Next Thursday, Quantum Unbound continues with Class 3: Quantum Biology and Health, led by Dr. Venkatesh Sridharan. The class is free and open to anyone, anywhere. Register here: bit.ly/QBI-Q2-Class-2

Update! This class has been moved to next week and at this time, we will be joined by Clarice Aiello! bit.ly/QBI-Q2-Class-3

Next Thursday, Quantum Unbound continues with Class 2: Quantum Biology and Health, led by Dr. Venkatesh Sridharan. Guest instructors, Dr. Doug Brash and Dr. Karolina Okla The class is free and open to anyone, anywhere. Register here: bit.ly/QBI-Q2-Class-2

Last quarter, we launched Quantum Unbound, our free educational series on quantum biology. Next Friday, Dr. Michael Montague kicks off kicks off our second course with Class 1: Quantum Biology and Biomanufacturing. Anyone can join! Register here: bit.ly/QBI-Q2-Class-1

The Quantum Biology Institute is now on YouTube! QBI has uploaded the first three classes from Quantum Unbound, its free educational course exploring the foundations and emerging questions of quantum biology. The first set of classes covers: 1. The Basics of Quantum Biology with Dr. Alessandro Lodesani, introducing radical pairs, spin, and living systems. 2. Quantum Biology in Proteins with Dr. Brian L. Ross, exploring where radical pair chemistry may occur within proteins. 3. Quantum Biology Across Life with Dr. Michael Montague, looking at how omics and evolutionary analysis can help identify proteins and organisms relevant to the field. All three classes are now available to watch on @QuantumBioOrg's YouTube channel, with more educational content to come. Watch and subscribe here: piped.video/@QuantumBioOrg

Could Mars colonization fail because we overlooked magnetic fields? Radiation and microgravity dominate conversations about human health in space. Quantum engineer Clarice Aiello believes another biological variable deserves far more attention. Life on Earth evolved within our planet’s magnetic environment. Across bacteria, animals, and human cells, weak magnetic fields have been associated with changes in cell division, energy production, DNA repair, ion channels, inflammation, and regeneration. Clarice argues that organisms living on the Moon or Mars may respond differently to environments with dramatically weaker magnetic fields. Some health effects currently attributed to microgravity could even involve this missing variable. Watch the full conversation with Clarice Aiello of the Quantum Biology Institute as we explore quantum sensing, electromagnetic medicine, nature-made quantum technology, and whether biology has been exploiting quantum physics for billions of years. #QuantumBiology #QuantumPhysics #SpaceBiology #Mars #Biofuturism #Magnetobiology #SciencePodcast #GalaxyBalance

Using a mathematical model, three scientists from the Quantum Biology Institute have found that #fluorescence is only a reliable indicator of #magnetic field sensitivity when a #magnetosensitive protein is illuminated strongly enough: biorxiv.org/content/10.64898… @ClariceDAiello

On July 24, @ClariceDAiello participated in a panel discussion on #extremophiles and human adaptation at “Designing the Future of Space,” a conference in Santa Maria, Azores. Image credit: Univ. of Pittsburgh, Otsuka Pharmaceutical, and Portuguese Space Agency. #QuantumBiology

Yesterday's final class in our three-part virtual series on #QuantumBiology wrapped up with Michael Montague, Chief Technology Officer at the Quantum Biology Institute, who explored “Quantum Biology Across Life.” A big thank-you to everyone who joined us across all three classes!

On July 24, Clarice Aiello, a scientist at the Quantum Biology Institute, will participate in a panel discussion on #extremophiles and human adaptation at “Designing the Future of Space,” a conference taking place July 22–25 in Santa Maria, Azores: tinyurl.com/59s82yfx.

Don't miss the 3rd and final class in the series on #QuantumBiology, which will be held on July 23 at 11 am PT (2 pm ET). Michael Montague, Chief Technology Officer at the Quantum Biology Institute, will present "Quantum Biology Across Life." Register at: bit.ly/QBI-Q1-Class-3.

Today’s second virtual class on #QuantumBiology was well attended! Brian Ross, Head of Biochemistry at the Quantum Biology Institute, explored how #QuantumBiology may operate in proteins and what this understanding could reveal about mechanisms underlying biological processes.

Join us tomorrow (July 16) for the second class in our virtual #QuantumBiology series! The class begins at 11 a.m. PT (2 p.m. ET) and will explore how quantum biology may operate in proteins. To register, go to: bit.ly/QBI-Q1-Class-2.

The second virtual class in a series on #QuantumBiologywill be held on July 16 at 11 a.m. PT (2 p.m. ET). In this class, Brian Ross, Head of Biochemistry at QBI, will discuss how #QuantumBiology may work in proteins. To register for this class, go to: bit.ly/QBI-Q1-Class-2.

Yesterday (July 9), we kicked off a series of virtual classes on #QuantumBiology! In this first class, Alessandro Lodesani, COO at the Quantum Biology Institute, explored #RadicalPairs, spin physics, and how #quantum-level effects may influence biological reactions.

Class has begun! Let's learn about quantum biology from some of the best @QuantumBioOrg Never too late to hop in: bit.ly/QBI-Q1-Class-1

Join the first in a series of virtual classes on #QuantumBiology! The class starts in less than an hour (at 11 a.m. PT, or 2 p.m. ET). Register at: us06web.zoom.us/meeting/regi…. More details below.

Join us this Thursday (July 9) for Class 1 in our virtual series exploring the basics of #QuantumBiology. Details below.

Join us on July 9 at 2 p.m. ET (11 a.m. PT) for the first in a new weekly series of online classes on #QuantumBiology. Class 1 will be led by Alessandro Lodesani, Chief Operating Officer at the Quantum Biology Institute. Register here: bit.ly/QBI-Q1-Class-1 .

.@ClariceDAiello, a scientist at the Quantum Biology Institute, is featured in a New Scientist article that examines the science—and the hype—surrounding so-called “quantum therapies,” while also highlighting serious ongoing research in #QuantumBiology: tinyurl.com/huz6ms7s