TED: How quantum biology might explain life's biggest questions | Jim Al-Khalili

The video explores the emerging field of quantum biology, examining how quantum mechanics may play a role in biological processes. It discusses the interdisciplinary nature of the field, the historical context, and key concepts like quantum tunneling, coherence, and entanglement. The video highlights speculative yet exciting research, such as quantum effects in enzymes, DNA mutations, photosynthesis, and animal navigation, suggesting that life may utilize quantum mechanics in non-trivial ways.

What is the main question that quantum biology seeks to answer?

How does quantum mechanics relate to the processes within living cells?

What interdisciplinary fields contribute to the study of quantum biology?

What are the challenges faced by biologists in understanding quantum mechanics?

What role did Erwin Schrodinger play in the development of quantum biology?

In what ways has quantum biology been experimentally validated in recent years?

Can you explain the concept of quantum tunneling and its significance in biology?

Describe the potential implications of quantum mechanics on DNA mutations.

What is quantum coherence and how does it relate to photosynthesis?

How might quantum entanglement explain the navigation of birds?