Two new scientists have joined the Quantum Biology Institute, bringing expertise in optical systems, molecular biology, and protein engineering to help build the experimental platforms behind next-generation quantum biology research.

The Quantum Biology DAO is evolving its working group structure to support growth and invite broader community participation in building the future of decentralized science.

The Quantum Biology team has been on the road this spring, sharing research and growing the DeSci movement at major events across Europe and the U.S.

The Quantum Biology Institute is partnering with the J. Craig Venter Institute to study how microbial life responds to weak magnetic fields, using multiomics tools to uncover new layers of biological complexity.

A relaxed, family-friendly event hosted by Quantum Biology DAO and Smarter with Science, bringing together curious minds for a hands-on exploration of quantum biology, proteins, light, and magnetic fields—featuring talks, demos, and open discussion.

A new book club has launched for exploring quantum biology and beyond through engaging readings and discussions.

The Quantum Biology DAO has officially expanded to Solana. With this bridge, the QBIO token is now available on a faster, lower-fee blockchain—unlocking greater access, liquidity, and community participation in decentralized science.

Quantum Biology Institute welcomes leading microbiologist and biosecurity expert Dr. Michael Montague.

The Quantum Biology DAO team, including founders from Leverage and the Quantum Biology Institute, has been accepted into the next cohort of the Bio.xyz accelerator program.

The Quantum Biology Institute releases large-scale data demonstrating that tadpole physiology reacts to the absence of Earth's tiny magnetic field. How tadpoles do so may have vast implications, including for longevity, ecology, and space travel.

The Quantum Biology Institute, a non-profit institute located in Los Angeles, has launched with the announcement of its first research result: the detection of weak magnetic field effects in biology.