In the second episode of The Secrets of Quantum Physics , titled "," physicist Jim Al-Khalili shifts from the laboratory to the natural world. He investigates the burgeoning field of quantum biology , exploring how the counterintuitive laws of subatomic particles might be essential to life itself. Key Scientific Mysteries Explored

The episode focuses on several biological phenomena that classical physics struggles to explain, suggesting they rely on quantum effects:

Al-Khalili examines the European Robin , which navigates during migration using a biological compass. Research suggests these birds can "see" Earth's magnetic field through quantum entanglement in their eyes, a phenomenon so strange that even Einstein was skeptical.

Plants and bacteria are shown to capture energy from sunlight with nearly 100% efficiency. They achieve this by exploiting superposition , where energy packets (excitons) travel multiple paths simultaneously to find the most efficient route to the reaction center.

The Secrets Of Quantum Physics - 2. Let There: B...

In the second episode of The Secrets of Quantum Physics , titled "," physicist Jim Al-Khalili shifts from the laboratory to the natural world. He investigates the burgeoning field of quantum biology , exploring how the counterintuitive laws of subatomic particles might be essential to life itself. Key Scientific Mysteries Explored

The episode focuses on several biological phenomena that classical physics struggles to explain, suggesting they rely on quantum effects: The Secrets of Quantum Physics - 2. Let There B...

Al-Khalili examines the European Robin , which navigates during migration using a biological compass. Research suggests these birds can "see" Earth's magnetic field through quantum entanglement in their eyes, a phenomenon so strange that even Einstein was skeptical. In the second episode of The Secrets of

Plants and bacteria are shown to capture energy from sunlight with nearly 100% efficiency. They achieve this by exploiting superposition , where energy packets (excitons) travel multiple paths simultaneously to find the most efficient route to the reaction center. Research suggests these birds can "see" Earth's magnetic