home *** CD-ROM | disk | FTP | other *** search
- Newsgroups: sci.physics.fusion
- Path: sparky!uunet!wupost!gumby!yale!yale.edu!ira.uka.de!sol.ctr.columbia.edu!eff!world!mica
- From: mica@world.std.com (mitchell swartz)
- Subject: quality, quantity, location
- Message-ID: <Bz5zHy.3sC@world.std.com>
- Organization: The World Public Access UNIX, Brookline, MA
- Date: Sat, 12 Dec 1992 20:56:22 GMT
- Lines: 78
-
- In
- sci.physics.fusion:4525, and earlier postings
- [eg. <1992Dec10.191414.20023@midway.uchicago.edu>
- greg@dent.uchicago.edu (Greg Kuperberg)]>
-
- there are discussions of neutrons and their role in
- biological systems. Quality, quantity, location.
-
- In many such postings and in many lectures in this field,
- read and heard, there have been banterings that if "cold
- fusion" were "real" then everyone between the electrochemical
- cell and Central Square [Cambridge, MA, but substitute the
- radius of your choice] would be "dead". (Usually followed
- by laughter from the audience)
-
- FACT: Neutrons, like other particles, and like high-energy
- ionizing radiation, may cause cancer, but also cure it.
-
- Quantity is important, just as the quality is confused.
-
- As a cold fusion experimenter and theoretician,
- who has experience of having also treated scores of people
- afflicted with solid oncologic malignancies, I have used
- particle beams and am familiar with the role
- of neutrons to both cause, and to contribute to the cure of,
- cancer. [For example, for soft tissue sarcomata of the
- extremities neutrons can increase the local and regional
- control rates after a conservative surgical resection.
- I admit that the cosmetic aspects of neutron therapy is poor
- in comparison to protracted ionizing radiation or protons,
- but for elderly patients where such late secondary effect is
- minor in comparison to amputation or tumor-recurrence
- neutrons are a reasonable option.]
-
- The facts are that neutrons absolutely do present a risk,
- but there is no evidence that "cold fusion" in a solid
- necessarily must generate the quantity of neutrons expected
- as predicted by neutron production rates in other neutron
- producing processes.
-
- Therefore, people as erudite as grace this forum,
- and scientific meetings on this subject, should simply not
- denigrate particles and radiation which has been used as
- tools in our armamentarium to cure cancer
- [the 100th anniversary of the discovery of x-rays
- and their use to treat cancer is fast approaching].
-
-
-
- Incidentally, the paucity of generated neutrons in these
- reactions has led to my suggestion several years ago that
- such "cold fusion" reactions be called
-
- neutronpenic = "weak" in neutrons
- that is, being void of the (relative) normal
- expected quantities of neutrons.
-
- so as to distinguish them from plasma (and other types
- productive of mucho neutrons) fusion.
-
-
- Even given the general past observations of neutronpenic
- response, however, there is the possibility that advanced
- cold fusion reactors and systems, and successful primitive
- cells, may have both explosive potential
- (of numerous etiologies)
-
- as well as possibility of becoming irradiators of significant
- quantities of neutrons and other radiations.
- All involved should always plan on such accordingly.
-
- ==============================================================
- Mitchell R. Swartz JET Technology
- mica@world.std.com (617) 239-8383
-
- "Advanced technology may appear to be magic to primitives,
- but physics and technology remain a tough ride."
-
-