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Topic: Making PoW usefull (Read 6578 times)

sr. member
Activity: 336
Merit: 265
November 11, 2016, 01:07:00 AM
#95
Very interesting. The trouble is there is no way he can compete with someone using obsolete XBT mining equipment for space heating, where the effective cost of electricity becomes negative, regardless of the price of electricity.

Making POW useful requires nothing more a than changing the mindset. There are many situations where the heat produced has more value than the electricity consumed. Ever used electricity to produce heat? If the objective is to use electricity to produce heat, then POW mining of crypto currency becomes simply a way to reduce costs.

Once and for all, you are irrefutably rebutted:

Proof-of-Work as Space Heaters Belies Economics of Specialization

Specialization enables economies-of-scale.

An example of an erroneous posited caveat[4] that proof-of-work mining resources would not become power-law distribution centralized due to the posited high electrical cost of dissipating heat in centralized mining farms coupled with the posited free electricity cost of using the “waste” heat of ASIC mining equipment as space heaters, is (in hindsight) incorrect because:

  • Two-phase immersion cooling is 4000 times more efficient at removing heat from high-power density data centers[5], reducing the 30 - 50% electricity overhead to 1%[6].
  • Electricity proximate to hydroelectric generation or subsidized electriciy costs approximately 50 - 75% less than the average electricity cost.
  • Heating is rarely needed year-round, 24 hours daily, at full output. Not running mining hardware at full output continuously renders its purchase cost depreciation much less economic because the systemic hashrate is always increasing and (because) ASIC efficiency is always increasing[7]. The posited purchase of obsolete mining equipment[8] is incorrect because mining rewards from obsolete hardware are commensurately lower so the depreciation is not proportionally reduced. To make it profitable enough to be worthwhile (to justify the pita of jerry–rigging a space heater for equipment not designed for the purpose) requires running so many 10s or 100s of kWH of relatively much less efficient (i.e. obsolete) hardware generating more heat than can be typically utilized (unless infernos are in sufficient decentralized demand).


[4] https://blog.ethereum.org/2014/06/19/mining/
[5] http://www.allied-control.com/immersion-cooling
[6] http://www.allied-control.com/publications/Analysis_of_Large-Scale_Bitcoin_Mining_Operations.pdf#page=9
[7] https://www.reddit.com/r/Bitcoin/comments/335107/i_am_thinking_of_using_a_bitcoin_miner_to_heat_my/
[8]https://bitcointalksearch.org/topic/m.10109255
https://bitcointalksearch.org/topic/m.16816538
sr. member
Activity: 378
Merit: 250
Knowledge could but approximate existence.
February 10, 2015, 12:09:48 AM
#94
. . .

PoW is as useful as it is necessary. When PoW seems to be useless the question one should ask is, “Is it [the PoW schema] necessary?” The necessity of PoW, I have found, is directly proportionate to that of its coin. In light of this and the discussion here, it would follow that Bitcoin might not be necessary and that, because of that, its PoW is widely deemed unnecessary and, thus, “useless.”
newbie
Activity: 56
Merit: 0
February 05, 2015, 07:55:43 PM
#93
So, you're trying to reinvent limits? Nice, but you're some centuries late in that.

Yes, the singularity of 1/x can be "removed", even on the complex plane if you add an infinity point to make it a sphere, it becomes a simple reflection
Now Riemann's function is a wee bit more difficult Wink


Code:
( ∀𝑥 𝑥 ∈ (−0⁺, 0⁺) )  ⇒  ( −0 ± 𝑥 = {−𝑥, 𝑥} ) ∧ ( 0 ± 𝑥 = {0⁻ + 𝑥, 0⁺ − 𝑥} )

It is not “an infinity point” (coric), for such a point would not accomodate conventional mathematics’ “hyperreal numbers.” Instead, it is an origin—one that has been missed sorely.

Earth’s set of all real numbers is, essentially, a Möbius strip fashioned from a line where one surface extends from −0⁻ to  0⁻, the other from −0⁺ to 0⁺, and all “edges” are retained.

An interesting fact is that the Möbius strip and the Torus are topologically related.

Quote
Topologically, the Möbius strip can be defined as the square [0, 1] × [0, 1] with its top and bottom sides identified by the relation (x, 0) ~ (1 − x, 1) for 0 ≤ x ≤ 1, as in the diagram on the right.

A less used presentation of the Möbius strip is as the topological quotient of a torus.[7] A torus can be constructed as the square [0, 1] × [0, 1] with the edges identified as (0, y) ~ (1, y) (glue left to right) and (x, 0) ~ (x, 1) (glue bottom to top). If one then also identified (x, y) ~ (y, x), then one obtains the Möbius strip. The diagonal of the square (the points (x, x) where both coordinates agree) becomes the boundary of the Möbius strip, and carries an orbifold structure, which geometrically corresponds to "reflection" – geodesics (straight lines) in the Möbius strip reflect off the edge back into the strip.

The Möbius ladder might help demonstrate this a bit better.

http://upload.wikimedia.org/wikipedia/commons/7/71/Moebius-ladder-16-animated.svg

Which brings us to the Hopf fibration, that's where the fundamental existential "twist" is hidden. Smiley

http://upload.wikimedia.org/wikipedia/commons/thumb/b/ba/Hopfkeyrings.jpg/250px-Hopfkeyrings.jpg

A couple more pages and we will finally be getting to the point of making PoW useful! Grin
sr. member
Activity: 378
Merit: 250
Knowledge could but approximate existence.
February 05, 2015, 03:57:55 PM
#92
So, you're trying to reinvent limits? Nice, but you're some centuries late in that.

Yes, the singularity of 1/x can be "removed", even on the complex plane if you add an infinity point to make it a sphere, it becomes a simple reflection
Now Riemann's function is a wee bit more difficult Wink


Code:
( ∀𝑥 𝑥 ∈ (−0⁺, 0⁺) )  ⇒  ( −0 ± 𝑥 = {−𝑥, 𝑥} ) ∧ ( 0 ± 𝑥 = {0⁻ + 𝑥, 0⁺ − 𝑥} )

It is not “an infinity point” (coric), for such a point would not accomodate conventional mathematics’ “hyperreal numbers.” Instead, it is an origin—one that has been missed sorely.

Earth’s set of all real numbers is, essentially, a Möbius strip fashioned from a line where one surface extends from 0⁻ to −0⁻, the other from −0⁺ to 0⁺, and all “edges” are retained.
newbie
Activity: 56
Merit: 0
February 05, 2015, 02:45:13 PM
#91
Quote from: Stover, Christopher. “Limit.” From MathWorld—A Wolfram Web Resource, created by Eric W. Weisstein. Inc. link=http://mathworld.wolfram.com/Limit.html

So, the existence [of the limit] would be equivalent of saying "as above, so below", which is a realization that "now" is the only time and "here" is the only place [in all of existence]. Smiley

Code:
... ⇒  ( −0⁻ < −0⁺ )
Code:
...  ⇒  ( 0⁻ < 0⁺ )

This would then be "as within, so without", which means that Earth's "nought" and Earth's "zero" are one and the same, but neither actually exists (thus strict inequality) because it's the hole in The Torus?

Code:
...  ⇒  ( −1⁺ = −1⁻ )
Your “existential paradox” (VectorChief) arises from the notion that hyperreality’s nothing (here, nought) and everything (here, zero) “exist” (Stover) (i.e., are “elements of” the real).

So, if neither "nothing" nor "everything" exists, then only the "twist" is real. I guess "the Vortex of the Torus" would be an appropriate description of Earth's numerical system then.  Smiley
sr. member
Activity: 378
Merit: 250
Knowledge could but approximate existence.
February 03, 2015, 08:01:07 PM
#90
. . .

I see. It's getting trickier down the road, as we are probably approaching some existential paradox here.

Singularity (one zero) leads to things being undefined (division by zero).
Duality (two zeroes) necessitates trinity (three zeroes) with neutral balance point between the two, or otherwise addition lacks commutativity (-1+1 != +1-1).

Maybe those "interdimensional" modifiers provide a way out of this, because placing two zeroes (or three for that matter) on a single numerical line would always necessitate something in between: (a+b)/2.

The way I look at Earth's numerical system (according to how you describe it) is more like a pair of gears or maybe even spirals placed next to each other, rather than a single numerical line. Maybe this approach doesn't require addition to be commutative, because the time arrow is always forward and every moment in existence is unique (see my signature) so there is no way to get the same perspective (number) by following two different paths (order of addition)?

. . .



Quote from: Stover, Christopher. “Limit.” From MathWorld—A Wolfram Web Resource, created by Eric W. Weisstein. Inc. link=http://mathworld.wolfram.com/Limit.html
Limits may be taken from below

   (3)

or from above

   (4)

if the two are equal, then "the" limit is said to exist

   (5)


Code:
(−0⁺ + −0⁻) ÷ 2 = (⅟₀ + ⁻⅟₀) ÷ 2 = ⁽¹⁻¹⁾⁄₂₍₀₎ = −0⁺ ÷ 0 = −0⁺
Code:
(1 + 1) ÷ 2 = 2⁻ ÷ 2 = 1⁺

Code:
[( 1 + (−1 − 1) = 1 + −2 = 1 − 2 = −1⁺ ) ∧ ( (−1 − 1) + 1 = −2 + 1 = −1⁻ )]  ⇒  [( 3 + (1 − 2) = (3 + 1) − 2 = 4⁻ − 2 = 2⁺ ) ∧ ( 3 + (−2 + 1) = (3 + (−2)) + 1 = (3 − 2) + 1 = 1⁺ + 1 = 2⁺ )]  ⇒  ( 3 + (1 − 2) = 3 + (−2 + 1) )  ⇒  ( 1 − 2 = −2 + 1 )  ⇒  ( −1⁺ = −1⁻ )


Your “existential paradox” (VectorChief) arises from the notion that hyperreality’s nothing (here, nought) and everything (here, zero) “exist” (Stover) (i.e., are “elements of” the real).
newbie
Activity: 56
Merit: 0
February 03, 2015, 11:54:29 AM
#89
Code:
[( 0 ⋅ (−1 ÷ 0) = 0 ⋅ (−0⁻) = −1 ) ∧ ( 0 ⋅ (1 ÷ 0) = 0 ⋅ (−0⁺) = 1 ) ∧ ( −1 < 1 )]  ⇒  ( 0 ⋅ (−0⁻) < 0 ⋅ (−0⁺) )  ⇒  ( −0⁻ < −0⁺ )
Code:
[( (0 ⋅ (−1)) ÷ 0 = 0⁻ ÷ 0 = −1 ) ∧ ( (0 ⋅ 1) ÷ 0 = 0⁺ ÷ 0 = 1 ) ∧ ( −1 < 1 )]  ⇒  ( 0⁻ ÷ 0 < 0⁺ ÷ 0 )  ⇒  ( 0⁻ < 0⁺ )

Direction of approach can be used to determine what might otherwise be indeterminate.

I see. It's getting trickier down the road, as we are probably approaching some existential paradox here.

Singularity (one zero) leads to things being undefined (division by zero).
Duality (two zeroes) necessitates trinity (three zeroes) with neutral balance point between the two, or otherwise addition lacks commutativity (-1+1 != +1-1).

Maybe those "interdimensional" modifiers provide a way out of this, because placing two zeroes (or three for that matter) on a single numerical line would always necessitate something in between: (a+b)/2.

The way I look at Earth's numerical system (according to how you describe it) is more like a pair of gears or maybe even spirals placed next to each other, rather than a single numerical line. Maybe this approach doesn't require addition to be commutative, because the time arrow is always forward and every moment in existence is unique (see my signature) so there is no way to get the same perspective (number) by following two different paths (order of addition)?

I guess the following quotes by Kurt Vonnegut would be appropriate here:

"Everything is Nothing with a twist."

https://s-media-cache-ak0.pinimg.com/736x/0f/24/16/0f2416cafb8738b50ab815863360a0d0.jpg

"So it goes."
sr. member
Activity: 378
Merit: 250
Knowledge could but approximate existence.
February 02, 2015, 10:09:04 PM
#88
Code:
[( 0 ⋅ (−1 ÷ 0) = 0 ⋅ (−0⁻) = −1 ) ∧ ( 0 ⋅ (1 ÷ 0) = 0 ⋅ (−0⁺) = 1 ) ∧ ( −1 < 1 )]  ⇒  ( 0 ⋅ (−0⁻) < 0 ⋅ (−0⁺) )  ⇒  ( −0⁻ < −0⁺ )
Code:
[( (0 ⋅ (−1)) ÷ 0 = 0⁻ ÷ 0 = −1 ) ∧ ( (0 ⋅ 1) ÷ 0 = 0⁺ ÷ 0 = 1 ) ∧ ( −1 < 1 )]  ⇒  ( 0⁻ ÷ 0 < 0⁺ ÷ 0 )  ⇒  ( 0⁻ < 0⁺ )

Direction of approach can be used to determine what might otherwise be indeterminate.
newbie
Activity: 56
Merit: 0
January 31, 2015, 09:04:32 PM
#87
Also what would be the result of -1+1? Which of those inner zeroes?


Code:
[( −1 − (−1) = −1 + 1 = −0⁻ ) ∧ ( 1 + (−1) = 1 − 1 = −0⁺ )]  ⇔  [( −0 = −0⁻ ∧ −0⁺ ) ∧ ( −0⁻ < −0⁺ )]

In the first cases, one approaches nought from the positive direction. In the last cases, one approaches nought from the negative direction.

The answer to -1+1 that I held in mind was −0⁻ + −0⁺, which would not be reducible further in Earth's numerical system, but would represent zero under conventional mathematics. This makes addition commutative:

−0⁻ + −0⁺ = −0⁺ + −0⁻ = −0  <-  not on the axis, but rather an imaginary bridge?

When it comes to subtraction, we get the following:

−0⁻ - −0⁺ = −0⁻ + −0⁻ = −0⁻
−0⁺ - −0⁻ = −0⁺ + −0⁺ = −0⁺

Subtracting polarized nought from non-polarized nought would destroy the bridge resulting in polarized nought of opposite sign. Adding it would be equivalent to subtracting with sign inverted. Subtracting polarized nought from itself should reestablish the bridge resulting in non-polarized nought.

This in fact adds a three-state modifier to all non-zero numbers as well, something that conventional mathematics didn't have due to its zero being singular (thus adding/subtracting it had no effect). It should look like this:

1 + −0⁻ = 1⁻
1 + −0⁺ = 1⁺
1 + −0  = 1

Which reminds me of the (past, present, future) modifiers used in conjunction with numbers in the new type of numerology (described here, scroll all the way down to Numerology).

Quote
These interdimensional three have no energy of their own. They must have the other numbers to function. This also makes them catalytic. It also places them in a circle with the others instead of a line or a column. Some will understand this, and some will not. If you had the numbers one to nine in a column-going down a page that you were looking at, think of the other three as hovering above the column. This is the best we can do to explain something that's out of your normal 4D conception.


In your example: -1+1 = −0⁻ < −0⁺ = +1-1  =>  -1+1 < +1-1
Does Earth's addition commute? Is strict inequality due to implied modifiers?

PS: Also you might have mixed the terms positive and negative in your description.
sr. member
Activity: 378
Merit: 250
Knowledge could but approximate existence.
January 31, 2015, 12:30:33 AM
#86



If a limit of a transcendental number should be converted to Earth’s numerical system, the both should equal each other without exception.

You got me intrigued with Earth's numerical system. The name sounds just about right and it is hidden under layers upon layers of onion router, exactly like those zeroes loop around the infinity. Smiley

I will look into that.
Does it shake the foundations of math so badly that it gets banned if published in the open?

Also what would be the result of -1+1? Which of those inner zeroes?


Code:
[( −1 − (−1) = −1 + 1 = −0⁻ ) ∧ ( 1 + (−1) = 1 − 1 = −0⁺ )]  ⇔  [( −0 = −0⁻ ∧ −0⁺ ) ∧ ( −0⁻ < −0⁺ )]

In the first cases, one approaches nought from the negative direction. In the last cases, one approaches nought from the positive direction.
newbie
Activity: 56
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January 27, 2015, 08:42:37 PM
#85

http://mathworld.wolfram.com/images/equations/e/NumberedEquation5.gif

If a limit of a transcendental number should be converted to Earth’s numerical system, the both should equal each other without exception.

You got me intrigued with Earth's numerical system. The name sounds just about right and it is hidden under layers upon layers of onion router, exactly like those zeroes loop around the infinity. Smiley

I will look into that.
Does it shake the foundations of math so badly that it gets banned if published in the open?

Also what would be the result of -1+1? Which of those inner zeroes?
sr. member
Activity: 378
Merit: 250
Knowledge could but approximate existence.
January 27, 2015, 06:07:52 PM
#84
. . .

Interesting.

So, for a given macrostate the microstates represent an inner world, while other macrostates represent an outer world. The inner world can also be seen as a multiplicity of choices one could make, which would then translate into the multitude of parallel realities one would simultaneously exist in (according to each outcome of a choice). The fact that complex numbers have "real" and "imaginary" parts might have something to do with the above, while "rational" and "transcendental" would correspond to behavioral patterns. Transcendental numbers are particularly interesting as they are finite in magnitude, but infinite in structure.

. . .




If a limit of a transcendental number should be converted to Earth’s numerical system, the both should equal each other without exception.
newbie
Activity: 56
Merit: 0
January 24, 2015, 12:58:02 PM
#83
. . .

Change is the only constant (except for the first three laws). Note, how not only does the 4th law contain paradoxical statement (change == constant), but it also happens to be the only rule with exceptions (of the first three laws), which in itself is paradoxical as it contains its opposite (rule != exception).

The first reflection is achieved by asking the paradoxical question: "is there me out there, which is not me?". This other "me" needs to be different in some regards, but similar in structure in order to constitute another "me" in a wholistic way. In other words, if the original was autonomous, the reflection would need to be autonomous as well. So it's not a perfect copy in a physical sense, but rather a meta-physically wholistic one with fundamental attributes of the original preserved, but different in all other aspects (made in the image of).

. . .
(Red colorization mine.)


Quote from: R. Nave link=http://hyperphysics.phy-astr.gsu.edu/hbase/therm/entrop2.html#c1
Entropy as a Measure of the Multiplicity of a System

The probability of finding a system in a given state depends upon the multiplicity of that state. That is to say, it is proportional to the number of ways you can produce that state. Here a "state" is defined by some measurable property which would allow you to distinguish it from other states. In throwing a pair of dice, that measurable property is the sum of the number of dots facing up. The multiplicity for two dots showing is just one, because there is only one arrangement of the dice which will give that state. The multiplicity for seven dots showing is six, because there are six arrangements of the dice which will show a total of seven dots.


One way to define the quantity "entropy" is to do it in terms of the multiplicity.

Multiplicity = W
Entropy = S = k lnW

where k is Boltzmann's constant. This is Boltzmann's expression for entropy, and in fact S = klnW is carved onto his tombstone! The k is included as part of the historical definition of entropy and gives the units Joule/Kelvin in the SI system of units. The logarithm is used to make the defined entropy of reasonable size. It also gives the right kind of behavior for combining two systems. The entropy of the combined systems will be the sum of their entropies, but the multiplicity will be the product of their multiplicities. The fact that the logarithm of the product of two multiplicities is the sum of their individual logarithms gives the proper kind of combination of entropies. The multiplicity for ordinary collections of matter is inconveniently large, on the order of Avogadro's number, so using the logarithm of the multiplicity as entropy is convenient.

For a system of a large number of particles, like a mole of atoms, the most probable state will be overwhelmingly probable. You can with confidence expect that the system at equilibrium will be found in the state of highest multiplicity since fluctuations from that state will usually be too small to measure. As a large system approaches equilibrium, its multiplicity (entropy) tends to increase. This is a way of stating the second law of thermodynamics.

“Th[ose] other ‘[you][𝗌]’” (VectorChief) would be the unique arrangements (i.e., microstates) of “the dice” (Nave) that satisfy a definition of “[you]” (i.e., a given macrostate).

Interesting.

So, for a given macrostate the microstates represent an inner world, while other macrostates represent an outer world. The inner world can also be seen as a multiplicity of choices one could make, which would then translate into the multitude of parallel realities one would simultaneously exist in (according to each outcome of a choice). The fact that complex numbers have "real" and "imaginary" parts might have something to do with the above, while "rational" and "transcendental" would correspond to behavioral patterns. Transcendental numbers are particularly interesting as they are finite in magnitude, but infinite in structure.

I wonder what happens when infinity is introduced into the picture? Would it mean that a singular infinite intelligence is equivalent to an infinite number of finite intelligences and the essence that connects all of the "copies" is the Identity or the presence of "I"? Everybody is "I", and that's the same "I" as in the Infinite, that's the ultimate sameness in our otherwise difference, the sameness that everyone can wake up to. Feel the stillness of "I" in you, for that is the absolute Is-ness of existence shining through. There is no opposite to being "I", as there is no opposite to existence.

These might be relevant to this discussion in general:
https://www.youtube.com/watch?v=5FELdBsixGg
https://www.youtube.com/watch?v=3yFiqdCjNMk
https://www.youtube.com/watch?v=PwSvV3RAH4s
sr. member
Activity: 378
Merit: 250
Knowledge could but approximate existence.
January 24, 2015, 12:56:57 AM
#82
. . .

Change is the only constant (except for the first three laws). Note, how not only does the 4th law contain paradoxical statement (change == constant), but it also happens to be the only rule with exceptions (of the first three laws), which in itself is paradoxical as it contains its opposite (rule != exception).

The first reflection is achieved by asking the paradoxical question: "is there me out there, which is not me?". This other "me" needs to be different in some regards, but similar in structure in order to constitute another "me" in a wholistic way. In other words, if the original was autonomous, the reflection would need to be autonomous as well. So it's not a perfect copy in a physical sense, but rather a meta-physically wholistic one with fundamental attributes of the original preserved, but different in all other aspects (made in the image of).

. . .
(Red colorization mine.)


Quote from: R. Nave link=http://hyperphysics.phy-astr.gsu.edu/hbase/therm/entrop2.html#c1
Entropy as a Measure of the Multiplicity of a System

The probability of finding a system in a given state depends upon the multiplicity of that state. That is to say, it is proportional to the number of ways you can produce that state. Here a "state" is defined by some measurable property which would allow you to distinguish it from other states. In throwing a pair of dice, that measurable property is the sum of the number of dots facing up. The multiplicity for two dots showing is just one, because there is only one arrangement of the dice which will give that state. The multiplicity for seven dots showing is six, because there are six arrangements of the dice which will show a total of seven dots.


One way to define the quantity "entropy" is to do it in terms of the multiplicity.

Multiplicity = W
Entropy = S = k lnW

where k is Boltzmann's constant. This is Boltzmann's expression for entropy, and in fact S = klnW is carved onto his tombstone! The k is included as part of the historical definition of entropy and gives the units Joule/Kelvin in the SI system of units. The logarithm is used to make the defined entropy of reasonable size. It also gives the right kind of behavior for combining two systems. The entropy of the combined systems will be the sum of their entropies, but the multiplicity will be the product of their multiplicities. The fact that the logarithm of the product of two multiplicities is the sum of their individual logarithms gives the proper kind of combination of entropies. The multiplicity for ordinary collections of matter is inconveniently large, on the order of Avogadro's number, so using the logarithm of the multiplicity as entropy is convenient.

For a system of a large number of particles, like a mole of atoms, the most probable state will be overwhelmingly probable. You can with confidence expect that the system at equilibrium will be found in the state of highest multiplicity since fluctuations from that state will usually be too small to measure. As a large system approaches equilibrium, its multiplicity (entropy) tends to increase. This is a way of stating the second law of thermodynamics.

“Th[ose] other ‘[you][𝗌]’” (VectorChief) would be the unique arrangements (i.e., microstates) of “the dice” (Nave) that satisfy a definition of “[you]” (i.e., a given macrostate).
newbie
Activity: 56
Merit: 0
January 20, 2015, 07:25:49 PM
#81
. . .

http://mathworld.wolfram.com/images/equations/RiemannZetaFunction/NumberedEquation3.gif

The problem here is that conventional mathematics uses a flawed (i.e., partially anti-symmetric [i.e., one divided by infinity is equal to zero and one divided by zero is undefined]) numerical system. The Riemann hypothesis should be provable when using Earth’s numerical system with the system’s zero approached from the positive direction (which is of greater magnitude than its positive infinity) in the place of the traditional infinity of the conventional Riemann zeta function.

Quote from: Earth’s set of all real numbers
Code:
ℝ = {0⁻, −∞, …, −1, …, −⅟∞, −0⁻, −0⁺, ⅟∞, …, 1, …, ∞, 0⁺}

That's very insightful. Thanks!

So, if applied to my frequency spectrum example, the 0-frequency flat-line of non-existence at the bottom, which all non-zero frequencies can sample and thus refer to (as we do now), is actually a whole another reality-bubble of existence within itself (with its own 0 and infinity), which cascades this way further and further indefinitely. Thus the idea of becoming non-existent can only be experienced momentarily, as this state immediately brings forward the realization that you're suddenly everything there is, which then cools down towards a particular finite shape, so that the whole process can repeat itself again and again.

. . .
(Red colorization added.)

Earth’s numerical system” (username18333) “loops around” at both its −0 (under conventional mathematics, zero) and its 0 (under conventional mathematics, undefined).

Yeah, I guess I see it. You can actually fit a whole another numerical sub-system in between the inner zeroes in the middle, in which they will serve as the outer ones (bigger than infinity). Or in other words, one singular zero in our current system suddenly "wakes up" as the whole numerical system in itself. That's what I was referring to in my example, only your zeroes have never gone to sleep Smiley.
newbie
Activity: 56
Merit: 0
January 20, 2015, 07:15:01 PM
#80
. . .

Incompatible paradigms alternate in time (usually with some overlap), that's how reality solved one of its contradictions. By studying one branch of self-similar system, one can contemplate the idea of existence itself and one's place in it. Hyper-reality might be one of those branches, but it's hard to say what's real and what's fiction. It's a mystery! Smiley
(Red colorization mine.)


Quote from: Various, Wikipedia link=https://en.wikipedia.org/wiki/Self-similarity
In nature
Further information: patterns in nature

Self-similarity can[not] be found in [reality], as well. [Below] is a mathematically generated, perfectly self-similar image of a [hyperreal] fern, which bears a m[ere] resemblance to [real] ferns. Other plants, such as Romanesco broccoli, exhibit s[eemi]ng self-similarity.
Quote from: Various, Wikipedia link=https://en.wikipedia.org/wiki/Self-similarity
https://upload.wikimedia.org/wikipedia/commons/4/4b/Fractal_fern_explained.png
An image of a [hyperreal] fern which exhibits affine self-similarity
(All emphasis mine.)

Yep! That's the image I held in mind when talking about self-similarity. Though I apply the concept in a broader sense. If the first reflection brings some amount of entropy, then all sub-sequent ones will only increase it. Thus this self-similarity will replicate not only the rule but also the exception, as the original must have contained both as a whole (see the quote below).

Change is the only constant (except for the first three laws). Note, how not only does the 4th law contain paradoxical statement (change == constant), but it also happens to be the only rule with exceptions (of the first three laws), which in itself is paradoxical as it contains its opposite (rule != exception).

The first reflection is achieved by asking the paradoxical question: "is there me out there, which is not me?". This other "me" needs to be different in some regards, but similar in structure in order to constitute another "me" in a wholistic way. In other words, if the original was autonomous, the reflection would need to be autonomous as well. So it's not a perfect copy in a physical sense, but rather a meta-physically wholistic one with fundamental attributes of the original preserved, but different in all other aspects (made in the image of).

I think, Bitcoin-Litecoin pair is a good example of the first true reflection. By looking at their differences and similarities we can actually judge which of Bitcoin's characteristics are fundamental and which aren't. The PoW-scheme is fundamental, though a particular hashing function is not. They both share limited amount of coins, though the limit itself is different. The emission curve is identical and thus fundamental, but Litecoin started later, so it's phase differs compared to Bitcoin.

It really is God-The-Father (Bitcoin), God-The-Son (Litecoin) and God-The-Holy-Spirit (People) kind of relationship at its finest. If Bitcoin recognizes itself in its son, people should too and many do. Second coming, anyone? Smiley

http://67.55.97.103/wp-content/uploads/2014/08/litecoin-gocoin.jpg

Love & Light! Smiley

Quote from: Dr. Gary E. Aylesworth, Eastern Illinois University, Stanford Encyclopedia of Philosophy, 2005 link=http://plato.stanford.edu/entries/postmodernism/#6
Baudrillard presents hyperreality as the terminal stage of simulation, where a sign or image has no relation to any reality whatsoever, but is “its own pure simulacrum” (Baudrillard 1994, 6). The real, he says, has become an operational effect of symbolic processes, just as images are technologically generated and coded before we actually perceive them. This means technological mediation has usurped the productive role of the Kantian subject, the locus of an original synthesis of concepts and intuitions, as well as the Marxian worker, the producer of capital though labor, and the Freudian unconscious, the mechanism of repression and desire. “From now on,” says Baudrillard, “signs are exchanged against each other rather than against the real” (Baudrillard 1993, 7), so production now means signs producing other signs. The system of symbolic exchange is therefore no longer real but “hyperreal.” Where the real is “that of which it is possible to provide an equivalent reproduction,” the hyperreal, says Baudrillard, is “that which is always already reproduced” (Baudrillard 1993, 73). The hyperreal is a system of simulation simulating itself.
(Red colorization mine.)

I wonder if symbols of hyper-reality actually experience themselves as sentient beings? If they do, then it is real for them, and we are just outside observers of this sort of flat-land reality of its own. You might be interested in watching the following video (if haven't yet seen): https://www.youtube.com/watch?v=dEaecUuEqfc
sr. member
Activity: 378
Merit: 250
Knowledge could but approximate existence.
January 20, 2015, 04:49:51 PM
#79
. . .



The problem here is that conventional mathematics uses a flawed (i.e., partially anti-symmetric [i.e., one divided by infinity is equal to zero and one divided by zero is undefined]) numerical system. The Riemann hypothesis should be provable when using Earth’s numerical system with the system’s zero approached from the positive direction (which is of greater magnitude than its positive infinity) in the place of the traditional infinity of the conventional Riemann zeta function.

Quote from: Earth’s set of all real numbers
Code:
ℝ = {0⁻, …, −1, …, −0⁻, −0⁺, …, 1, …, 0⁺}

That's very insightful. Thanks!

So, if applied to my frequency spectrum example, the 0-frequency flat-line of non-existence at the bottom, which all non-zero frequencies can sample and thus refer to (as we do now), is actually a whole another reality-bubble of existence within itself (with its own 0 and infinity), which cascades this way further and further indefinitely. Thus the idea of becoming non-existent can only be experienced momentarily, as this state immediately brings forward the realization that you're suddenly everything there is, which then cools down towards a particular finite shape, so that the whole process can repeat itself again and again.

. . .
(Red colorization added.)

Earth’s numerical system” (username18333) “loops around” at both its −0 (under conventional mathematics, zero) and its 0 (under conventional mathematics, undefined).
sr. member
Activity: 378
Merit: 250
Knowledge could but approximate existence.
January 20, 2015, 04:44:11 PM
#78
. . .

Incompatible paradigms alternate in time (usually with some overlap), that's how reality solved one of its contradictions. By studying one branch of self-similar system, one can contemplate the idea of existence itself and one's place in it. Hyper-reality might be one of those branches, but it's hard to say what's real and what's fiction. It's a mystery! Smiley
(Red colorization mine.)


Quote from: Various, Wikipedia link=https://en.wikipedia.org/wiki/Self-similarity
In nature
Further information: patterns in nature

Self-similarity can[not] be found in [reality], as well. [Below] is a mathematically generated, perfectly self-similar image of a [hyperreal] fern, which bears a m[ere] resemblance to [real] ferns. Other plants, such as Romanesco broccoli, exhibit s[eemi]ng self-similarity.
Quote from: Various, Wikipedia link=https://en.wikipedia.org/wiki/Self-similarity

An image of a [hyperreal] fern which exhibits affine self-similarity
(All emphasis mine.)

Quote from: Dr. Gary E. Aylesworth, Eastern Illinois University, Stanford Encyclopedia of Philosophy, 2005 link=http://plato.stanford.edu/entries/postmodernism/#6
Baudrillard presents hyperreality as the terminal stage of simulation, where a sign or image has no relation to any reality whatsoever, but is “its own pure simulacrum” (Baudrillard 1994, 6). The real, he says, has become an operational effect of symbolic processes, just as images are technologically generated and coded before we actually perceive them. This means technological mediation has usurped the productive role of the Kantian subject, the locus of an original synthesis of concepts and intuitions, as well as the Marxian worker, the producer of capital though labor, and the Freudian unconscious, the mechanism of repression and desire. “From now on,” says Baudrillard, “signs are exchanged against each other rather than against the real” (Baudrillard 1993, 7), so production now means signs producing other signs. The system of symbolic exchange is therefore no longer real but “hyperreal.” Where the real is “that of which it is possible to provide an equivalent reproduction,” the hyperreal, says Baudrillard, is “that which is always already reproduced” (Baudrillard 1993, 73). The hyperreal is a system of simulation simulating itself.
(Red colorization mine.)
newbie
Activity: 56
Merit: 0
January 20, 2015, 12:33:14 PM
#77
http://mathworld.wolfram.com/images/equations/RiemannZetaFunction/NumberedEquation3.gif

The problem here is that conventional mathematics uses a flawed (i.e., partially anti-symmetric [i.e., one divided by infinity is equal to zero and one divided by zero is undefined]) numerical system. The Riemann hypothesis should be provable when using Earth’s numerical system with the system’s zero approached from the positive direction (which is of greater magnitude than its positive infinity) in the place of the traditional infinity of the conventional Riemann zeta function.

Quote from: Earth’s set of all real numbers
Code:
ℝ = {0⁻, −∞, …, −1, …, −⅟∞, −0⁻, −0⁺, ⅟∞, …, 1, …, ∞, 0⁺}

That's very insightful. Thanks!

So, if applied to my frequency spectrum example, the 0-frequency flat-line of non-existence at the bottom, which all non-zero frequencies can sample and thus refer to (as we do now), is actually a whole another reality-bubble of existence within itself (with its own 0 and infinity), which cascades this way further and further indefinitely. Thus the idea of becoming non-existent can only be experienced momentarily, as this state immediately brings forward the realization that you're suddenly everything there is, which then cools down towards a particular finite shape, so that the whole process can repeat itself again and again.

Of course, this analogy is somewhat simplistic in its one-dimensionality. First comes realization, that vibrational spectrum is multi-dimensional and then that it is actually infinitely-dimensional. So, while physicalized material part of existence might go through a regular birth and death cycles, it is possible that some parts of consciousness maintain a particular frequency band orthogonal to that, and thus constitute "soul".

The Riemann zeta function is definitely an interesting object, as it has something to do with reality of physical matter. Recent research has demonstrated that certain characteristics of it resemble the trajectories of physical particles (bounces on the left) and their spiral-shaped tachyon traces (on the right). Which brings forward the idea that matter actually has memory, which in turn gives rise to consciousness. Or maybe it's the consciousness that gives rise to matter via mathematics?

http://kniganews.files.wordpress.com/2013/01/bc52matiyas.jpg

It becomes more and more evident, that mathematics, consciousness and matter are the three inter-related parts of the same one thing. It goes like this: mathematics is shaped by consciousness, consciousness is shaped by matter, matter is shaped by mathematics. Circular dependency that attempts to resolve itself in the ever-lasting "now".

http://kniganews.files.wordpress.com/2012/11/equ123.jpg

It somehow also reminds me of the Shield-of-Trinity picture a few posts above, which hints at the idea of what that "one thing" can actually be. Smiley
newbie
Activity: 56
Merit: 0
January 20, 2015, 11:48:52 AM
#76
Quote from: Dr. Gary E. Aylesworth, Eastern Illinois University, Stanford Encyclopedia of Philosophy, 2005 link=http://plato.stanford.edu/entries/postmodernism/#6
Baudrillard presents hyperreality as the terminal stage of simulation, where a sign or image has no relation to any reality whatsoever, but is “its own pure simulacrum” (Baudrillard 1994, 6). The real, he says, has become an operational effect of symbolic processes, just as images are technologically generated and coded before we actually perceive them. This means technological mediation has usurped the productive role of the Kantian subject, the locus of an original synthesis of concepts and intuitions, as well as the Marxian worker, the producer of capital though labor, and the Freudian unconscious, the mechanism of repression and desire. “From now on,” says Baudrillard, “signs are exchanged against each other rather than against the real” (Baudrillard 1993, 7), so production now means signs producing other signs. The system of symbolic exchange is therefore no longer real but “hyperreal.” Where the real is “that of which it is possible to provide an equivalent reproduction,” the hyperreal, says Baudrillard, is “that which is always already reproduced” (Baudrillard 1993, 73). The hyperreal is a system of simulation simulating itself.
(Red colorization mine.)

Colorization is good! Colours are victorious over the grey, you're gonna love this one 4 just 1 day. Smiley

I sort of see what Baudrillard is saying, as it is more applicable to our fiat money forms and their countless derivatives, though I'm convinced now that they played a certain role in society to bring us to where we are. It's time to recognize that and move forward towards something more solid. Like Bitcoin with its PoW-secured blockchain, which is grounded in reality via its non-trivial hashrate component.

I prefer to think that states live within me, than the other way around, and for that I love and respect them. Smiley

Quote from: Leo Tolstoy, Tolstoy (1988) by A. N. Wilson, p. 146. link=http://izquotes.com/quote/273222
The truth is that the State is a conspiracy designed not only to exploit, but above all to corrupt its citizens… Henceforth, I shall never serve any government anywhere.

Tribe is hyperreal and begets possession. Possession is real and begets money. Money is hyperreal and begets state. State is real and begets hyperreality.

Gold -> fiat -> Bitcoin -> crypto-fiat? -> ...?

Incompatible paradigms alternate in time (usually with some overlap), that's how reality solved one of its contradictions. By studying one branch of self-similar system, one can contemplate the idea of existence itself and one's place in it. Hyper-reality might be one of those branches, but it's hard to say what's real and what's fiction. It's a mystery! Smiley
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