The Tomahawk., 1918-12-26


the wireless note by method Of appara-
tus, or both. 50 far beyond the art as
to constitute Invention. The first has
not been done. He who shall accona-
plish thnt need have no fear of the
fate of his invention" ~
So the radio operators kept on
searching for that principle which Mr..
Weagant has at last found. We have
his word for it, and the word Of Ed
ward J. Molly, vice president and gen.
eral manager Of the Marconi company.
and the fdct that the perfected wire
less has been used by the government
during the war, although not yet off,
cially announced. 4
It has made the bridging Of the
North Atlantic by wireless, always the
hardest route for aerial messages, ac-
coriling to Mr.. Weagant, easy. It has
eliminated long distances, the most I'm
portant goal radio engineers have
strtven for. r. H.. ~
"Before the war we were limited to
ax oF seven hours communication a
day across the Atlantic and across the
six thousand mile stretch from San
Francisco to Japan" said Mr.. Wea-
CANT. "Now we can use the wireless
continuously. Before the war It would
have been impossible to get all the
news which the German wireless
tried to scatter over the world. Now
we can get 1t all. am not privileged
to say to what extent our discovery
has figured in the war. but can say
in general way that almost every
thing the Germans sent out bearing on
the question Of peace was received.
:. = :'s Will Save Money. r. =
"A considerable saving Of money
will be effected. In some sending sta
tions the power needed is cut in half.
Instead OF steel masts 400, feet high,
as some are, and cost $4,000 apiece,
a mast the height Of a telephone pole
Is enough for receiving" ~z
The inventor said that the trouble
with most of the radio experts who
had been experimenting with ''static"
was that they had given up too soon.
Many Of them came to the conclusion
that the solution Of the problem was
impossible. They regarded ''static" Us
thing erratic, incalculable. way-
ward, willful, law unto itself.
The turning point came when the
Marconit engineer decided that "static"
was q natural law, rational and follow
ing a definite system, that only needed
to be understood to be conquered. That
was in 1903. Since that time Mr.. Wea-
CANT has devoted the better part Of his
energies to nscertaining just what the
properties of this law were. The pre-
liminnry work was done largely at ex-
pertinent stations in New Jersey and
Miami, Florida. In 1916 government
assistance was enlisted and the ex.
periments took on far more definite
character. BY the. time this country
was ready to enter the war the work
had reached practical completion and
patent application claims had been el-
lowed BY the United States patent Of
fee. From that time forward the prob
lem has been one largely of perfection
of detail. =
: "All did was to set out to discover
the new law Of nature and make 1t
work for man, and that's all I have
DONE" said this modest inventor. II
set up all sorts Of hypothesis and con-
structed all sorts Of apparatus, and
when one theory wouldn't work tried
another. It was like failing in 800
ways and finding what you are after
on the thousandth attempt"
OF COURSE the. question came up
again as to just what the inventor had
found out, what the new law of ma
ture was. And what millions Of lay
men and few thousand scientists,
who were taking the attitude Of the
MissoUrian, wanted to be shown. It
was stated that some Of them had pub
licly doubted the solving of the "stat-
ic" puzzle. The inventor smiled and
shrugged his shoulders. r z
'That's quite natural" he said. 1T
sounds big to make the announcement
anAl nv TIE ullNc