CFRL English News No.9 (February 10,
2000)
Cold Fusion
Research Laboratory Prof. Hideo Kozima
This is CFRL News
(in English) No.9 translated from Japanese version published for friend
researchers of Cold Fusion Research Laboratory directed by Dr. H. Kozima.
In this issue, there are following items.
1)
Abstract of my paper to be published in Fusion Technol.,
2)
The paper to be published in Il Nuovo Cimento and the Editorial Principle of EPJ,
3)
About CF Session of APS Meeting on March,
2000,
4)
On Magnetic Trapping of Neutrons appeared in Nature,
5)
On Science (an essay).
1) Following paper introduced in the former News (No.4) accepted by Fusion Technol. will be published in its
Vol.37, No.5:
H. Kozima, “Neutron
Drop; Condensation of Neutrons in Metal Hydrides and Deuterides”
The possible formation of the neutron drop n_{A-Z}p_{Z} composed of
N_{n} = A−Z neutrons and
N_{p} = Z protons in metal hydrides and deuterides is discussed on the basis of
experimental facts using the evaporation model of the decay of the compound
nucleus. Exotic nuclei and the neutron drop will be formed at a region with a
high neutron density in crystals including hydrogen isotopes. Successful
explanation of the anomalous nuclear reaction phenomenon in solids by models
assuming neutrons in a solid lattice is legitimated.
In this paper, possible formation of the neutron drop
composed of many neutrons and few protons at a region where is huge density of
neutrons due to local coherence of neutron Bloch waves reflected by a crystal
boundary as discussed in the previous paper (Fusion Technol. 36, 337
(1999)). The polyneutron used in the explanation of mass spectrum of elements
generated in NT_{F} by J.C. Fisher using liquid-drop model of nucleus should be
replaced more reasonable neutron drop suggested its existence in this paper.
2) The paper announced in the former News (No.7, (1)) had been published
(I believe) in Il Nuovo Cimento, Vol.
112A (1999):
H. Kozima, M. Ohta,
M. Fujii, K. Arai, H. Kudoh and K. Kaki, “Analysis of Energy Spectrum of
Neutrons in Cold Fusion Experiments on the TNCF Model”
It is announced
that the Journal Il Nuovo Cimento Published
by Italian Physical Society will be merged with European Physical Journal (EPJ)
from the year 2000. And The Editorial Board of EPJ decided to exclude Cold Fusion from its repertory as expressed
in the following letter from a member of the Board.
“I have received
your paper mentioned above which you submitted originally to Il Nuovo Cimento and was subsequently
with your consent directed to The
European Physical Journal A.
Up to now the
Editors of EPJA have never considered the topic of Cold Fusion for their
journal. We have discussed whether after the merger with Il Nuovo Cimento this policy should be changed.
However, we have
decided that we do not want to enlarge the scope of our journal by this topic.
Therefore, I have, to my great regret, to tell you that we cannot further
consider your paper for publication.”
It is really regrettable to
lose the traditional name Il Nuovo
Cimento (The New Trial) from scientific world. The reconfirmed policy to
exclude CF from EPJ is similar to
that of Nature since 1990 after
exciting printing of CF news for several months from 1989. These policy seems
leaving a frontier of science out of its editorial repertory and
anti-scientific in a sense. Considerations related with this will be given in
the item 5) of this issue.
3) The Internet circle Vortex
by R. Murray reported a Session “Palladium/Deuteron” at March Meeting of
American Physical Society (APS) as follows:
“1. At the American Physical Society March meeting in
Minneapolis, Minnesota, scheduled for 20-24 March, there will be a session,
titled, "Palladium/Deuteron."
The session (#C32) will be
held on 20 March, beginning at 14:30, in room 213A of the Minneapolis
Convention Center, Minneapolis MN.
2. Abstracts for the session may be viewed on-line:
http://www.aps.org/meet/MAR00/baps/tocC.html#SC32.001
3. Information about the meeting is available on-line:
http://www.aps.org/meet/MAR00/”
Authors of 12 papers to be presented at the Meeting is as follows; S. Chubb and T. Chubb; R.S. Stringham; E.F. Mallove; M. H. Miles; K.P. Sinha; T. Chubb and S. Chubb; P. Hagelstein; T.N. Claytor; D.G. Tuggle; J. Thompson; M. C. H. McKubre, F. L. Tanzella and P. Tripodi; and E. K. Storms. The contents will be seen in the above Web-site.
As we know, R.
Murray has endeavored to check CF phenomenon as rigorously as possible
through discussion in the Vortex and
made definite success. His comment on the Meeting is as follows:
“Jan 6 1999, Hello all,
Here are ten abstracts, indicating that the "undead", as Bart Simon termed it two years ago, field of cold fusion is yet once again, apparently unkillable, lurching up from the proper grave lot assigned by skeptics for these ten years, going on eleven. Notice that the eminent theorist Peter Hagelstein is joining with the McKubre team, while notably missing are direct references to the names Case or Arata or Mills, and a new player, K. P. Sinha, offers his "Lochon" theory, while Claytor at Los Alamos reports on his results for tritium from deuterium glow discharges on Pd, to my mind the least debunked of all CF claims. It seems that a proper scientific process is continuing to examine evidence and scrutinize theories. I will be happy to distribute any reports sent to me in email form.
Regards, Rich Murray”
4) Dr. Peter Glueck in Romania noticed me an article on the
neutron trapping appeared in a recent issue of Nature. Through the Web site <www.nature.com> taught by him,
I could read the following paper by free subscription:
P.R. Huffman, et al. “Magnetic trapping of neutrons”
Nature 403, No. 6765 p.
062-064 (06-Jan-2000)
“Accurate measurement of
the lifetime of the neutron (which id unstable to beta decay) is important for
understanding the weak nuclear force and the creation of matter during the Big
Bang. Previous measurements of the neutron lifetime have mainly been limited by
certain systematic errors; however, these could in principle be avoided by
performing measurements on neutrons stored in a magnetic trap. Neutral-particle
and charged-particle traps are widely used for studying both composite and
elementary particles, because they allow long interaction times and isolation
of particles from perturbing environments. Here we report the magnetic trapping
of neutrons. The trapping region is filled with superfluid He-4, which is used
to load neutrons into the trap and as a scintillator to detect their decay.
Neutrons in the trap have a lifetime of 750+330-200 seconds, mainly limited by
their beta decay rather than trap losses. Our experiment verifies theoretical
predictions regarding the loading process and magnetic trapping of neutrons.
Further refinement of this method should lead to improved precision in the
neutron lifetime measurement.”
In this paper, the
principle of magnetic trapping of particles with a magnetic moment is applied
to ultra-cold neutrons with energies down to 1 mK to measure lifetime of
neutrons. The tentative value of the life time reported in this paper is 750 +
330 - 200 s compared with the most reliable value 885.7 ±1.9 s obtained by
now. This is a little small compared with the value we have used but the
difference has nothing with our result of analysis.
We have
investigated CFP for more than seven years assuming existence of thermal
neutrons in substances used in the experiments. Many people including Dr. P.
Glueck of Romania, Mr. N. Yabuuchi of HSRL, Dr. T. Ebisawa of Kyoto University,
Dr. K. Komura of Kanazawa University have helped me giving new information
about behavior of neutrons explored in these ten years which made the TNCF
model proposed by me profound and productive. The neutron discovered in 1932
has been investigated slowly and steadily but there remain many features of
neutron behavior waiting to be discovered by new techniques including CFP.
Especially important will be behavior of thermal neutrons in solids with
coincidence of their de Broglie wavelength and lattice constants.
Dr. P. Glueck has
retired from Institute for Isotope and Molecular Technology, Cluj-Napoca,
Romania last year and is working as a consultant for some companies.
5) An essay on Science (Hideo Kozima)
It was ironically cited a sentence of a
physicist in US (R. Park?) in Editorial of a Journal: ”But ideas that once
seemed as outlandish as cold fusion,
gravity modification, or beanstalk tethers have outlived their detractors
before” (Italicized by H.K.)
There was also a
referee of Physical Society of Japan who confused CF with UFO, occultism and supernatural phenomenon.
These opinions
widely prevailing in conventional scientists, especially in physicists, have
their cause partly in some theoretical tendency in CF community neglecting
minimum axioms in modern science already stated in the preceding News No.8, Item (4). The fact, however,
does not depend on neither neglects of principles in physics by some of CF
researchers nor denial of its existence by critics on the basis of existing
principles. The principles we know are essence of scientific facts confirmed by
now. They do not exclude new facts, which may limit their applicability or may
expand their realm by adding new entities or conditions not noticed before. In
this case, it is also said ”E pur si muove” (Galileo Galilei), i.e. “But
however it moves”.
In the process when
the modern science has grown up from complex experiences and knowledge of
mankind, boundary region (not necessarily a narrow line but broad belt with
curved shape and varying character) between science and non-science has been
extending out. Scientists have worked in this boundary region with motivation
conditioned by their historical situation. In one side, there are always
scientists self-contented in their juubakos (established frameworks inside the
boundary) who deny existence of world outside. On another side, there are
amateurs who do not care existence of juubakos
in their work to treat new facts. Scientists in the boundary region are
attacked from both sides; from one side, they look like belonging to another,
and vice versa.
There is also
misunderstanding about the nature of the model; theory and model are two
working hypotheses to treat new facts even if the boundary has a finite width
destined to any classification. They are easily confused because the boundary
is sometimes ambiguous where it starts and where it ends. It should be
remembered clearly characters of the theory and the model. Theory is a logical
extension from principles established on the facts accepted by majority of scientists.
Model, on the other hand, is a system of logic based on a priori premises assumed to explain new facts
without sound bases on the principles.
I have noticed
already in my book “Discovery” the
time lag between J. Watt’s patent for practical steam engine and formulation of
the second law of thermodynamics. There are 80 years between the two events. I
guess there have been many “scientists” who used to ignore the work of steam
engine on one side and many “inventors” who tried to make perpetuum mobile, or perpetual motion on the other. And in between
few endeavored to investigate “science of heat and work” and finally
established thermodynamics.