Sapiens
Polymathematician
The quote mine is exhausting.Pain.
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The quote mine is exhausting.Pain.
You seem to have developed language pretty well.BTW, can anyone here give us an example of a language developing without an intellectual source
A genetic code cannot be used as an example, of course, because that would be circular reasoning.
Exactly -the same basic questions need to be answered -the questions must have answers -and the answers would be generally similar one way or the other.So what is the difference between safely assuming that and safely assuming that a god has spontaneously blundered into existence or has always existed for no particular reason?
Don't you understand natural selection? Functional sequences are retained, dysfunctional ones discarded. You end up with a functional code..BTW, can anyone here give us an example of a language developing without an intellectual source?
A genetic code cannot be used as an example, of course, because that would be circular reasoning.
http://www.bbc.com/earth/story/20160901-we-might-live-in-a-computer-program-but-it-may-not-matterSo, God is a computer and we live in the Matrix?
BTW, can anyone here give us an example of a language developing without an intellectual source?
A genetic code cannot be used as an example, of course, because that would be circular reasoning.
Well nobody informed me.Everything is information.
Your source is not a peer reviewed scientific journal. GNN - Genome News Network , claims to be, "The leading source of news about genomics research worldwide. Written for a general audience, GNN covers genomics and ..." Frankly, from what I I can see it is written by for a general audience by very sloppy writers who would not pass muster for a real journal. Sorry, try again.Here is another article by Genome News Networking which confirms our genetic code is classified as a language. So we must ask ourselves, in our real-world experiences, are languages generated by anything other than non-intellectual sources?
"Genome sequencing is often compared to "decoding," but a sequence is still very much in code. In a sense, a genome sequence is simply a very long string of letters in amysterious language."
"When you read a sentence, the meaning is not just in the sequence of the letters. It is also in the words those letters make and in the grammar of the language. Similarly,the human genome is more than just its sequence."
"So sequencing the genome doesn't immediately lay open the genetic secrets of an entire species. Even with a rough draft of the human genome sequence in hand, much work remains to be done. Scientists still have to translate those strings of letters into an understanding of how the genome works: what the various genes that make up the genome do, how different genes are related, and how the various parts of the genome are coordinated. That is, they have to figure out what those letters of the genome sequence mean."
Final Note: If scientists must 'translate' the genetic code, this also confirms it is a language indeed.
(ref: Genome News Networking, Genome Sequencing)
In theoretical physics, fundamental/particle physics, and much of cosmology information is the most basic constituent of all of physical reality. The most important conservation law, for example, the conservation of information (the apparent violation of this law in black hole physics led to years of intense research which culminated in the resolution that indeed information is conserved).INFORMATION is different from other things in that although it is stored by a physical entity, such as a brain, a USB drive, a piece of paper, or a DNA molecule, INFORMATION itself it is not a physical entity.
1) Information complexity is a complete misnomer. Information is evaluated for the most part by the ordered nature of its representation: the more complex or chaotic, the less information.Because our genetic code is a highly complex form of INFORMATION stored in the cell, and since all information requires an intelligent source, this provides solid evidence for an intelligent designer.
Wrong. Information in physics and the sciences more generally is the use or interpretation of possible configurational states of physical systems. It is true that the nature of certain signals are sought in SETI research, but nobody searches for the kind of information representations of the sort that make-up genetic "code" because this sort of information is ubiquitous and is not the indication of intelligence but rather basic physics and chemistry.1) NASA and SETI (Search for Extraterrestrial Intelligence) use this same scientific principle to search for intelligent life, that INFORMATION implies an intelligent source.
I would recommend looking at SETI research more generally, and especially research in the fields of astrobiology and similar fields. Some suggested sources:In the following SETI article
To the extent this is correct, SETI has failed. Thus you are using a failed methodology as the basis for your inferences.SETI scientists discuss how they would use the same principles to try and return their communication:
It doesn't. At all. It fails fundamentally and pathetically as anything remotely resembling language. This is the mistake made by non-scientists and also by scientists who are either 1) unfamiliar with linguistics and the nature of language or 2) making sensational claims they know are so overly simplified as to be nonsense.2) Our genetic code qualifies as a language:
No, it absolutely isn't. First, the "genetic code" has turned out to be so limiting and irrelevant that epigenetics has basically eclipsed it. Second, living systems (including cells) have none computable models4) So what form of information is our genetic code? It is a DIGITAL language.
1) You quote a society here. Not a source.a) "All present life is based on digitally encoded information.” - National Academy of Sciences (PNAS)
These would be equivalent, unless the underlying logics/mathematical structures and/or physical processes differed. For example, quaternions aren't and can't be used in any "quaternary digital coding system" of the like you refer to.Whereas our computing devices are programmed using a binary digital coding system, our human genetic code is considered by some analysts to be a quaternary digital coding system, due to the four DNA bases A,C,T, and G.
Nonlinearity is a characteristic of virtually all physical phenomenon (and non-physical, for that matter)."(DNA is) bidirectional, multilayered, and interleaved, rather than simply linear … The organization of DNA strings along the genome is optimized for the establishment of multidimensional codes at all scales.” - Molecular biologist Jonathan Wells
It isn't. At all.c) “DNA is like a computer program but far, far more advanced than any software ever created.” - Bill Gates, Founder of Microsoft
Mostly a meaningless question. A fair coin can contain only a single binary unit if treated classically. It can encode vastly more information if it is analyzed in terms of the configuration states of its constituents or its quantum mechanical description.5) How much information is contained in our cells?
The same is true of sandpiles.b) “There is enough information capacity in a single human cell to store the Encyclopedia Britannica, all 30 volumes of it, three or four times over.”
Living systems are unimaginably complex, and you've confused complexity with design.Conclusion:
LOL! Of course not. You haven't joined the secret society of information overload yet.Well nobody informed me.
Quantum mechanics, physics, chemistry, all of those things that are more fundamental than DNA are also language and information.Here is another article by Genome News Networking which confirms our genetic code is classified as a language. So we must ask ourselves, in our real-world experiences, are languages generated by anything other than non-intellectual sources?
INFORMATION is different from other things in that although it is stored by a physical entity, such as a brain, a USB drive, a piece of paper, or a DNA molecule, INFORMATION itself it is not a physical entity.
Information may seem ethereal, given how easily we forget phone numbers and birthdays. But scientists say it is physical, and if a new study is correct, that goes for quantum systems, too.
the act of destroying information has tangible physical impact, according to a principle proposed in 1961 by physicist Rolf Landauer. Deleting information is associated with an increase in entropy, or disorder, resulting in the release of a certain amount of heat for each erased bit.
The first qubit, which researchers called the “system,” contains the information to be erased. According to Landauer’s principle, when the information is erased, heat will be generated and energy will flow to the second qubit, known as the “reservoir.” Just as computer scientists can perform operations on the bits in a typical computer (adding or subtracting numbers, for instance), the researchers can apply operations to the fluorine qubits by using pulses of radio waves to tweak the nuclear spins.
When the researchers erased information, they found heat was generated as expected from Landauer’s principle. They looked at the average of multiple measurements, because quantum fluctuations mean that any single trial won’t necessarily conform to the principle. “It’s a very nice demonstration of Landauer’s principle in a quantum system, cleverly conceived and well carried out,” says quantum physicist Seth Lloyd of MIT, who was not involved with the research.
Your post is beyond awesome, @LegionOnomaMoi (Loved the bits on linguistics.)In theoretical physics, fundamental/particle physics, and much of cosmology information is the most basic constituent of all of physical reality. The most important conservation law, for example, the conservation of information (the apparent violation of this law in black hole physics led to years of intense research which culminated in the resolution that indeed information is conserved).
1) Information complexity is a complete misnomer. Information is evaluated for the most part by the ordered nature of its representation: the more complex or chaotic, the less information.
2) More importantly, information is encoded in all physical systems in the same sense and manner as in genes.
3) Genetic "code" is not a highly complex form of information. It is actually very simple as the number of allowed combinations of the basic constituents of genetic code are tiny. A more sophisticated and complex example of information realization in nature is found in tiny amounts of gases or in configuration states of granular media.
Wrong. Information in physics and the sciences more generally is the use or interpretation of possible configurational states of physical systems. It is true that the nature of certain signals are sought in SETI research, but nobody searches for the kind of information representations of the sort that make-up genetic "code" because this sort of information is ubiquitous and is not the indication of intelligence but rather basic physics and chemistry.
I would recommend looking at SETI research more generally, and especially research in the fields of astrobiology and similar fields. Some suggested sources:
Aguirre, A., Foster, B., & Merali, Z. (Eds.). (2015). It From Bit or Bit From It?: On Physics and Information. Springer.
Bajic, V. B., & Wee, T. T. (Eds.). (2005). Information Processing and Living Systems (Vol. 2). World Scientific.
Davies, P., & Gregersen, N. H. (Eds.). (2014). Information and the nature of reality: From physics to metaphysics. Cambridge University Press.
Ehrenfreund, P., Irvine, W. M., Owen, T., Becker, L., Blank, J., Brucato, J. R., ... & Lazcano, A. (Eds.). (2006). Astrobiology: future perspectives (Vol. 305). Springer.
Gargaud, M., López-Garcìa, P., & Martin, H. (Eds.). (2011). Origins and evolution of life: an astrobiological perspective (Vol. 6). Cambridge University Press.
Horneck, G., & Baumstark-Khan, C. (Eds.). (2012). Astrobiology: The Quest for the Conditions of Life.
Nalewajski, R. F. (2006). Information theory of molecular systems. Elsevier.
Terzis, G., & Arp, R. (2011). Information and living systems: Philosophical and scientific perspectives. MIT Press.
Vakoch, D. A. (2013). Astrobiology, History, and Society: Life Beyond Earth and the Impact of Discovery. Springer.
To the extent this is correct, SETI has failed. Thus you are using a failed methodology as the basis for your inferences.
It doesn't. At all. It fails fundamentally and pathetically as anything remotely resembling language. This is the mistake made by non-scientists and also by scientists who are either 1) unfamiliar with linguistics and the nature of language or 2) making sensational claims they know are so overly simplified as to be nonsense.
Where is the grammatical structure in genetic code? How might one apply to this would-be genetic language any of the widespread linguistic theoretical frameworks which are currently used to define the nature, structure, and definitional status of languages (e.g., the vast number of linguistic theories that are subsumed under the heading "cognitive linguistics" or what is basically the only other alternative (as functional linguistics and much linguistic typology have been incorporated within the cognitive linguistic framework), that of generative linguistics)?
Citing popular, sensationalist claims about genetic research and thinking that analogies to languages could be taken seriously by those whose field concerns the nature of language is a fundamental mistake.
No, it absolutely isn't. First, the "genetic code" has turned out to be so limiting and irrelevant that epigenetics has basically eclipsed it. Second, living systems (including cells) have none computable models
Louie, A. H. (2005). Any material realization of the (M, R)-systems must have noncomputable models. Journal of Integrative Neuroscience, 4(04), 423-436.
Louie, A. H. (2007). A living system must have noncomputable models. Artificial life, 13(3), 293-297.
Third, the ability to represent the information that is encoded in models of genetic code do not mean that the genetic code is digital.
1) You quote a society here. Not a source.
2) Living systems are composed of quantum mechanical systems, and quantum physics (and modern physics more generally) treat information not as digital but as composed of qubits subject not to the formulation of information theory that underlies digital systems but non-classical logics and physical processes that diverge from the foundations of classical information theory Shannon formulated.
These would be equivalent, unless the underlying logics/mathematical structures and/or physical processes differed. For example, quaternions aren't and can't be used in any "quaternary digital coding system" of the like you refer to.
Nonlinearity is a characteristic of virtually all physical phenomenon (and non-physical, for that matter).
It isn't. At all.
Mostly a meaningless question. A fair coin can contain only a single binary unit if treated classically. It can encode vastly more information if it is analyzed in terms of the configuration states of its constituents or its quantum mechanical description.
The same is true of sandpiles.
Living systems are unimaginably complex, and you've confused complexity with design.
Congratulations on making god an absolutely meaningless term.Carbon was created in the belly of collapsing stars.
Carbon has an understandable chemical and atomic make-up, basically a language.
Therefore, a collapsing star is God.
(or God is a collapsing star...)