17 - Erwin Schrödingeroject and Biology
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17 - Erwin Schrödingeroject and Biology
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What happens when one of the founders of quantum mechanics asks a biological question?
Most people know Erwin Schrödinger for the famous cat-in-a-box thought experiment. But in 1944, he asked something just as profound: What is life?
In this video, we follow Schrödinger’s remarkable attempt to understand how living organisms preserve information, reproduce with extraordinary accuracy, and maintain order in a universe that tends toward disorder. From the idea of an “aperiodic crystal” to the concept of a biological “code-script,” his questions helped shape the intellectual path toward molecular biology and DNA.
We explore:
- Why heredity posed such a deep physics problem
- How DNA can be stable yet information-rich
- What Schrödinger meant by “negative entropy”
- Why living things are open systems
- How quantum mechanics makes stable molecules—and biological information—possible
- Why Schrödinger did not discover DNA, but helped frame one of science’s most important questions
The cat may be the hook. But the cell may be the bigger story.
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