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Originally posted by Bedlam
Originally posted by PurpleChiten
Almost, but not quite. You may want to read up just a litle bit more.
You typically don't use the wavelength when it's IR. See also bolometry.
Context - we're talking about IR thermal measurement here. He's not getting that. No point segueing off into Wien displacements and blackbody measurement while the guy's thinking that somehow his entire memory is somehow encoded into body heat fluctuations at the moment of death.
This heat carries the the information that makes you
But every time a bit of information is erased, we know it doesn't disappear. It goes out into the environment. It may be horribly scrambled and confused, but it never really gets lost. It's just converted into a different form.
That information can easily be reduced to noise. And yours will be when you die. Not only will the information be reduced to noise, but the system upon which it ran will be disordered.
Information Entropy is a concept from information theory. It tells how much information there is in an event. In general, the more uncertain or random the event is, the more information it will contain. The concept of information entropy was created by a mathematician. He was named Claude Elwood Shannon.
It has applications in many areas, including lossless data compression, statistical inference, cryptography and recently in other disciplines as biology, physics or machine learning.
Let's look at an example. If someone is told something they already know, the information they get is very small. It will be pointless for them to be told something they already know. This information would have very low entropy.
If they were told about something they knew little about, they would get much new information. This information would be very valuable to them. They would learn something. This information would have high entropy.
Originally posted by neoholographic
reply to post by NuclearMitochondria
Of course I answered your questions but you claim you have all these degrees in these different areas and then you have to ask what black holes have to do with it, it makes me question the things you and the other guy are saying.
You're asking what do black holes have to do with it and the other guy is comparing melted coins to biological systems at death. You can't make this stuff up.
Do you know anything about the black hole information paradox, black hole thermodynamics or black hole entropy? I explained in a way that everyone can understand it and it's funny that you two guys claiming to have all these degrees asks questions like this.
If you don't understand what I'm saying or how black holes relate to what I'm saying when I talk about information, then all I can say is that you need to study the areas I mentioned above. I can understand if someone without "all of your degrees" asked this question.
Originally posted by arielburns
reply to post by NuclearMitochondria
There was a Danish draper, who had an interest in making microscopes, who held no actual degree or formal education, that first illuminated the world to microbes, cells, and the like (Antonie van Leeuwenhoek). It is the ability to dive into the imagination and use creativity, even if this is contrary and seemingly irrational, that often spurs new inventions or discoveries. I'm trying to follow the conversation so I can comment directly on it - yet I had to say that the whole 'I have a degree' thing is so tired and is often a catalyst for transcending the status quo.
You're confusing 'information' put forth by Stephen Hawking with what is believed to be soul energy. This is the fatal flaw in this theory.....You're saying this stuff contains more than that.
Originally posted by neoholographic
reply to post by NuclearMitochondria
Clearly you don't know what your talking about so you did what most message board scholars do. You decided to "google around" and look for a 5 second response instead of trying to understand what you were reading. I'm glad you decided to "google around" and look into these areas like I suggested but I wish you would have done more than just "google around" just to make a quick response on a message board.
First you talk about soul energy. I never said anything about soul energy but of course you say that to try and debate a point that I never made.
You're confusing 'information' put forth by Stephen Hawking with what is believed to be soul energy. This is the fatal flaw in this theory.....You're saying this stuff contains more than that.
I never said anything about soul energy. So what your debating against is an argument that was never made. You had to make up this argument because after you "googled around" and read about these things you realized I was right.
So you couldn't come back to the message board and say, you're right because you're a message board scholar with all of these degrees. So you decided to write a post debating soul energy. I have been saying over and over again the heat in the form of infrared radiation leaves the body at death. I have never mentioned any soul energy.
The reason you did this is because the "information" talked about by Hawking and Susskind can be carried in the heat that leaves the body at death. So you couldn't debate the heat that leaves the body in the form of infrared radiation as I have been talking about throughout the thread so you had to debate against this soul energy that I never talked about.
This heat carries the the information that makes you, you.
This is why people might feel cold if they come in contact with a ghost. It's because of entropy and the ghost is you at a lower temperature. This is why ghost create cold spots.
This is why Ghost Hunters us Infrared Cameras when looking for Ghost. When a person dies, the heat radiates from there body in the form of infrared radiation. This radiation carries the information about the energy distribution of the body it leaves at death. This is why Ghost are shaped like and look like the dead person the heat radiated from.
Again, when heat leaves the body at death in the form of infrared radiation, the transmission of data (the human body and experience) doesn't die.
Originally posted by arielburns
reply to post by NuclearMitochondria
Yeah well, your complaints with his arguments are making me laugh. If his premises are really that misappropriated at least see the humor. I don't watch movies often, but in Dogma the lady God was asked about the meaning of life - to which she honked his nose (beep beep). Isn't there some point you think about swinging around on trees with a cigar in your mouth, debating nonsense to a ridiculous degree and then think, 'hey, let's go get a banana.."
Yes you did, this entire thread is about soul energy.
How is it a cold spot if the "ghost" is at equilibrium with the room temperature?
Do you have any actual proof that some infrared measurement is in fact a ghost?
This heat carries the the information that makes you, you. [quoting me]
How does this make you, you? What PROPERTY makes it you?
Originally posted by neoholographic
reply to post by NuclearMitochondria
Again your whole post makes zero sense. If you can't understand these concepts you should do more than just "google around." You need to actual read and then try to understand what you're reading longer than 5 minutes so you can respond on a message board.
"How is it a cold spot if the "ghost" is at equilibrium with the room temperature?"
I never said this.
It's because of entropy and the ghost is you at a lower temperature. This is why ghost create cold spots.
You asked:
Do you have any actual proof that some infrared measurement is in fact a ghost?
Yes and I have listed the evidence in this thread over and over again.
Information as I have described it numerous times yet you tried to avoid it by talking about soul energy. Everything you do involves information. Every thought, every idea, every memory, every relationship. When I say you I'm talking about the quantum system that's you not the macroscopic dead body. You do understand the difference between macroscopic and microscopic systems? Do you understand how microstates give rise to macrostates and how this pertains to things like information or S = k log W?
This will allow me to decide if you're a troll and I should report you.
Again, this goes back to entropy and information. We then have to talk about macrostates and microstates.
If 3 coins are being flipped there are 8 possible outcomes.
hhh
hht
htt
hth
thh
htt
tht
tth
ttt
There are 4 macrostates which are 3 heads, 2 heads, 1 heads and 0 heads. So 8 microstates produce 4 macrostates. This is call multiplicity, W. This just says there are many microstates that can produce the same macrostate. Let's look at this even further.
Crystalline Ice at 273K has 101,299,000,000,000,000,000,000,000 accessible microstates. The human body is about 310K. These microstates can't be destroyed.
If I throw my DVD Player into a black hole, the information will not be lost. The macroscopic DVD will be scrambled and unrecognizable but the microstates that produced the macrostate (DVD Player) would be spread out over the event horizon.
So when you die, your macrostate body dies but your microstates don't and this information leaves the body as infrared radiation (Heat) at death.
These are some of the stages of grief when a message board scholar realizes that it's obvious they don't know what their talking about.
LOL. You can't be serious. Just because you don't understand what I'm saying you know feel frustrated. You should take some deep breathes and try to understand these things instead of getting upset and then looking silly.
What let's me know you don't understand is your 5 minute "google around" session. Anyone who understands things like black hole thermodynamics, black hole entropy, microstates and macrostates wouldn't have to "google around."
If you understood these things when I said this earlier you wouldn't have to "google around" to know what I'm talking about.
If I throw my DVD Player into a black hole, the information will not be lost. The macroscopic DVD will be scrambled and unrecognizable but the microstates that produced the macrostate (DVD Player) would be spread out over the event horizon.
So when you die, your macrostate body dies but your microstates don't and this information leaves the body as infrared radiation (Heat) at death.
The problem here is, you're not trying to understand what I'm saying. You're trying to show that you're a message board scholar. If you would have took the time to read and absorb the information instead of writing about soul energy when I never mentioned it, the debate would be elevated past I'm frustrated and I want to report you.
S = K log W means entropy is the logarithm of multiplicity. It's written on Boltzmann's tomb.
upload.wikimedia.org...
Again, you just don't understand. S = K log W and S = K In W both In and log means the natural logarithm. So both equations say that Entropy equals Boltzmann's Constant times the natural log of multiplicity.
In statistical thermodynamics, Boltzmann's equation is a probability equation relating the entropy S of an ideal gas to the quantity W, which is the number of microstates corresponding to a given macrostate:
S = k \log W \
where k is Boltzmann's constant equal to 1.38062 x 10−23 joule/kelvin and W is the number of microstates consistent with the given macrostate.
"Log" is the natural logarithm,so the formula can also be notated as:
S = k \ln W \
In short, the Boltzmann formula shows the relationship between entropy and the number of ways the atoms or molecules of a thermodynamic system can be arranged.
This means absolutely nothing, because you can literally make anyone out of the microstates you're suggesting. I can even take it further and turn everyone into basic quarks. This still fulfills your example because were again going down to a common denominator even further down that microstates, but in reality its just a mess of states that you cannot make heads or tails of.Having all the microstates in the world does you nothing unless its assembled into the exact same way it was before.
So what happens when the IR is absorbed by someone standing near? The heat is transferred to someone else, and your microstate data is lost and converted to something totally different. Now what?
In this next step we will graduate to black holes. When matter falls into a black hole, the macrostate can't be found but information about the arrangement of microstates that produced the macrostate is on a 2 dimensional surface area called the event horizon.
This led some like Susskind to the Holographic Principle.
So black holes as well as all matter can be described not by it's volume but a 2 dimensional surface area 1/4 the size of it's volume.
We're a macrostate connected to a quantum system of microstates.