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- From: jgacker@neptune.gsfc.nasa.gov (James G. Acker)
- Newsgroups: talk.origins
- Subject: More for Kalki to consider
- Message-ID: <9211172216.AA26140@neptune.gsfc.nasa.gov>
- Date: 17 Nov 92 22:16:13 GMT
- Sender: root@news.cs.indiana.edu (Operator)
- Organization: Computer Science, Indiana University
- Lines: 57
- Content-Type: text
- X-Mailer: ELM [version 2.4beta PL16]
- Content-Length: 2226
-
-
-
- To Kalki:
-
- I have been simmering awhile, reading your posts. It
- just so happens that the leading proponent of my favorite
- abiogeneis scenario, the deep sea hot-spring theory,
- (Corliss) works on the same site that I do. I am sure he
- would not take too kindly toward your apparent attitude that
- abiogenesis theories do not have a firm basis in scientific
- understanding.
- Nor do I.
- Furthermore, I have been waiting for an excuse to talk
- it over with him. Now I've got one -- you. Two excuses,
- actually, because I found out he was here due to an article
- in _Discover_ in the "10 Great Unanswered Questions of
- Science" issue. So I'm going to consult with him and make
- sure I understand the details of his hypothesis, which I
- will then explain to you. You are then invited to take up
- the probability issue with me, and if you can demonstrate
- major flaws in his theory, I'm sure he'll be very grateful.
-
- But first, to make sure you're up to the task, please
- define and state the significance to the abiogenesis
- investigation of the following five terms:
-
- 1. Catalysis
- 2. Gibbs free energy
- 3. Chelation
- 4. Endothermic reaction
- 5. Polarity
-
- If you do not understand the significance, I will be glad to
- explain the definition of each term and why they are
- important to abiogenesis theories, particularly the deep sea
- hot-spring hypothesis.
-
- Also, do you admit/understand/know that organic
- compounds such as long-chain hydrocarbons (lipids), amino
- acids, carboxylic acids, and thioesters can be formed simply
- and abiotically by electrical discharge in a reducing
- atmosphere (for example), or through condensation reactions
- in a suitable media? If you do not admit that these basic
- chemical constituents could be formed under conditions
- characteristic of the primordial Earth, I'm willing to
- explain that, too, but I hope to be able to start with more
- advanced concepts.
-
- Are you willing to discuss this topic? Or are you just
- going to throw an insulting one-line response at me?
-
-
- Jim "ready when you are, Kalki" Acker
- jgacker@neptune.gsfc.nasa.gov
-
- P.S. Due to computer network difficulties, my responses
- will not always be prompt. But they will be good.
-