Life on the Edge: The Coming of Age of Quantum Biology
Rate it:
Open Preview
8%
Flag icon
The ancient idea that all living creatures were animated by some kind of supernatural substance or entity did at least provide some kind of explanation for the remarkable differences between the living and the nonliving. Life was different because it was moved by a spiritual soul rather than by any of those mundane mechanical forces.
Peter Sidell
The ancient idea that all living creatures were animated by some kind of supernatural substance or entity did at least provide some kind of explanation for the remarkable differences between the living and the nonliving. Life was different because it was moved by a spiritual soul rather than by any of those mundane mechanical forces.
9%
Flag icon
Our billiard table can be said to be harvesting energy from high-entropy (chaotic) collisions to maintain part of itself, the triangle of balls in the middle, in a low-entropy (ordered) state.
Peter Sidell
Our billiard table can be said to be harvesting energy from high-entropy (chaotic) collisions to maintain part of itself, the triangle of balls in the middle, in a low-entropy (ordered) state.
9%
Flag icon
free energy harvested from random molecular collisions (and their chemical reactions) is directed to maintain a body and make a copy of that body.
Peter Sidell
free energy harvested from random molecular collisions (and their chemical reactions) is directed to maintain a body and make a copy of that body.
11%
Flag icon
Life is different. No one has ever discovered a condition that favors the direction: dead cell → live cell. This was of course the puzzle that prompted our ancestors to come up with the idea of a soul.
Peter Sidell
Life is different. No one has ever discovered a condition that favors the direction: dead cell → live cell. This was of course the puzzle that prompted our ancestors to come up with the idea of a soul.
11%
Flag icon
The Nobel Prize–winning physicist Richard Feynman is credited with insisting that “what we can’t make, we don’t understand.”
Peter Sidell
The Nobel Prize–winning physicist Richard Feynman is credited with insisting that “what we can’t make, we don’t understand.”