Join Mizter Rad as he dives into the mesmerizing world of quantum biology with renowned quantum engineer Dr. Clarice Aiello. Discover how nature leverages quantum mechanics in astonishing ways—from the photosynthesis in plants to the navigation systems in birds and turtles using the Earth’s magnetic field.

Learn why understanding quantum processes at a cellular level is vital for advancements in science and technology. Clarice discusses her pioneering work on building microscopes to explore these phenomena within single cells, opening the door to a deterministic code that could revolutionize biology. Whether it’s the potential to heal wounds with electromagnetic fields by 2073, or crafting magnetic environments for space colonization, quantum biology is set to reshape our future in unimaginable ways.

Join us as we explore how weak magnetic fields influence biological processes, the significance of the Earth’s magnetic field for normal development, and the intriguing possibilities of smart textiles that react to electromagnetic fields. Bridging quantum mechanics with biology, Dr. Aiello addresses the challenges and opportunities in this burgeoning field, including the need for quantum literacy in education and global regulations on electromagnetic pollution.

Tune in for an episode brimming with revelations that promise to spark your curiosity and deepen your appreciation for the natural world’s quantum wonders.

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**Mizter Rad:** Welcome back to the Mizter Rad Show! I'm your host, Mizter Rad, and today we're diving into the world of "Anthrobots" with the amazing Gizem Gumuskaya. Gizem, welcome to the show!

**Gizem Gumuskaya:** Thanks, Mizter Rad. I'm thrilled to be here.

**Mizter Rad:** Let's kick things off. Gizem, synthetic morphogenesis sounds revolutionary. Can you break it down for us?

**Gizem Gumuskaya:** Sure! Synthetic morphogenesis allows us to create self-constructing products, much like natural systems. For example, anthrobots—tiny robots made from human cells—are engineered using protocols from Tufts and Harvard. They can navigate and perform tasks inside the human body, potentially transforming medicine.

**Mizter Rad:** Wow, that's incredible. How do these anthrobots power themselves?

**Gizem Gumuskaya:** They use glucose, just like our cells, which makes them sustainable and efficient within the body.

**Mizter Rad:** So, what about applications beyond medicine?

**Gizem Gumuskaya:** We're exploring using nature's morphogenetic power in construction too. Imagine growing bricks from calcified tissues, leading to self-assembling buildings and reducing our dependence on traditional materials.

**Mizter Rad:** That's mind-blowing! And how can our listeners get involved?

**Gizem Gumuskaya:** Synthetic biology is becoming accessible to everyone. I share resources and updates on Twitter and Instagram, so feel free to reach out if you're curious.

**Mizter Rad:** Thank you, Gizem, for this insightful discussion. Anthrobots and synthetic morphogenesis could truly reshape our world.

**Gizem Gumuskaya:** Thanks for having me, Mizter Rad. It's been a pleasure.

**Mizter Rad:** And thank you to our listeners for tuning in. Stay curious, and we'll see you next time on the Mizter Rad Show!

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