Mr Spinkles
Mr
It is an assumption, because it is assumed to be true. However, unlike scientific assumptions, religious assumptions are not meant to be questioned or adjusted to find better ones. They are absolute "truth" even though there is no observational evidence to back them...thus they have the distinct label "first principles".chlotilde said:This is good, I have you thinking (at least legalistically). That "God exists", a religious first principle, sounds like an assumption to me.
I beg to differ--the particles on my screen and the ones that make up your body occupy the same realm.chlotilde said:(PS, although your current view of me is bouncing electrons taking the form of a computer, in another realm, I am bouncing electrons taking the form of a woman.)
Yes, indeed we do have different definitions. The First Principles upon which the Catholic/Aristotelian models were based could have been proven, had they been true. In fact, some observational evidence suppported the Ptolemaic model of the universe (i.e. that the heavens appear to rotate around us). However, in stark contrast to science, observation that contradicts a First Principle does not mean that it is wrong...rather, the observation must be flawed/wrong (i.e. the Pope suggesting that, God being all-powerful, He might be tricking us into thinking the geocentric model is wrong). Science sides with observation rather than previous assumptions when the two come into conflict, hence "the primacy of observation".I guess we have different definitions.
To me, First Principles are assumptions that can not be proven, and are accepted on faith alone.
No, it's not a First Principle, because it is verified (not contradicted by) observation, and if observation did contradict this assumption, it would be modified or thrown out to fit new observation. If the assumption that there is uniformity in nature was wrong, science shouldn't work...but it does.So, can we prove the validity of the scientific method...
Step 1 of the scientific method is to make an observation, we'll call that "a priori" truth (it stands on the truth of it's word).
Next we form a hypothesis using inductive reasoning. Induction is essentially reasoning from the specific to the general. Now we are at the premise that inductive reasoning must be true. This is where Hume comes into the science picture.
This is what Hume argued: What rational justification do we have for making inductive inferences? .
He came up with what is called the Principle of the Uniformity of Nature: nature is uniform in such a way that the future resembles the past.
It has become the "First Principle" in Science.
Religion, on the other hand, is not in the business of making careful observations and modifying or throwing out its First Principles to fit new observation...that's what distinguishes it from science.
I agree, we can't prove logically that the future will resemble the past. That is why science relies on assumptions--not First Principles--that can be validated or invalidated by observation. It could be that the scientific assumption of uniformity has worked over and over for hundreds of years now as some massive coincidence in a universe that is otherwise completely contradictory and irrational...or it could be that the universe does have uniformity. Either way, it's a good temporary assumption to make to begin any investigation of the universe. As long as we're willing to modify or throw out this assumption in the face of contradicting observation, it is not the same as a First Principle.Hume's conclusion is called the Sceptical Conclusion about Induction: Since we have no rational justification for believing the principle of the uniformity of nature, we can have no rational justification for making inductive inferences. In science, inductive reasoning is accepted as a true First Principle by faith alone.
Like astrology, ghost-hunting is not scientific because it survives in spite of the observational evidence--not because of it.Oops, sorry, if ghost-hunters want to be called scientists, so be it.
Who said anything about parallel universes? All I said was that we can be more certain of some things than others. More observational evidence = more certainty.Yes, science has accepted a concept of probabilities. Whether all propabilities occur..(shoulder shrug). Such are the theories of parallel universes (which IMO are as probable as something called heaven).
The number "3" is a symbol that represents a distinct quantity, just as nouns are symbols for distinct objects. We first observe the quantity of "3", then we give it a symbol...not the other way around Math and science are inherently bound together, as math is the tool scientists use to organize data, construct models, and make predictions. Math is true because observation supports its predictions.You're performing math logic here, not science.
Why does reason predict 3 apples? Because math is true.
Is math true? Yikes, now your getting into abstract thinking. Does a "3" exist? Or is it a figment of our imagination? I can't do a scientific proof of math, because I can't observe a "3".
No, science does not claim to be subjective...however, you said science assumes objectivity. It certainly doesn't assume objectivity--scientists are meant to question the objectivity of other scientists (and themselves) all the time.Huh, now I'm lost? Are you saying science claims to be subjective and not objective? Yikes, what are they teaching in school?
Not only did the Church teach it as truth, the Inquisition imposed punishment on those who would deny it.I don't remember ever seeing this as some doctrine of religious faith. It may have been the opinion of some people, and no doubt was discussed by theologians. If the Church specifically taught this idea as a religious truth, I'm an unaware of it.
I disagree. In my first post, I tried to establish why the rejection of the Ptolemaic model of the universe was the birth of science as it is defined today--the rejection of First Principles and the primacy of observation. 500 years ago, what were then "scientists" insisted upon First Principles (like geocentricity and circular orbits). Science and religion were only seperate subjects as long as science didn't say anything that contradicted religion. Today, the situation is a bit reversed--people accept religion as long as it doesn't contradict science (well...most people).Even 500 years ago, religion and science were separate subjects of study.
I have not put words in your mouth--the heliocentric model of the universe included the characteristics I mentioned.No, you've just added words in my mouth. I was talking heliocentric theory only.
Yes, he could prove the heliocentric theory...one notable proof was his observing Venus go through a gibbous phase which would be impossible unless Venus orbited the Sun (not Earth).Galileo couldn't prove the heliocentric theory as he couldn't observe the predicted parallax shifts.
The naked eye is not the only valid method of observation. We can detect radiowaves, photons, and electrons and observe their behavior....so we still need observation.Today's scientists no longer need to see something to believe it (wow, It sounds like I'm talking about religion...believing without seeing), e.g. radiowaves, photons, electrons.