i decided to take your advice and "educate" myself, and this is what i found:Obvious Leo wrote:Alpha. There are two entirely different kinds of determinism and these are technically known as linear and non-linear determinism. In the common parlance linear determinism is also known as pre-determinism and non-linear determinism is more commonly known as chaotic determinism, which is synonymous with self-determinism. These are simple basic definitions which are universally used in both science and philosophy and they are completely orthodox and mainstream principles which any science or philosophy undergraduate would be expected to understand. You quite obviously don't understand these principles so you need to go away and learn them. I suggested this to you ages ago but you clearly ignored my advice and now all you're doing is making a fool of yourself.
http://physics.stackexchange.com/questi ... eterminismWell, yes. In a purely mathematical world where you can specify initial conditions exactly, chaotic systems are fully deterministic. It's not like a quantum system with wavefunction collapse, whose evolution can never be specified exactly by the initial conditions.
But in practice, we can never specify (or know) the initial conditions exactly. So there will always be some uncertainty in the initial conditions, and it makes sense to characterize the behavior of a system in terms of its response to this uncertainty. Basically, a chaotic system is one in which any uncertainty in the state at time t=0 leads to exponentially larger uncertainties in the state as time goes on, and a non-chaotic system is one in which any initial uncertainty in the state decays away or at least stays steady with time.
In the former (chaotic) case, given that we can't know the initial conditions to infinite precision, there will always be some time after which predictions of the behavior of the system become essentially meaningless - the uncertainty becomes so large that it fills up most of the state space. This is effectively similar to the behavior of a truly non-deterministic (e.g. quantum) system, in that our ability to make predictions about it is limited, so some people call chaotic systems non-deterministic.
stop wasting our time with your "leoism" nonsense.