Fair enough.
Here are a few suggestions from me:
1) Do spell check. If there is a little red line under word, try and figure out why. My spelling has gone down the drain because of this (hence the profuse editing), but it is there for a purpose.
2) Put more structure in your replies, after a while the replies become increasingly difficult to follow. I will try the same.
3) Please answer a question when asked and do not inject insults or snarky remarks.
For example:
Me:
The rocket engine? I shouldv'e been more specific, my apologies. I was referring to something like
this, burning of
gases to produce propulsion. Please don't reply with your usual snotty remarks like "mmm you shouldv'e been more specific now shouldn't you" and leave the original question alone.
Here:
Given enough constraints (or none), evolution can be used to sample the given environment and end up with an even improved mechanism. Do you think evolution is capable of this?. Why? If yes, then this is false:
Design, as I said before, tends to copy, or emulate the evolved. The reverse is not true.
If no. Why, is evolution under intrinsic control?
You
So you exclude all other types of man made rockets?
In principal a rocket is something propelled by exhausting internally stored propellant rearwards. (throwing mass behind yourself)
You can do this by farting in a swimming pool.
You decide to lecture me on what propulsion is like I do not know and decide to bring in the “farting in a swimming pool” analogy. I was thinking more along the lines of squid propulsion. I mentioned I was being more specific and this is what I get?
You
You were being especially childish, nothing more.
You decided to bring in the farting analogy in the first place yet accuse me of being childish. And why don’t you answer the question directly? So I will ask you the question again (later on-topic)…
4) As for the insults and snarky remarks. I never condoned it and I have tried to stay away from it. Also, show me where I was the initiator and I will apologize? Besides, why do you feel the need to act that way in this thread anyway? State your grievances.
5) Be more clear on what exactly you want clarity on.
Ok, back on-topic.
I’m going to ignore post #22 as you summarized your grievances in post #25.
1) Alloytoo: What in general do you dispute about my little language essay?
Answer: You explain the evolution of communication, I am not disputing it, I am disputing the origins of communication and specifically the alphabet. I also do not see the relevance of discussing the evolution of language and communication in this thread. K, we leave this for another thread. You are welcome to make it.
2) Alloytoo: Define the context in which you are using intelligence.
Answer: I used the example of wiki for
AI. Sincere apologies for not mentioning it, I also see the lay-out was confusing.
While there is no universally accepted definition of intelligence, AI researchers have studied several traits that are considered essential.
Including:
1) Deduction, reasoning, problem solving
2) Knowledge representation
3) Planning
4) Learning
5) Natural language processing
6) Motion and manipulation
7) Perception
8) Social intelligence
9) Creativity
10) General intelligence
3) Alloytoo: There is a principle to rocket science, that principle is the is something propelled by exhausting internally stored propellant rearwards. (throwing mass behind yourself). Farting in the pool does the same thing. I'm sorry if nature has yet to reproduce an exact specification of an Apollo launcher.
Thank you for the lecture again. You said:
Alloytoo: Design, as I said before, tends to copy, or emulate the evolved. The reverse is not true.
Thus, I provide you the specific example of propulsion through the combustion of gasses in a living organism. It is quite easy to imagine such thing to be possible. E.g.: An enamel encased combustion chamber and nozzle with methane as fuel and oxygen as the oxidizer.
Question: NBNBNBNB
Given enough constraints (or none), evolution can be used to sample the given environment and end up with a similar or even an even improved mechanism. Do you think evolution is capable of this? Why?
If yes, then your above statement is false.
If no. Why, is evolution under intrinsic control?
4) Alloytoo: What if, What if? Any attribution of any First cause, embedder, prime programmer, creator god etc demands that be examine said First cause, embedder, prime programmer, creator god etc. You're not going to get a different answer no matter how many times and ways you ask the question.
Me: Don’t worry, even if it can be empirically demonstrated that life is the product of agency, you can still believe it was the product of biological design and not divine design.
5) Alloytoo: Primary evidence of design isn't going to come from any dubious miss or wishful interpretation of evolutions science data. It's going to come from the discover of something with the true hallmark of design: uniqueness, nothing that ties this discovery to our current organic reality.
Me: Is life and the mechanisms controlling it not unique enough? It is the only system described in terms of our own engineering that is not ascribed to an engineer. Nuclear fusion is not described in engineering terms. The process of fusion in the sun is not controlled by hydrogen nuclei or electrons or quarks etc. There are no small machines governing the process. Once initiated the process carries on and follows the deterministic laws of physics and happens. DNA replication does not happen spontaneously and the speed and fidelity is elegantly controlled by intelligent systems of proteins to ensure the fidelity of the process. It is the ingeniousness of the processes controlling life that gives rise to awe in scientists. Abiogenesis has a lot to explain.
So I’ll ask you again. Do you think the systems and machinery within cells are intelligent in the light of what we do know about intelligence (please read the wiki link) and compare it to any intelligent AI system.
1) Deduction, reasoning, problem solving
Cells:
Deduction: No
Reasoning: No
Problem solving: Yes. E.g. (from Nature;Vol 446;12 April 2007: Quantum path to photosynthesis)
Elsewhere in this issue, Engel et al. (page 782) take a close look at how nature, in the form of the green sulphur bacterium Chlorobium tepidum, manages to transfer and trap light’s energy so effectively. The key might be a clever quantum computation built into the photosynthetic algorithm.
The process is analogous to Grover’s algorithm in quantum computing, which has been proved to provide the fastest possible search of an unsorted information database.
And in the same issue: Evidence for wavelike energy transfer through quantum coherence in photosynthetic systems
When viewed in this way, the system is essentially performing a single quantum computation, sensing many states simultaneously and selecting the correct answer, as indicated by the efficiency of the energy transfer.
AI:
Deduction: No
Reasoning: No
Problem solving: Yes. (not quantum mechanically)
2) Knowledge representation
Cells:
Default reasoning and the qualification problem: No?
Unconscious knowledge: Perhaps. Stored in any or all of the cellular codes?
The breadth of common sense knowledge: No.
AI:
Default reasoning and the qualification problem: No
Unconscious knowledge: Yes. The software contains the stored information
The breadth of common sense knowledge: No
3) Planning
Cells: Yes (See pos #1)
AI: Yes if instructed to.
4) Learning
Cells: Yes (see post #1)
AI: Yes, certain artificial neural networks are capable of this.
5) Natural language processing
Cells: Yes and no. Yes because cells are able to communicate and process information from themselves and other cells (autocrine, paracrine, endocrine etc). No, cells do not consciously talk
AI: Yes and no. Yes because certain programs can interpret human language and systems of various platforms can communicate (Linux to Mac etc). No, AI does not consciously talk.
6) Motion and manipulation
Cells: Yes, with the possibility that tubulin and other structural components of cells acting as quantum computers, motion and manipulation is directed, not stochastic, in even the simplest organisms.
Movement of organisms without a nervous system.
AI: Yes
7) Perception
Cells: Yes, cells communicate with the environment through surface receptors and relays information through signal transduction which in turn affects gene expression and protein activity.
AI: Yes
8) Social intelligence
Cells: Yes, even bacteria interact with other bacteria and can even mimic a multicellular organism through quorum sensing.
AI: Perhaps? AI neural networks?
9) Creativity
Cells: Perhaps? Harnessing random variation and selection to adapt?
AI: Perhaps? An example?
10) General intelligence
Cells: No (Only in humans so far)
AI: No
When compared to our own engineered AI, even the simplest lifeforms' machinery outperforms it hands down.