Differential
New Member
Cells as Boolean operators
Maybe the most interesting concept here is the smack to the face of Quantum Mechanics. I say this because, we are in direct control of a general field of equations (think "set of all sets") for which the cells in question are constantly lobbying for a more stochastic (chaotic) mathematical clutch.
On a health/physiological level we start to scratch the surface of:
-Programmable immunity
-Reversible/Detectable Cellular death (warnings for things such as cardiac arrest when protein cascades are detected)
On a physical level:
We can make use of these boolean effects to synchronize the moments that a protein has folded, or maybe when a patient undergoes respiratory crisis.
If we cannot see, then we must listen.
Maybe the most interesting concept here is the smack to the face of Quantum Mechanics. I say this because, we are in direct control of a general field of equations (think "set of all sets") for which the cells in question are constantly lobbying for a more stochastic (chaotic) mathematical clutch.
On a health/physiological level we start to scratch the surface of:
-Programmable immunity
-Reversible/Detectable Cellular death (warnings for things such as cardiac arrest when protein cascades are detected)
On a physical level:
We can make use of these boolean effects to synchronize the moments that a protein has folded, or maybe when a patient undergoes respiratory crisis.
If we cannot see, then we must listen.
