4 ms·
So you are saying an algorithm which says always go left unless you start at 1, is physically impossible (apart from using superdeterminism), because the A func
by andi999 4y ago
So you are saying an algorithm which says always go left unless you start at 1, is physically impossible (apart from using superdeterminism), because the A function would be non-continuous?
I am glad that paper got rejected.
- espadrine 4y ago> So you are saying an algorithm which says always go left unless you start at 1, is physically impossible The algorithm itself is possible. If implemented in a continuous machine, though, it is not guaranteed to reach either point 0 or point 1 in any given timeframe. In practice, it usually does not matter. One application I can think of, though, is the surprisingly powerful fault injection vulnerabilities which can break the physical implementation of a cryptosystem: http://euler.ecs.umass.edu/ece597/pdf/Fault-Injection-Attacks.pdf http://euler.ecs.umass.edu/ece597/pdf/Fault-Injection-Attack...