Search results
Nick Lane is a biochemist and science writer who has published several books on the origins, evolution and mysteries of life. His latest book, Transformer: The Deep Chemistry of Life and Death, explores how life is shaped by energy and chemistry.
- About
Nick Lane is the author of five acclaimed books on...
- Publications
Stuart A Harrison, William L Webb, Hanadi Rammu, Nick Lane...
- Seminars
Nick Lane Personal Webpage Seminars. Seminars. 2020 02. Why...
- Media
Powering the complexity of life with Michael Levin and Nick...
- News
Nick Lane Biochemist and writer. News; Contact; Menu; Home;...
- Contact
Contact - Nick Lane Personal Website
- Books
Nick Lane Profile/WW Norton. 2009. Life Ascending: The Ten...
- The Vital Question. Why is Life The Way It Is
Nick Lane presents an eloquent, compelling argument that...
- About
Nick Lane (born 1967) is a British biochemist and writer. He is a professor in evolutionary biochemistry at University College London. He has published five books to date which have won several awards.
How the Krebs cycle powers life and death – with Nick Lane - YouTube. 0:00 / 55:59. What process animates cells and gives life to lifeless matter? What brings our own lives to an end? The...
- 56 min
- 341.1K
- The Royal Institution
Nick Lane is a renowned scientist and author who studies the origin and evolution of life and energy. He has written five books on topics such as oxygen, mitochondria, sex, consciousness and death, and won several awards for his research and communication.
Nick Lane is a biochemist and award-winning author who explores the origin and evolution of life in his book The Vital Question. He argues that life is driven by energy and that complex life emerged from a single-celled ancestor.
Professor and author Nick Lane discusses his new book Transformer: The Deep Chemistry of Life and Death, which tells the story of our planet with the story of our cells—what makes...
- 41 min
- 13.2K
- Talks at Google
Feb 26, 2024 · The authors argue that the origin of life is a complex continuum from prebiotic chemistry to cells with genes, and that different hypotheses have different predictions. They compare two frameworks: prebiotic soup and RNA world, and highlight their limitations and challenges.