@quantumbiodao.bsky.social
Example #4
November 25, 2025 at 1:21 AM
Example #4
Example #3
November 25, 2025 at 1:21 AM
Example #3
Example #2
November 25, 2025 at 1:21 AM
Example #2
Example #1
November 25, 2025 at 1:21 AM
Example #1
“Science and everyday life cannot and should not be separated.” - Rosalind Franklin
To start your Sunday. ☀️
To start your Sunday. ☀️
November 23, 2025 at 10:11 PM
“Science and everyday life cannot and should not be separated.” - Rosalind Franklin
To start your Sunday. ☀️
To start your Sunday. ☀️
Quantum biology is opening a new chapter in how we understand life. The real revolution will come from those committed to following the science over the long term. If you’re curious about where this frontier is headed, now’s the moment to lean in. ⚛️
November 21, 2025 at 12:52 AM
Quantum biology is opening a new chapter in how we understand life. The real revolution will come from those committed to following the science over the long term. If you’re curious about where this frontier is headed, now’s the moment to lean in. ⚛️
1/ Weak magnetic field effects have been reported across biology for decades, but the mechanisms are still debated. One possibility is that certain cellular reactions respond to magnetic fields through quantum-level spin dynamics.
November 20, 2025 at 1:14 AM
1/ Weak magnetic field effects have been reported across biology for decades, but the mechanisms are still debated. One possibility is that certain cellular reactions respond to magnetic fields through quantum-level spin dynamics.
Friendly reminder :)
November 19, 2025 at 5:05 AM
Friendly reminder :)
📢 Join us for the @quantumbiodao.bsky.social community call this Thursday, Nov 20th at 9AM PT | 12PM ET.
We’ll share updates and open up a discussion on how the ecosystem is evolving.
Everyone’s welcome to join!
Details: quantumbiology.community
We’ll share updates and open up a discussion on how the ecosystem is evolving.
Everyone’s welcome to join!
Details: quantumbiology.community
November 18, 2025 at 4:39 AM
📢 Join us for the @quantumbiodao.bsky.social community call this Thursday, Nov 20th at 9AM PT | 12PM ET.
We’ll share updates and open up a discussion on how the ecosystem is evolving.
Everyone’s welcome to join!
Details: quantumbiology.community
We’ll share updates and open up a discussion on how the ecosystem is evolving.
Everyone’s welcome to join!
Details: quantumbiology.community
🌀 Throwback Thursday, anyone?
Say hello to some of the leaders of the quantum biology ecosystem!
Say hello to some of the leaders of the quantum biology ecosystem!
November 14, 2025 at 12:25 AM
🌀 Throwback Thursday, anyone?
Say hello to some of the leaders of the quantum biology ecosystem!
Say hello to some of the leaders of the quantum biology ecosystem!
For over 50 years, research has shown that weak magnetic fields influence physiology across organisms and cell types, with effects consistent with electron spin–dependent chemical reactions.
Let's start paying attention to quantum biology.
**25 page compilation of effects: bit.ly/MFEbiology
Let's start paying attention to quantum biology.
**25 page compilation of effects: bit.ly/MFEbiology
November 12, 2025 at 12:35 AM
For over 50 years, research has shown that weak magnetic fields influence physiology across organisms and cell types, with effects consistent with electron spin–dependent chemical reactions.
Let's start paying attention to quantum biology.
**25 page compilation of effects: bit.ly/MFEbiology
Let's start paying attention to quantum biology.
**25 page compilation of effects: bit.ly/MFEbiology
Have you ever considered that your health could be quantum?
Studies have shown that weak magnetic fields can alter biological activity across a wide range of organisms and cell types.
It’s hypothesized that these effects arise from quantum phenomena — like electron spin interactions inside cells.
Studies have shown that weak magnetic fields can alter biological activity across a wide range of organisms and cell types.
It’s hypothesized that these effects arise from quantum phenomena — like electron spin interactions inside cells.
November 12, 2025 at 12:34 AM
Have you ever considered that your health could be quantum?
Studies have shown that weak magnetic fields can alter biological activity across a wide range of organisms and cell types.
It’s hypothesized that these effects arise from quantum phenomena — like electron spin interactions inside cells.
Studies have shown that weak magnetic fields can alter biological activity across a wide range of organisms and cell types.
It’s hypothesized that these effects arise from quantum phenomena — like electron spin interactions inside cells.
1/ The first Quantum Biology Hackathon wrapped last weekend and it was amazing!
29 contributors came together from across disciplines to develop 6 different projects exploring how quantum effects might influence living systems. Long live quantum bio! 🧬
29 contributors came together from across disciplines to develop 6 different projects exploring how quantum effects might influence living systems. Long live quantum bio! 🧬
November 10, 2025 at 4:54 PM
1/ The first Quantum Biology Hackathon wrapped last weekend and it was amazing!
29 contributors came together from across disciplines to develop 6 different projects exploring how quantum effects might influence living systems. Long live quantum bio! 🧬
29 contributors came together from across disciplines to develop 6 different projects exploring how quantum effects might influence living systems. Long live quantum bio! 🧬
🧬 This week’s protein spotlight: Photolyase. This light-powered enzyme repairs DNA damage caused by sunlight. It uses blue light to flip broken DNA bonds back into place and it may even respond to Earth’s magnetic field.
Could quantum physics be part of how it works?👇
Could quantum physics be part of how it works?👇
November 7, 2025 at 3:14 AM
🧬 This week’s protein spotlight: Photolyase. This light-powered enzyme repairs DNA damage caused by sunlight. It uses blue light to flip broken DNA bonds back into place and it may even respond to Earth’s magnetic field.
Could quantum physics be part of how it works?👇
Could quantum physics be part of how it works?👇
A number of folks from across the Quantum Biology ecosystem—DAO, Institute, and collaborators—are all in LA this week.
Outside of work: lunch, an escape room, and some time to catch up in person.
Outside of work: lunch, an escape room, and some time to catch up in person.
November 6, 2025 at 8:52 PM
A number of folks from across the Quantum Biology ecosystem—DAO, Institute, and collaborators—are all in LA this week.
Outside of work: lunch, an escape room, and some time to catch up in person.
Outside of work: lunch, an escape room, and some time to catch up in person.
What are you reading? We'll go first.
November 4, 2025 at 9:46 PM
What are you reading? We'll go first.
1/ What if we could build a scientific field from the ground up and make openness the default?
That is what is happening in quantum biology. It is a growing field exploring how quantum effects like electron spin and entanglement shape living systems.
That is what is happening in quantum biology. It is a growing field exploring how quantum effects like electron spin and entanglement shape living systems.
November 4, 2025 at 6:00 AM
1/ What if we could build a scientific field from the ground up and make openness the default?
That is what is happening in quantum biology. It is a growing field exploring how quantum effects like electron spin and entanglement shape living systems.
That is what is happening in quantum biology. It is a growing field exploring how quantum effects like electron spin and entanglement shape living systems.
🚀 The Quantum Biology Hackathon has begun!
For the next few days, researchers, engineers, technologists, & more are exploring how quantum physics might intersect biology.
Co-hosted by @quantumbioorg.bsky.social & Haus der Kulturen der Welt, with @claricedaiello.bsky.social helping lead in Berlin.
For the next few days, researchers, engineers, technologists, & more are exploring how quantum physics might intersect biology.
Co-hosted by @quantumbioorg.bsky.social & Haus der Kulturen der Welt, with @claricedaiello.bsky.social helping lead in Berlin.
October 31, 2025 at 8:23 PM
🚀 The Quantum Biology Hackathon has begun!
For the next few days, researchers, engineers, technologists, & more are exploring how quantum physics might intersect biology.
Co-hosted by @quantumbioorg.bsky.social & Haus der Kulturen der Welt, with @claricedaiello.bsky.social helping lead in Berlin.
For the next few days, researchers, engineers, technologists, & more are exploring how quantum physics might intersect biology.
Co-hosted by @quantumbioorg.bsky.social & Haus der Kulturen der Welt, with @claricedaiello.bsky.social helping lead in Berlin.
1/ This is what it looks like to search for quantum phenomena in biology.
At the @quantumbioorg.bsky.social, researchers are exploring how magnetic fields affect proteins and building custom instruments to find out.
At the @quantumbioorg.bsky.social, researchers are exploring how magnetic fields affect proteins and building custom instruments to find out.
October 30, 2025 at 6:14 AM
1/ This is what it looks like to search for quantum phenomena in biology.
At the @quantumbioorg.bsky.social, researchers are exploring how magnetic fields affect proteins and building custom instruments to find out.
At the @quantumbioorg.bsky.social, researchers are exploring how magnetic fields affect proteins and building custom instruments to find out.
Join the mission! The DAO is hosting our weekly community call - and you're invited.
🗓️ Thursday, Oct 30th
🕙 9AM PT / 12PM ET
📍 quantumbiology.community
Come connect with scientists, builders, and curious minds shaping the future of biology.
🗓️ Thursday, Oct 30th
🕙 9AM PT / 12PM ET
📍 quantumbiology.community
Come connect with scientists, builders, and curious minds shaping the future of biology.
October 27, 2025 at 3:13 AM
Join the mission! The DAO is hosting our weekly community call - and you're invited.
🗓️ Thursday, Oct 30th
🕙 9AM PT / 12PM ET
📍 quantumbiology.community
Come connect with scientists, builders, and curious minds shaping the future of biology.
🗓️ Thursday, Oct 30th
🕙 9AM PT / 12PM ET
📍 quantumbiology.community
Come connect with scientists, builders, and curious minds shaping the future of biology.
🧬 As we enter Q4, here’s a look at how the Quantum Biology DAO has been taking shape and what’s ahead!
(Thread below) ⬇️
(Thread below) ⬇️
October 24, 2025 at 5:54 PM
🧬 As we enter Q4, here’s a look at how the Quantum Biology DAO has been taking shape and what’s ahead!
(Thread below) ⬇️
(Thread below) ⬇️
Science doesn't stand still. Our understanding of the world has shifted with every new tool, every unexpected result, every question we didn’t know how to ask until someone tried.
There’s still so much to explore. So much we don’t yet see.
Let’s keep discovering — together.
There’s still so much to explore. So much we don’t yet see.
Let’s keep discovering — together.
October 21, 2025 at 1:14 AM
Science doesn't stand still. Our understanding of the world has shifted with every new tool, every unexpected result, every question we didn’t know how to ask until someone tried.
There’s still so much to explore. So much we don’t yet see.
Let’s keep discovering — together.
There’s still so much to explore. So much we don’t yet see.
Let’s keep discovering — together.
@quantumbioorg.bsky.social has developed a new graphical user interface (GUI), built with support from AI, to streamline operations for the bacterioscope— their platform for screening magnetosensitivity in bacterial plates.
🎥 Video explainer coming soon!
🎥 Video explainer coming soon!
October 18, 2025 at 12:32 AM
@quantumbioorg.bsky.social has developed a new graphical user interface (GUI), built with support from AI, to streamline operations for the bacterioscope— their platform for screening magnetosensitivity in bacterial plates.
🎥 Video explainer coming soon!
🎥 Video explainer coming soon!
🧬 Have you ever heard of quantum biology?
Whether you’re deep in the science or just curious, join us for two exciting events this week:
👉 All details in Discord: quantumbiology.community
Whether you’re deep in the science or just curious, join us for two exciting events this week:
👉 All details in Discord: quantumbiology.community
October 14, 2025 at 1:03 AM
🧬 Have you ever heard of quantum biology?
Whether you’re deep in the science or just curious, join us for two exciting events this week:
👉 All details in Discord: quantumbiology.community
Whether you’re deep in the science or just curious, join us for two exciting events this week:
👉 All details in Discord: quantumbiology.community