Quantum Biology DAO

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 DAO @QuantumBioDAO]

What if some of the biggest breakthroughs in health, medicine, and biotechnology come from understanding how quantum phenomena influence living systems?

In this video, we explore some of the potential applications of quantum biology, check it out!
https://t.co/vrGEhWYhui

[Quantum Biology DAO @QuantumBioDAO]

@anagenxyz Great stuff!

[Quantum Biology DAO @QuantumBioDAO]

If you're curious to learn more about the event, you can find additional information at the event website HERE: https://t.co/jgSxiE97kt

[Quantum Biology DAO @QuantumBioDAO]

We're heading to QuEBS 2026 (the 15th International Workshop on Quantum Effects in Biological Systems). In addition to participating in the event, our own contributor @EnactJohnny will be presenting on the Quantum Biology DAO and how decentralized science can contribute to the advancement of the field.

QuEBS brings together researchers across quantum physics, biology, chemistry, biophysics, and engineering to explore how quantum phenomena influence living systems and how those insights can inspire next-generation technologies.

We're excited to connect with scientists from around the world, share the DAO's approach to advancing quantum biology through DeSci, and learn from the latest developments across the field.

[Quantum Biology DAO @QuantumBioDAO]

Magnetobiology keeps getting more interesting. 👀

[Science Magazine @ScienceMagazine]

How animals sense Earth’s magnetic field is one of biology’s enduring mysteries.

Researchers in Science have now identified superparamagnetic macrophages in the livers of rock pigeons to be crucial for magnetic sensing. The finding uncovers an unexpected role for immune cells in sensory perception and may fundamentally change our understanding of animal navigation.

Learn more in this week's issue: https://t.co/JS9qBFZHcP

[Quantum Biology DAO @QuantumBioDAO]

Check out the paper here —> https://t.co/FA0jXxW7wk

[Quantum Biology DAO @QuantumBioDAO]

Life evolved for billions of years inside Earth’s magnetic field.

What happens when you take it away?

Researchers found measurable changes in tadpole physiology when Earth’s tiny magnetic field was reduced. If biology is sensitive to such weak fields, what else might they influence?

[Quantum Biology DAO @QuantumBioDAO]

@MitoPsychoBio @niroshajmurugan The future of biology is quantum!

[Quantum Biology DAO @QuantumBioDAO]

@jamessinka @NikoMcCarty @ClariceDAiello @QuantumBioOrg What he said! 🙌

[Quantum Biology DAO @QuantumBioDAO]

Sending good vibes into your weekend 🕺

Ft. QBI’s lab

[Quantum Biology DAO @QuantumBioDAO]

One of the reasons we’re excited about the @QuantumBioOrg’s work is their commitment to open science.

Research becomes much more valuable when people can follow the process in real time, not just read a polished paper months later.

QBI shares experimental progress, datasets, updates, and research materials openly so others can learn from, question, and build on the work as it develops.

>> You can track their work here:
https://t.co/tV5Jss060U

[Quantum Biology DAO @QuantumBioDAO]

One of the most interesting parts of science is that it can be shared.

Not just conclusions, but methods, data, protocols, assumptions, and experiments themselves.

That openness gives other people the opportunity to ask questions, test ideas, try replications, spot mistakes, and sometimes discover entirely new things.

Science becomes stronger when more people can engage directly with the process, not just the final result.

[Quantum Biology DAO @QuantumBioDAO]

One of the most interesting parts of science is that it can be shared.

Not just conclusions, but methods, data, protocols, assumptions, and experiments themselves.

That openness gives other people the opportunity to ask questions, test ideas, try replications, spot mistakes, and sometimes discover entirely new things.

Science becomes stronger when more people can engage directly with the process, not just the final result.

[Quantum Biology DAO @QuantumBioDAO]

@munira0000 Of course!

[Quantum Biology DAO @QuantumBioDAO]

With our new Telegram group up and running, we wanted to take a moment to invite you to join the other channels where the Quantum Biology DAO is active (in addition to this awesome X account):

🎥 YouTube: https://t.co/RZTGb0Ht55

⭐ Discord: https://t.co/HttnAeLqOz

💜 TikTok: https://t.co/eJkXr8ySjY

⚪ Telegram: https://t.co/telxUOLCVo

🟦 LinkedIn: https://t.co/XTswyPEz8a

🦋 Bluesky: https://t.co/vRSyUmWJbg

[Quantum Biology DAO @QuantumBioDAO]

We’re building a new route for revolutionary science by creating an environment where frontier research can actually thrive.

The future of science should be more collaborative, more accessible, and shaped by the people who want to build it. Come join us.

[Quantum Biology DAO @QuantumBioDAO]

What is quantum biology?

Basic introduction below👇
https://t.co/wLIUTZJvgA

[Quantum Biology DAO @QuantumBioDAO]

We’re excited to announce the launch of the new QBI-DAO Slack channel.

Run by the Quantum Biology Institute, this shared space is designed to keep the DAO community informed about what’s happening at QBI - including reports, publications, events, financial updates, and more.

As the primary grantee of the Quantum Biology DAO, @QuantumBioOrg is committed to building in public and keeping the science as open and transparent as possible. This Slack channel will serve as a central hub for ongoing Institute updates and communication.

If you're interested, here’s the link: https://t.co/p80oPBXeK0

[Quantum Biology DAO @QuantumBioDAO]

Could quantum effects influence metabolism and cellular function?

Dr. Venkatesh Sridharan, the @QuantumBioOrg’s new Head of Redox Biology, gives a quick introduction to the work he’ll be leading at the Institute.

More to come!
#QuantumBiology #DeSci