Quantum Biology DAO
@quantumbiodao.bsky.social
The Quantum Biology DAO is a non-profit that supports the field with community building, governance tokens and an open competition for research grants.
Quantum biology offers a new way to explore questions about how the brain works. Instead of debating these ideas in theory, it asks a question: do quantum effects inside neurons last long enough to influence biology?
The brief outlines a next step: cdn.prod.website-files.com/6683bbfaeb9e...
The brief outlines a next step: cdn.prod.website-files.com/6683bbfaeb9e...
January 25, 2026 at 2:35 AM
Quantum biology offers a new way to explore questions about how the brain works. Instead of debating these ideas in theory, it asks a question: do quantum effects inside neurons last long enough to influence biology?
The brief outlines a next step: cdn.prod.website-files.com/6683bbfaeb9e...
The brief outlines a next step: cdn.prod.website-files.com/6683bbfaeb9e...
Do pharmaceuticals rely on quantum??
January 25, 2026 at 1:19 AM
Do pharmaceuticals rely on quantum??
⏰ Our weekly community call is at 9am PT | 12pm ET tomorrow (1/22)!
Anyone interested in advancing the field of quantum biology is welcome. We’ll share updates from across the DAO and discuss ongoing projects shaping the ecosystem.
Join us here: quantumbiology.community
Anyone interested in advancing the field of quantum biology is welcome. We’ll share updates from across the DAO and discuss ongoing projects shaping the ecosystem.
Join us here: quantumbiology.community
Join the Quantum Biology DAO Discord Server!
Check out the Quantum Biology DAO community on Discord - hang out with 1504 other members and enjoy free voice and text chat.
quantumbiology.community
January 22, 2026 at 2:42 AM
⏰ Our weekly community call is at 9am PT | 12pm ET tomorrow (1/22)!
Anyone interested in advancing the field of quantum biology is welcome. We’ll share updates from across the DAO and discuss ongoing projects shaping the ecosystem.
Join us here: quantumbiology.community
Anyone interested in advancing the field of quantum biology is welcome. We’ll share updates from across the DAO and discuss ongoing projects shaping the ecosystem.
Join us here: quantumbiology.community
Particularly quantum biology
January 21, 2026 at 2:49 AM
Particularly quantum biology
How much do we actually understand about reality?
Science has explained a lot, but not everything.
Let’s keep exploring. The answers could be quantum.
Science has explained a lot, but not everything.
Let’s keep exploring. The answers could be quantum.
January 20, 2026 at 7:13 AM
How much do we actually understand about reality?
Science has explained a lot, but not everything.
Let’s keep exploring. The answers could be quantum.
Science has explained a lot, but not everything.
Let’s keep exploring. The answers could be quantum.
🧪 Scientific granting, anyone?
One of the promises of DeSci is collective thinking about how science is supported.
Let’s keep these conversations about scientific granting going and continue pushing the field forward.
Join the discussion: quantumbiology.community
One of the promises of DeSci is collective thinking about how science is supported.
Let’s keep these conversations about scientific granting going and continue pushing the field forward.
Join the discussion: quantumbiology.community
a black background with white text that says `` you have successfully wasted 10 seconds of your life '' .
ALT: a black background with white text that says `` you have successfully wasted 10 seconds of your life '' .
media.tenor.com
January 18, 2026 at 10:49 PM
🧪 Scientific granting, anyone?
One of the promises of DeSci is collective thinking about how science is supported.
Let’s keep these conversations about scientific granting going and continue pushing the field forward.
Join the discussion: quantumbiology.community
One of the promises of DeSci is collective thinking about how science is supported.
Let’s keep these conversations about scientific granting going and continue pushing the field forward.
Join the discussion: quantumbiology.community
(1/2) Quantum biology is growing! 🇳🇬
We supported a community member-led event hosted at a university in Nigeria, bringing together hundreds of participants. Students, researchers, and people curious about crypto-enabled collaboration gathered for a shared introduction to quantum biology and DeSci.
We supported a community member-led event hosted at a university in Nigeria, bringing together hundreds of participants. Students, researchers, and people curious about crypto-enabled collaboration gathered for a shared introduction to quantum biology and DeSci.
January 18, 2026 at 10:43 PM
(1/2) Quantum biology is growing! 🇳🇬
We supported a community member-led event hosted at a university in Nigeria, bringing together hundreds of participants. Students, researchers, and people curious about crypto-enabled collaboration gathered for a shared introduction to quantum biology and DeSci.
We supported a community member-led event hosted at a university in Nigeria, bringing together hundreds of participants. Students, researchers, and people curious about crypto-enabled collaboration gathered for a shared introduction to quantum biology and DeSci.
In space, magnetic conditions differ from those in which life evolved. That raises important questions about how humans will reproduce, grow food, and physiologically adapt over extended periods of time.
Quantum biology may be key to long-term life beyond Earth. 🌍
Quantum biology may be key to long-term life beyond Earth. 🌍
January 18, 2026 at 10:37 PM
In space, magnetic conditions differ from those in which life evolved. That raises important questions about how humans will reproduce, grow food, and physiologically adapt over extended periods of time.
Quantum biology may be key to long-term life beyond Earth. 🌍
Quantum biology may be key to long-term life beyond Earth. 🌍
the teacher the lesson
January 18, 2026 at 10:31 PM
the teacher the lesson
Quantum biology is reshaping how we understand life and revealing that some biological processes may be sensitive to even extremely weak magnetic fields.
Imagine a future where non-invasive, low-energy electromagnetic approaches play a role in medicine, biomanufacturing, drug discovery and more.
Imagine a future where non-invasive, low-energy electromagnetic approaches play a role in medicine, biomanufacturing, drug discovery and more.
January 16, 2026 at 4:05 AM
Quantum biology is reshaping how we understand life and revealing that some biological processes may be sensitive to even extremely weak magnetic fields.
Imagine a future where non-invasive, low-energy electromagnetic approaches play a role in medicine, biomanufacturing, drug discovery and more.
Imagine a future where non-invasive, low-energy electromagnetic approaches play a role in medicine, biomanufacturing, drug discovery and more.
What's in your daily routine?
January 15, 2026 at 10:09 PM
What's in your daily routine?
This is massively exciting! Huge shoutout to the team involved.
Great news! @mariaingaramo.bsky.social 's company (Nonfiction Labs) made a remote-controlled antibody.
Its binding turns on and off with a magnet.
This is a HUGE step towards our dream of magnetically controlled drugs. Imagine a cancer drug that ONLY attacks the tumor, not the rest of your body.
Its binding turns on and off with a magnet.
This is a HUGE step towards our dream of magnetically controlled drugs. Imagine a cancer drug that ONLY attacks the tumor, not the rest of your body.
January 15, 2026 at 1:17 AM
This is massively exciting! Huge shoutout to the team involved.
Life evolved for billions of years within Earth’s magnetic field. More recently, human technologies have introduced new electromagnetic fields into our surroundings.
What might this rapid environmental change mean for biology?
What might this rapid environmental change mean for biology?
January 14, 2026 at 2:55 AM
Life evolved for billions of years within Earth’s magnetic field. More recently, human technologies have introduced new electromagnetic fields into our surroundings.
What might this rapid environmental change mean for biology?
What might this rapid environmental change mean for biology?
⭐️ We’ve got two events coming up this week:
Community Call:
A weekly space to align on DAO progress, share updates, and discuss the future of quantum biology.
Trivia:
Come socialize and test your knowledge of quantum biology, DeSci, and the DAO.
Join here: quantumbiology.community
Community Call:
A weekly space to align on DAO progress, share updates, and discuss the future of quantum biology.
Trivia:
Come socialize and test your knowledge of quantum biology, DeSci, and the DAO.
Join here: quantumbiology.community
January 13, 2026 at 2:24 AM
⭐️ We’ve got two events coming up this week:
Community Call:
A weekly space to align on DAO progress, share updates, and discuss the future of quantum biology.
Trivia:
Come socialize and test your knowledge of quantum biology, DeSci, and the DAO.
Join here: quantumbiology.community
Community Call:
A weekly space to align on DAO progress, share updates, and discuss the future of quantum biology.
Trivia:
Come socialize and test your knowledge of quantum biology, DeSci, and the DAO.
Join here: quantumbiology.community
Quantum biology calls for interdisciplinary thinkers.
Iara, a student and South America team lead at the first quantum biology hackathon, shares her love for the field and invites others to explore it.
Iara, a student and South America team lead at the first quantum biology hackathon, shares her love for the field and invites others to explore it.
January 11, 2026 at 2:27 AM
Quantum biology calls for interdisciplinary thinkers.
Iara, a student and South America team lead at the first quantum biology hackathon, shares her love for the field and invites others to explore it.
Iara, a student and South America team lead at the first quantum biology hackathon, shares her love for the field and invites others to explore it.
Are you new to the Quantum Biology DAO? If so, welcome! 👋
Here are 3 easy ways to get involved. Let's continue growing the field!
🔗 quantumbiology.community
Here are 3 easy ways to get involved. Let's continue growing the field!
🔗 quantumbiology.community
January 7, 2026 at 8:34 PM
Are you new to the Quantum Biology DAO? If so, welcome! 👋
Here are 3 easy ways to get involved. Let's continue growing the field!
🔗 quantumbiology.community
Here are 3 easy ways to get involved. Let's continue growing the field!
🔗 quantumbiology.community
You can’t spell cryptochrome without crypto… coincidence?
By bridging scientific research and web3 communities, we can accelerate discovery. Thanks, #DeSci
By bridging scientific research and web3 communities, we can accelerate discovery. Thanks, #DeSci
January 7, 2026 at 5:18 AM
You can’t spell cryptochrome without crypto… coincidence?
By bridging scientific research and web3 communities, we can accelerate discovery. Thanks, #DeSci
By bridging scientific research and web3 communities, we can accelerate discovery. Thanks, #DeSci
What happens when you remove Earth's magnetic field?
In tadpoles, replacing Earth’s ~50 μT field with a low field (<1 nT) accelerated development, with effects as early as day one.
If development is this sensitive, magnetic environments may be a fundamental (yet overlooked) biological variable.
In tadpoles, replacing Earth’s ~50 μT field with a low field (<1 nT) accelerated development, with effects as early as day one.
If development is this sensitive, magnetic environments may be a fundamental (yet overlooked) biological variable.
Weak magnetic field effects in biology are measurable—accelerated Xenopus embryogenesis in the absence of the geomagnetic field
Despite decades of reports of weak magnetic field effects in biology across the tree of life and on a broad range of cell types, the evidence to date remains met with skepticism. To remedy this, we pr...
www.biorxiv.org
January 6, 2026 at 5:52 AM
What happens when you remove Earth's magnetic field?
In tadpoles, replacing Earth’s ~50 μT field with a low field (<1 nT) accelerated development, with effects as early as day one.
If development is this sensitive, magnetic environments may be a fundamental (yet overlooked) biological variable.
In tadpoles, replacing Earth’s ~50 μT field with a low field (<1 nT) accelerated development, with effects as early as day one.
If development is this sensitive, magnetic environments may be a fundamental (yet overlooked) biological variable.
We’re back!!
After the winter holidays, our first DAO community call of 2026 is happening this Thursday, Jan 8 at 9am PT / 12pm ET.
Join us to set priorities, share updates, and keep building the future of quantum biology together.
📍 Details + link in our Discord: quantumbiology.community
After the winter holidays, our first DAO community call of 2026 is happening this Thursday, Jan 8 at 9am PT / 12pm ET.
Join us to set priorities, share updates, and keep building the future of quantum biology together.
📍 Details + link in our Discord: quantumbiology.community
January 6, 2026 at 4:06 AM
We’re back!!
After the winter holidays, our first DAO community call of 2026 is happening this Thursday, Jan 8 at 9am PT / 12pm ET.
Join us to set priorities, share updates, and keep building the future of quantum biology together.
📍 Details + link in our Discord: quantumbiology.community
After the winter holidays, our first DAO community call of 2026 is happening this Thursday, Jan 8 at 9am PT / 12pm ET.
Join us to set priorities, share updates, and keep building the future of quantum biology together.
📍 Details + link in our Discord: quantumbiology.community
▫️Quantum Physics
The study of counterintuitive behavior of waves and particles, especially at the smallest scales
+
🔹Biology
The study of living systems, from cells to entire organisms
=
🧬 Quantum Biology
A field that studies how quantum phenomena impact biological systems
The study of counterintuitive behavior of waves and particles, especially at the smallest scales
+
🔹Biology
The study of living systems, from cells to entire organisms
=
🧬 Quantum Biology
A field that studies how quantum phenomena impact biological systems
January 4, 2026 at 4:26 AM
▫️Quantum Physics
The study of counterintuitive behavior of waves and particles, especially at the smallest scales
+
🔹Biology
The study of living systems, from cells to entire organisms
=
🧬 Quantum Biology
A field that studies how quantum phenomena impact biological systems
The study of counterintuitive behavior of waves and particles, especially at the smallest scales
+
🔹Biology
The study of living systems, from cells to entire organisms
=
🧬 Quantum Biology
A field that studies how quantum phenomena impact biological systems
What are your New Year’s resolutions/goals?
We’ll start with a few of ours:
🔹 Continue to grow the DAO community worldwide
🔹 Support and fund even more real science
🔹 Expand public understanding of quantum biology
🔹 Advance education and adoption of Web3 and DeSci
We’ll start with a few of ours:
🔹 Continue to grow the DAO community worldwide
🔹 Support and fund even more real science
🔹 Expand public understanding of quantum biology
🔹 Advance education and adoption of Web3 and DeSci
January 3, 2026 at 4:36 AM
What are your New Year’s resolutions/goals?
We’ll start with a few of ours:
🔹 Continue to grow the DAO community worldwide
🔹 Support and fund even more real science
🔹 Expand public understanding of quantum biology
🔹 Advance education and adoption of Web3 and DeSci
We’ll start with a few of ours:
🔹 Continue to grow the DAO community worldwide
🔹 Support and fund even more real science
🔹 Expand public understanding of quantum biology
🔹 Advance education and adoption of Web3 and DeSci
2026 is for quantum biology
Let’s build
Let’s build
January 2, 2026 at 5:21 AM
2026 is for quantum biology
Let’s build
Let’s build
2025 was a big year for the Quantum Biology ecosystem. Here are five highlights from the year, let's keep it growing!
Thread below ⬇️
Thread below ⬇️
December 30, 2025 at 10:30 PM
2025 was a big year for the Quantum Biology ecosystem. Here are five highlights from the year, let's keep it growing!
Thread below ⬇️
Thread below ⬇️
🔔 DATA COMING ONLINE IN 2026!!
We're excited @quantumbioorg.bsky.social
We're excited @quantumbioorg.bsky.social
December 30, 2025 at 6:07 AM
🔔 DATA COMING ONLINE IN 2026!!
We're excited @quantumbioorg.bsky.social
We're excited @quantumbioorg.bsky.social
✌️ out 2025
— the Quantum Biology DAO
— the Quantum Biology DAO
December 29, 2025 at 6:22 AM
✌️ out 2025
— the Quantum Biology DAO
— the Quantum Biology DAO