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- From: cal@otter.hpl.hp.com (Colin Low)
- Date: Tue, 26 Jan 1993 10:36:44 GMT
- Subject: Re: Doping Mercury
- Message-ID: <83950165@otter.hpl.hp.com>
- Organization: Hewlett-Packard Laboratories, Bristol, UK.
- Path: sparky!uunet!usc!sdd.hp.com!hpscit.sc.hp.com!hplextra!otter.hpl.hp.com!otter!cal
- Newsgroups: alt.magick
- References: <1993Jan22.001642.8844@linus.mitre.org>
- Lines: 42
-
- Lorenzo Farris writes:
-
- >One more comment to add to my extended rant. I have been having a lot
- >of fun calculating things about that 5 grams of ionized mercury. To
- >add some perspective on how much energy we are talking about, about
- >200 MeV are released per atom in the fission of 235U. 1TeV=1 million
- >MeV. So each Hg ion would attain 50 billion times the energy released
- >per atom in uranium fission. Wow!
-
- I had hoped for a slightly more searching criticism of my idea than
- the observation that if you take away 1 electron from every atom
- in a litre of mercury you end up with the most highly charged object
- in the universe.
-
- Understanding why the elements differ in their precise physical and
- chemical properties is extraordinarily complex, far more complex than one
- might imagine given that the only important thing one changes from
- one element to the next is the atomic number. It isn't at all obvious
- why copper, silver and gold have much higher melting points than the
- adjacent zinc, cadmium and mercury. Or why the electrical and thermal
- conductivities are so different. And a host of other properties which vary
- in a dramatic and non-continuous way as the charge in the nucleus changes
- from one element to the next.
-
- The key to it all is the electrons. The nucleii of the atoms form a regular
- lattice through which flows a gas of electrons, and the properties of the
- substance depend more on the properties of the lattice than on the
- properties of the individual atoms. Manipulate the lattice at key points
- by adding heavier or lighter nucleii, and the physical and chemical
- properties change in a complex way. Even simple observables like the
- electrical conductivity are complex quantum mechanical effects of a Fermi
- gas of electrons diffracted by a lattice of nucleii. When you think about
- solid matter you have to think holistically, and the whole is very different
- from the sum of the parts.
-
- I'll stick with my original assertion: it may be improbable that such a
- thing remains to be discovered, but it is not out-and-out impossible that
- the addition of a doping substance to mercury might produce a substance
- which mimics *some* of the properties of gold, perhaps enough of the
- properties to pass the tests goldsmiths have used for thousands of years.
-
- Colin
-