F
fogh
Kevin said:We are all biased in general, but as far as scientific based, not a
chance. My opinions are based on simple and verifiable axioms.
This was a Phd study for the title of doctor in
This is not possible in principle. Tell me how a cat tells us that it is
feeling pain.
How the neural nets function is completely irrelevant. What maters is
*proving* that certain signals are directly related to a conscious
emotion.
You simply don't understand the issues involved. As I explained, it is
impossible to form a definition of pain, irrespective of what may or may
not physically causes it. There us no way to distinguish a well
programmed non conscious computer from a conscious individual. That is,
a machine can be made that to all intents and purposes duplicates the
output from a conscious individual, e.g. one feeling pain. Since this
duplicate machine can say, "I feel pain", there is no way of knowing if
in fact it does. Therefore the whole concept of a pain detector is
completely bogus. It is not possible, in principle. e.g.
http://www.anasoft.co.uk/replicators/thehardproblem.html
Irrelevant as there is no way to prove that such a machine can in
reality detect the pain of foetuses. What to you propose the featus do,
"oh, I say, that hurts". Get real dude.
Medical practice, and scientific practice, are full of empirical procedures. I'm no epistemologist, but these are probably valid scientific methods. A scientific method should not require "understanding" (I would be even tempted to say that it rules it out), and a theory does not "explain" either.
Let me be more formal about what I guess was the method in this study (again: I only heard about it for a few minutes, and have no references.)
let there be
- a group A of people who you admit have the ability to suffer, and the ability to express that they suffer.
- a group B of people who you admit have the ability to suffer. ( I use the term "people" rather than "person". Put there "patients" or whatever groupname you like that can include preborn babies.)
- a the set P of physical manifestations that can be detected/measured by medical staff.
With statistical work on A, one can get correlations of P to pain. With clinical records, it is possible to verify that those correlations hold true for group B for every cause C (from "a set C of causes of pain" >
By applying that method, one can create a "pain detector" that is good enough for medical purpose.
It does not adress the problem of a definition of pain, it does not deal with the problem of wether a foetus has conscience. Pain is here empirically defined by the persons in group A. Wether the foetus has conscience or not, the medical tool is reliable as long as those foetuses have the same physiological reaction to pain as, say, 10 month old babies. For all you know, there may even be a well programmed computer that sneaked into group A and participated in the implicit definition of pain.
In the end you have a good-enough "detector", which I would be glad to see happen and be developped in clinical practice before all those steaks I ate give me cancer. Not to mention the radiation dosis I receive from my CRT while flaming on c.c.c !