which was shown in the Deutsche Museum in 2023. (1/3) #OriginOfLife #ScienceArt #LabLife
Torture chamber for synthetic cells! For cells to be tortured, they must first be dependent. These synthetic cells only emerge and grow when they’re fed with fuel. The fuel activates peptides, which bind polyanions and form droplets representing synthetic cells. (1/6) #OriginOfLife #Science
Only 28 days left to register your poster for MOM 2025! ⏱️ Don’t miss your chance to share your research. #OriginOfLife #ScienceConference
Online Conference | Molecular Origins of Life – Munich 2025 Join us for talks & posters across disciplines. 📅 July 16–18 ❗Poster registration deadline: 30 June 💻 Online & free 🔗 Registration is open now indico.physik.uni-muenchen.de/event/537/ #OriginOfLife #MolecularEvolution #Conference (1/2)