LEDGER | 26.2
NEWSLETTER
THE BIOLOGICAL AWAKENING
A dispatch from the century of biology
№ 01 | THE COMING OF AGE
The Coming of Age.
From a mature science to the Interspecies Economy
I am a piece of the world studying another piece of the world. This realization is steadily gaining ground in the natural sciences, illustrating an evolution from a youthful urge for manipulative control over nature toward a genuine partnership on equal footing. We are no longer defiant teenagers. The goal is no longer abstract knowledge used for manipulative purposes, but rather knowledge that serves to deepen our active interrelationship with the more-than-human world.
ISSUE 2026.2
BERLIN · JAN 2027
SCHEDULE UPDATE · SYNBIOREACTOR 2027
You asked, we listened!
We’ve changed the date of SynBioReactor 2027. To give everyone the chance to attend without clashing with other conferences, we’ve moved the SynBioReactor back by one week — now taking place January 19–20, 2027.
PREVIOUSLY
JAN 14–15
→
NEW DATE
JAN 19–20
“We are no longer defiant teenagers.”
01
THE INTERSPECIES ECONOMY
This collaborative approach is now unfolding with remarkable impact in synthetic biology—the key discipline of the 21st century, which marks the remarkable transition of biology from an analytical natural science into a creative force. And this creation is increasingly becoming a conscious co-creation with nature. Abandoning the rigid micromanagement of biological systems, we are instead letting the world’s most powerful optimization program—evolution—do the heavy lifting through methods like growth coupling or microbial consortia.
“
We are made of these agential materials, that is, materials with an agenda, materials with competencies. […] You can see this incredible creature and the competency that it has in its environment. One might wonder: How can we engineer with material like this? It’s completely different from how we used to build with wood, metal, and Legos, because you can’t micromanage it. You have to convince it to do things.
MICHAEL LEVIN
Developmental & Synthetic Biologist
at Tufts University
“The circle is superior to the line.”
Most importantly, this intelligence of life is offering the economy a unique opportunity to transform into a bio-hybrid, circular Interspecies Economy. The circle is superior to the line: Designed by completely unrealistic wishful thinking that assumed infinite fossil resources, the take-make-dispose model can no longer be saved.
Direct collaboration with biological intelligence now allows us to apply extreme efficiency without waste to our own production—from growing packaging out of mushrooms to utilizing DNA as a data storage medium. So, what is still missing? The problem is paradoxical: We are partnering up with biology at the molecular level, but we are dropping those miracles into a rusted machine that was built in the 19th century, painstakingly held together by an outdated set of rules.
But what rusts, eventually breaks. Bureaucracy may slow progress, but it cannot stop this unstoppable momentum. Why is it unstoppable? Because it draws its power from life itself—a vastly superior engineer than we will ever be.
And this is why we built the SynBioReactor: to leave the rusted machine behind. By bringing together visionary minds from academia, venture capital, and industry in Berlin, we provide the transdisciplinary space necessary to translate these scientific miracles into economic reality.
Read the full essay
The Biological Awakening on Substack
→
“
Microbial consortia offer new ways to tolerate changing conditions, run on less refined feedstocks, and divide complex chemistry across organisms. With the right data and models, that robustness becomes predictable and controllable, and biomanufacturing can reach products, places, and scales it cannot reach today.
DR. JOE MEYEROWITZ
Challenge Manager at SPRIND
– Federal Agency for Disruptive Innovation
THE DIALOGUE DOESN'T END HERE
Read beyond the margins.
Subscribe to The Biological Awakening on Substack to read the extended essays behind these issues, listen to the new podcast, and join a fresh, growing community exploring the frontiers of science, philosophy, and the future of biology.
Subscribe on Substack
№ 02 | PLANT SYNBIO × AGTECH
The Future Grows Through the Cracks
The amazing ingenuity of the dandelion
02
FROM LAB TO FIELD
“Just think about it, you have a parachute which flies several hundred kilometers to set seeds somewhere else… the ingenuity of building a parachute with a genetic program, isn’t that crazy?”
— RENÉ INCKEMANN
The future of our economy depends on courageous researchers who are ready to bring their research into application. We recently sat down with one of them: René Inckemann. René holds a PhD from the Max Planck Institute and completed his postdoc at Stanford University. Now, he is translating his deep-tech expertise into a startup focused on a plant we all know: the dandelion.
More specifically, René makes use of the dandelion’s innate capacity to produce natural rubber—offering a localized solution to a massive, impending global supply crisis.
Here are three takeaways from our conversation:
01
The terrifying fragility of our rubber supply
Humanity needs 15 million tons of natural rubber a year for products like aircraft tires, which simply cannot be made with synthetic rubber. Today, our entire supply relies on a single tropical tree species. As René put it: “We are kind of just one pandemic event away from a complete catastrophe of wiping out our rubber supply.”
02
Silicon Valley vs. European bureaucracy
The cultural difference in how universities handle deep-tech innovation is striking. While Stanford VCs casually drink coffee with undergraduates on campus to fund early ideas, the German system remains trapped in risk-averse silos. “At a German university, you never get teached as a student that startups are on the menu for your future career.”
03
The unexpected reality of bio-innovation
When we think of synthetic biology, we imagine complex molecular interventions. But René highlighted a highly practical bottleneck: agronomics. To make the crop economically viable, scientists aim to guide the plant’s development so it naturally assumes a shape similar to a carrot or a potato—so that farmers “can use the exact same harvesting machine” they already possess. It is a necessary reminder that even the most advanced deep-tech science must root itself in the muddy reality of a farmer’s field.
Thank you, René, for this inspiring conversation, and we wish you all the best for your startup. We hope to be able to test the first dandelion rubber—starting with René’s bicycle tires—in just a few years!
Pioneering projects like René’s are the reason why Plant SynBio and Agricultural Tech are core focus areas at the SynBioReactor. By connecting groundbreaking plant researchers directly with specialized VCs and industry leaders, we ensure that these vital innovations make it out of the lab and into the field.
Listen to the full episode
Our new Biological Awakening podcast on Substack
→
AN OPEN INVITATION
Join us at the SynBioReactor as we come to examine exactly how this new paradigm will transform industry and research and fully unleash the transformative power of synthetic biology.
SECURE YOUR TICKET →
V
VENUE
Silent Green | Berlin
D
NEW DATES
Jan 19th–20th, 2027
@
CONTACT
sbr@ga-sb.de
W
OFFICIAL EVENT PAGE
synbioreactor.de
in
LINKEDIN COMPANY PAGE
SynBioReactor
See you where biology awakens,
in
Felix Ernst
AUTHOR & EDITOR
IN COLLABORATION WITH THE SYNBIOREACTOR TEAM
WITH THANKS TO OUR ORGANISERS
www
in
www
in
The SynBioReactor is made possible by GASB | the German Association for Synthetic Biology and biobeyond. Our sincere thanks to both teams for the work behind this summit, and for keeping the dialogue going all year round.
THE BIOLOGICAL AWAKENING · 2026.2
You are receiving this because you asked to walk this path with us. The essays arrive as they are finished, and nothing else does.
Sponsoring
|
Contact | sbr@ga-sb.de
|
Legal Notice
synbioreactor.de
© 2026 GASB | German Association for Synthetic Biology. All rights reserved.