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Originally posted by charlyv
Another way, next turkey time, to do this test.
Use thermo-couples and a pair of ohm meters.
Thermo-couples are dissimilar metals soldered together at one end (the tip). One copper, and one steel works good.
They are resistant to temperature fluctuations caused by having to snake probes through different temperature gradients to be attached to places of interest inside machinery. This is what labs use. Calibrate ohm meter using a probe tip in boiling water and ice by taking a resistance measurement on each. Tune each ohm meter so it shows the same reading at the boiling water temerature. That is base line. Then do turkey test. Both resistance values should be virtually identical. You can translate to temperature by using a thermo-couple calibration graph easily found online. Plug in the ice temp resistance and the boiling water temp resistance to give you a gradient graph in C or F. The graph will extrapolate temps from 0C to 1000C
edit on 19-1-2012 by charlyv because: (no reason given)edit on 19-1-2012 by charlyv because: clarityedit on 19-1-2012 by charlyv because: (no reason given)
Go to one of my posts, then in the left column at the bottom it says "member", click for a drop-down menu. Click the one that says "send message" and hopefully it's obvious from there?
Originally posted by BBalazs
arb, how do i actually send you a private message?
Originally posted by Arbitrageur
Go to one of my posts, then in the left column at the bottom it says "member", click for a drop-down menu. Click the one that says "send message" and hopefully it's obvious from there?
Originally posted by BBalazs
arb, how do i actually send you a private message?
Originally posted by no special characters
You are only making this thread because you are part of my reality.
Mostly the internet is working like that it seems as that a large part of what I think shows up on various fora I read during the day. Now one can conclude that my mind is more focused on these topics thus distinguishing them from other topics.
Unfortunately I had to conclude otherwise which makes my reality somewhat bizarre. It has it pros though cause I never am without money or job because I can just pick the jobs that I already know they would hire me for on forehand.
Actually the OP was almost TL/DR length already so I omitted some detail, but I actually did this...I measured on the same side with both thermometers in slightly different spots. the I repeated on the other side I even swapped the thermometers and tried re-using some of the same holes.
Originally posted by TWISTEDWORDS
The problem with this experiment is that you tested two different areas of the turkey. So each side of the turkey is made up of different strands of tissue and both sides would never cook exactly the same. The experiment should have been done by measuring the same side with the two different measuring devices.
Actually the experiment was conclusive. The thicker metal did have different thermal mass than the thinner metal. That was the conclusion I came to from the measurements I made.
Then you have take into account that thicker metals heat differently than thinner metals. So the experiment is not conclusive.
I don't think that's such an important point. I could have used a robot, and completely different thermometers that were electronic and mechanical and I think I'd get the same results if one thermometer was more massive than the other. I look at it as a measurement system.
As far as the observer, you then have to ask who is the observer? Is it the turkey, you, the two measuring devices, the air, the stove..who?
I don't think that's such an important point. I could have used a robot, and completely different thermometers that were electronic and mechanical and I think I'd get the same results if one thermometer was more massive than the other. I look at it as a measurement system.
The key point of the thread is that the thing being observed (the turkey)
responds to the observation, and when you change the method of observation, it responds differently to the changed method of observation, "almost as if it's aware it's being observed" as the "what the bleep do we know" movie claims, but that's not what's happening,
the turkey has no true awareness after it's been in the oven for 4 hours as far as I can tell.
Originally posted by rogerstigers
From my limited understanding on the subject, I think this has something to do with the quantum wave function. It is a weird phenomenon that (until recently) was considered to be merely a statistical tool (in other words, not a real physical aspect of the universe) when understanding reality. Basically, it's the idea that when something is observed, the universe collapses that set of waves into a concrete reality for the duration of the measurement. When not observed, all possibilities are equally viable.
arstechnica.com...
To me, it's all.. well, the good Doctor explains it best..
edit on 11-28-2011 by rogerstigers because: (no reason given)
It's not accurate to say that scientists "are NOT looking at WHAT is Producing the STORY ". They certainly are looking, but don't have the answer. In other words, the Copenhagen interpretation, is an interpretation, and has not really been proven over some other possible interpretations.
Originally posted by The Matrix Traveller
You see in ALL the Sciences at present, Scientists are only Exploring the "STORY" and are NOT looking at WHAT is Producing the STORY (this Universe) and HOW.
I think the "absolutely no basis in reality" is stretching it a bit.
Originally posted by polit
It is all dumbed down explanations of math with absolutely no basis in reality. Please prove me wrong if I am incorrect.
That's pretty amazing for a "wrong" model, isn't it?
As an indication of exactly how good the Ptolemaic model is, modern planetariums are built using gears and motors that essentially reproduce the Ptolemaic model for the appearance of the sky as viewed from a stationary Earth. In the planetarium projector, motors and gears provide uniform motion of the heavenly bodies. One motor moves the planet projector around in a big circle, which in this case is the deferent, and another gear or motor takes the place of the epicycle.
or the variant:
Essentially, all models are wrong, but some are useful.
Remember that all models are wrong; the practical question is how wrong do they have to be to not be useful.
And this is what the tests of Leggett’s inequality suggest. We mustnow accept that the properties we ascribe to quantum particles, such as spin-up, vertically polarized, ‘here’ and ‘there’ are properties that have no meaning except in relation to a measuring device. We can no longer assume that the properties we measure necessarily reflect or represent the properties of the particles as they really are. As Heisenberg had earlier argued:
". . . we have to remember that what we observe is not nature in itself but nature exposed to our method of questioning."
This does not mean that quantum particles are not real. What it does mean is that we can ascribe to them only an empirical reality. This is a reality that depends on our method of questioning, a reality that can be affected by the outcomes of measurements on distant particles.
There is certainly a lot of confusion over the answer to that question, which is one of the reasons I started this thread.
Originally posted by minor007
So it comes down as to what Observer means?
So they example they give, the difficulty in measuring the air pressure in a tire, is very analogous to my turkey temperature measuring example in the OP. There is no consciousness inferred in this definition, and there doesn't even have to be any human interaction at all, which are two of the common misconceptions.
In physics, the term observer effect refers to changes that the act of observation will make on the phenomenon being observed. This is often the result of instruments that, by necessity, alter the state of what they measure in some manner. A commonplace example is checking the pressure in an automobile tire; this is difficult to do without letting out some of the air, thus changing the pressure. This effect can be observed in many domains of physics.