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1870
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•
1870 - In the 1870s, the only electrical
communication system in Kentucky was the
mechanical wired telephony, telegraphy.
There were no packets of instant cocoa
laying around, where all Capt. Billy had
to do was add hot water, turn the electric
switch on and 'poof' . . . But as the
story goes, it was a period in which
Stubblefield claimed he has learned as a
youth, from his father the secrets of
energizing the soil to achieve better
tobacco or watermelon product.
•
1870 - Morse, Samuel invents his telegraph
in 1870.
•
1870af - Fleming Ambrose graduated with a
Bachelor of Science degree from University
College. Following, he entered the Royal
School of Mines in London to study
Chemistry under supervision of the eminent
chemist, Sir Edward Frankland, but again
finance was a problem. To earn some money
he took up a teaching post as a science
master, and during this time he came
across some of Maxwell's work.
Daaf
Boys
•
Return
ˆ
•
1870s
-
Nathan
Stubblefield. Nathan was there when his
father met the young Clara Jones in
1870.
It just
so happened that her father, Judge Thomas
A. Jones (1842-1913), was just putting a
group together seeking State approval for
Murray's first Male and Female Institute.
As Nathan's father was being coaxed into
the job as legal advisor and potential
investor, Nathan knew it was love at first
sight, when his father said 'Yes.' Capt.
Billy paid cash for the school, becoming
its sole proprietor, in 1871. After the
deal was affixed by a handshake and
commitment, Nathan nudged his father to
ask Judge Jones, if it would be too much
to ask Clarissa if she could tutor Nathan
and his brothers in spelling and social
studies.
•
1871r
- Born: Reginald Aubrey Fessenden
(1871-1932), was born in the small
township of Milton, Quebec, Canada, on
March 11,
1871.
•
•
When
Reginald was a child, he moved with his
family to Ontario, where, from an early
age, like Marconi, he become fascinated
with the idea of wireless telegraphy as a
child when he saw Alexander Graham Bell
demonstrate his telephone over a distance
of several miles near Bell's home in
Ontario. After training as an electrician,
Fessenden began research that subsequently
took him to the United States, where he
worked with Thomas Edison as a chemist
developing insulation for electrical
wires. Fessenden (The weatherman) kown
also for the AC Generator Broadcast -
1906.
•
1871
- PATENT TELEPHONE: Antonio Meucci,
Italian inventor (1808-1896). Inventor of
the
"Telectrophone."
Bell changed
the name to the "Speech Machine," when
applying for his patent. So, according to
an Italian postage stamp, it claims that
Meucci not Bell - invented the telephone.
Meucci patented his invention in 1871.
(Patent expired in 1888). The postage
stamp was released in Italy to commemorate
the
•
•
•
•
•
Return
ˆ
Italian who was
officially credited with the invention of
the telephone, Antonio Meucci. Meucci
invented the telectrophone for
communicating with his bedridden wife from
his workshop. "He died a pauper." Meucci
demonstrated his invention in 1860 and had
a description of it published in New
York's Italian language newspaper... and
was unable to raise sufficient funds to
pay his way through the patent
application..." Bell patented the
electronic telephone in 1876.
•
1871s
- Stubblefield's Male and Female
Institute, corner of Eighth and Main
Streets, was purchased by William
Jefferson Stubblefield (Nathan's
father).
On the first
Board of the Institute were Capt. W. J.
Stubblefield, R. L. Ellison, R. E.
Beckman, T. A. Jones, William Holland,
William Ryand and J. C. McElrath. Tenure
of principals varied from one to five
years. Students paid tuition for five
months and five months free. The building
burned in 1904 with nothing salvaged. The
cornerstone was laid in 1871 and classes
got underway in 1872.
••••One
of the four teachers was 21-year-old
Fannie Nold, daughter of the first
principal of the Institute, Henry Nold II.
In 1871, the old Seminary had been sold to
W. J. Stubblefield and the proceeds used
in building the new Male and Female
Institute. The length of the school term
was ten months. Subjects taught were
mathematics, reading, spelling, Latin,
arithmetic, geography, music, rhetoric,
history, and chemistry. An extra course in
Military Drill Work was offered for the
boys. The discipline in the school war
very strict. Students attending school the
opening year 1872, were Ben Schroader,
Horace Churchill, Nathan B. Stubblefield,
Walter Stubblefield, Charlie Moore, Tom
McElrath, Hugh Wear, Eunice Oury, Mrs. Nat
Ryan and Jim Coleman Mrs. J. C. McElrath.
The first graduating class from the Male
and Female Institute was in the year 1874.
In 1904 the building burnt down and the
school year was completed in the Pants
Factory, here the first class graduated
under the High School System, since the
schools (formerly) were under private
management. After it was closed down there
were various small private schools being
taught by individuals some of whom were:
Mr. Cutchin and Eliza Jones on Wadesbory
Hill Miss Jones had formerly taught a
private school, before the war. "The Story
of Calloway County," Published by Kerby
and Dorothy Jennings. (See Clarissa)
•
1871t-1874 - Tesla attends high school in
Carlstadt, modernday Karlovac.
•
1872
-
PATENT: The earliest patent for telegraphy
(Morse Code) without wires (wireless) --
was granted to Dr. Mahlon Loomis,
(1826-86). The patent was entitled
"Improvement in Telegraphy" and was Dated
July 20, 1872, U.S. Pat. No. 129,971.
Click to Query U.S. Patent Office -- then
Click Full Text to refresh page. He
demonstrated only the potential
differences on a galvanometer between two
kites during a lightning storm, 14 miles
apart in Loudoun County, Virginia in
October 1866. Patent expired in July,
1889.
•
1873 - Died: Justus Von Liebig
(1803-1873), in Munich, Germany on May 12.
German chemist who made major contribution
to agricultural and biological chemistry.
Worked on the organization of organic
chemistry.
•
1873 - James C. Maxwell publishes a book
on electricity and magnetism.
•
1873d
- Born: Lee De Forest (1873-1961), on
August 26, in Council Bluffs, Iowa.
(Triode Tube,
Audion).
•
1873s - Marriage: Capt. Billy to Clara
(Clarissa) Jones.
•
1873s - Capt. Billy married Clarissa, in
1873. Nathan for the first time in his
life was embraced by a father's love to
protect his family's future. Capt. Billy
commoditized all of his cash holdings and
assets, to create a formal family trust
for his family to draw upon or even sell
periodically, -- as they saw fit.
•
1873s - Clarissa on Nathan's thirteenth
birthday in 1873 wrote, "You're the most
un-teenager-like teenager in the class
because you're a young man first," Even
his older brother, Walter saw him as the
serious spokesman for the family. When
other boys were playing leap-frog and
paddle ball, he was worrying about, "where
on earth were the coal, oil and logs
coming from" -- needed to heat the school.
At an early age, Nathan occupied himself
with "blitzableiter" fields and two
separate 'hotspots" gardens and developed
an interest in studying lightening
movement.
•
1873s - Courthouse built in Murray at the
Court House Square.
•
1873s - J. W. Stubblefield Will and Trust.
The Stubblefield Family Trust cleared the
way to protect his State franchised school
legacy, which included his 85 acre real
estate, the future home of MSU, and Capt.
Billy's various property liens he owned
jointly with Governor Holt against several
defendants, among others, (J. F., and
Joseph Curd) to help finance the school
project's future. The trustees included
local Kentucky businessmen, and school
board members, John C. McElrath, W. H.
Wilkins, R. C. Linn and Kentucky governor
Holt
•
1874 - Karl Ferdinand Braun discovers 'one
way conduction' in metal sulfide
crystals.
•
1874do - Dolbear became a professor of
physics at Tufts University from 1874 to
1906. Known to his Tufts students as
"Dolly", he chaired the Department of
Astronomy and Physics.
Daaf
Boys
•
•
•
1874m
0425 - Born: Guglielmo Marconi
(1874-1937), near Bologna, Italy, on April
25, the second son of Giuseppe Marconi, an
Italian landowner, and his Irish wife,
Annie Jameson, granddaughter of the
founder of the Jameson Whiskey distillery.
He was educated in Bologna, Florence and,
later, in Livorno, and was brought up as a
Protestant. He briefly attended Rugby
School in the United Kingdom. (Wireless
Telegraph).
•
1874s - Capt. Billy establishes
Stubblefield Will and Trust. Trustees: A.
Thompson, Esq., John C. McElrath, W. H.
Wilcins, R. C. Linn, and governor Holt
with Clarissa Stubblefield.
•
1874s
- Died: William Jefferson Stubblefield
(Capt. Billy),
1830-1974.
(born: August 4, 1830, in Reckoning
County, N.C.). He dies of consumption
(pneumonia) in Calloway County, Kentucky,
leaving Nathan, his 3 brothers, Walter,
William, James, and half-sister, Alene,
(1874-1954) -- under the guardianship of
Clarissa, and the Family Trust. With the
loss of Capt. Billy at her side, Clarissa
found herself as the head schoolmarm at
the Institute. She clearly saw the
direction Nathan was heading -- to be like
his father -- his forte being natural
sciences and the rules of law. Clarissa,
being the good stepmother, as she was, she
encouraged formality in Nathan's dress
code.
•
1874s - The first graduating class from
the Male and Female Institute.
•
1874s 0107 - Born: Alene Stubblefield,
Capt. Billy's and Clarissa's daughter, on
Jan. 7. (6 months before death of her
father, Capt. Billy).
•
1875 - Born: Rainey T. Wells, on Dec. 25.
(1875- 956). Founder and president
(1926-1933) of Murray State University. In
1892, Rainey T. Wells was one of the first
persons to hear Nathan B. Stubblefield's
wireless voice transmissions, and the
first words over a wireless telephone,
..."Hello Rainey...Hello Rainey."
•
1875 - Charles Coulomb demonstrates the
manner in which electric charges repel
each other.
•
1875 - Werner Siemens shows that
electricity travels along a wire with a
velocity approximately equal to that of
light.
•
1875s
- Nathan Stubblefield continued his soil
experiments with his 'Blitzableiter' he
now calls rod aerials to attract
lightening into 3 separate
hotspots.
•
1875t -1878 -Tesla attends Polytechnic
School at Graz.
•
1876 -
Bell Telephone. Graham Bell in 1876,
invents his "electrical speech machine,"
which we now call a
telephone.
What is the Relevancy of the
wired/wireless telephone/TV -- to the
Internet? -- Telephone exchanges provide
the EMW energy and power to the Internet
connections today. Modems provide Digital
to Audio conversions to allow computers to
connect over the telephone network.
MORE
STORY ABOUT FIRST PATENT
1971
•
1876 - Edison invents the wind-up
phonograph.
•
1876 - Meanwhile back on the Stubblefield
85 acres, it was in 1876, Nathan's
interest in inventing something useful
blossomed when he read an article about
Thomas A. Edison's light bulb and
recording sound on cylinders.
•
1876
0307 - PATENT: The Bell Telephone. (Patent
expires 1893). Alexander Graham Bell
patented the telephone on March 7, 1876.
Patent Number 174,465 covering "the method
of, and apparatus for, transmitting vocal
or other sounds
telegraphically
…
by causing electrical undulations, similar
in form to the vibrations of the air
accompanying the said vocal or other
sound", the telephone. During the course
of the next 20 years, the average number
of daily calls per 1,000 population grew
relatively slowly, from four to 37.
•••
However, it has been recognized (such as
by the U.S. Congress in 2002) that Meucci
was the first to invent the telephone in
1871. Bell invented his own telephone in
1875 after discovering that a receiver
could also be a transmitter. (See 1871,
Meucci's Telectrophone patent.)
•
1876do - Dolbear invented the first
permanent magnet telephone/receiver
followed by the electric static telephone
(wireless) Note: Thomas Edison also
invented the phonograph the same year.
•
1876do - Dolbear, Amos E. - In 1876
perfects and patents his magneto electric
telephone.
•
1876do - Dolbear publishes "The Art of
Projecting," (Boston, 1876); "The Speaking
Telephone" (1877); and "Sound and its
Phenomena" (1885). Dolbear also worked on
converting sound waves into electrical
impulses.
•
1876s - Nathan Stubblefield Soil
Experiment. It was in 1876, that Nathan's
aptitude for the natural sciences and
invention was noticed. His science
magazine and electric magnet collection
had consumedly blossomed along with his
watermelon and potato patches. Anything
and everything found in print about soil
enhancement, Thomas A. Edison's electric
light bulb and the recording of sound on
cylinders were neatly folded and creased
together to become bookmarks for future
reference. The first Edison recording of -
"Mary Had a Little Lamb" was on order for
the schools library." It was also the same
year 1876, that Dolbear invented the first
permanent magnet telephone/receiver
followed by an electric static (wireless)
telephone that could emit RF spark
signals.
•
•
•
•
•
•
•
•
ˆ
•
1877
- Edison invents the
phonograph.
•
1877 - Rutherford B. Hayes: Nineteenth
U.S. President, 1877-1881. (b. October 4,
1822 in Delaware, Ohio, d. January 17,
1893 in Fremont, Ohio).
•
1877 - The Bell Telephone Company, the
first predecessor company to AT&T, is
formed and issues stock to the seven
original shareowners.
•
1877
- Dolbear publishes "The Speaking
Telephone."
•
1877 - Thomas A. Edison records sound on
cylinders. The first recording - "Mary had
a little lamb."
•
1877af - Fleming started to study
electricity and magnetism at Cambridge
under professor James Clerk Maxwell. Here
he was particularly successful gaining his
D.Sc. and then a year later he was elected
a fellow by his college.
•••
Fleming took up the position of Professor
of Physics and Mathematics at Nottingham
University, as a consultant to the Edison
Telephone Company, and later the Edison
Electric Light Company.
•••
Fleming traveled to the Thomas Edison's
Laboratories in the USA. There he saw a
discovery known as the Edison effect. It
was found that an evacuated light bulb
with a second electrode would allow
current to flow from one electrode to the
other, but only in one direction.
•••
Fleming was invited to give a series of
lectures on electrical engineering at
University College London (UCL), the
premier college of London University.
•
1877s - Nathan Stubblefield experimented
with his first coil. Twenty years later
patented as an EMF battery. Also what made
the induction coil so sensible, was the
broadcaster didn't need the required tall
100' mast tower, and extraneous motor
(generator) system to supply the high
voltage current needed to power their
induction coils to produce the RF spark
signals emitted in space.
•
1877s - Nathan Stubblefield starts his
legal apprenticing. The same year
Rutherford B. Hayes, became U.S.
President: (1877-1881) - and under the
guidance of his father's former law
partners, and business associates, John C.
McElrath, W. H. Wilkins, R. C. Linn, and
Governor Holt, Nathan's legal education
commenced at the law offices established
by his father and his former law partner,
Gen. A. P. Thompson, who met his fate on
the battlefield in near-by Paducah,
1864.
•
1877s - Nathan Stubblefield. The reversed
lightning rod EMW effect allowed RF towers
to emit low voltage electricity into space
-- over the hills and through the
dells...Translates To: What made Nathan's
small soil electrolytic coils so unique,
was when they were attached to a grounded
aerial they could imitate and do the same
multi-RF tasks as the Edison, Tesla, and
Marconi, spark coil devices.
•
1877s
- Stubblefield
attends Dolbear lecture at Bethany College
in West Virginia. MORE
STORY
•
1877s
02 - Nathan Stubblefield. The 17-year-old
legal apprentice was on his way to
Bethany, with his trusty compass from
China to help guide him for the
574 mile venture. It was on the
second day of professor Amos Dolbear's
lecture on electrical engineering, that
Nathan witnessed a demonstration of a real
magnet.
It was at
this point when Nathan was introduced to
the mechanics of his compass, by Dolbear.
Whenever an existence is invisible to the
naked eye, like a EMW current or like a
radio frequency speeding through space,
apply the compass-magnet test. Dolbear's
electric static telephone did not emit a
magnetic energy force. Before the end of
the day, Nathan 'made' a generator by
clamping two magnets on a shaft and had
them pass a coil . . . that did change the
direction of the needle of the compass. It
was a powerful ultimate conclusion for the
young, inquisitive Nathan. -
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•
1877s
03 - Nathan Stubblefield. On the third day
of the lecture - the bad news. Dolbear
pointed out, that it would take three to
four decades to provide enough telegraph
poles and metal wires to electrify the
South with an electric telegraphy /
telephony system, that might include the
new talked-about light bulb. When Nathan
heard the word, "NO ELECTRICITY for THIRTY
YEARS,"
-- he scintillated from the truth of the
matter. He saw in his mind's eye, the pull
of the magnet that changed the direction
of the needle of the compass.
It
pointed to the prediction of the Telephone
that could send a voice without copper
wires (1888), and the Carrie lamp-lighter
that could simplify the lighting of coal
oil lanterns, (1865). See Footnote.
SEE
LIGHTER
PATENT
/
•
1877t - Tesla, in his second year at the
Polytechnic School at Graz, at a lecture
on electrical engineering given by
professor Poeschl, witnessed a
demonstration of a dynamo operating as a
motor. It was then that Tesla, for the
first time, had an idea of an alternating
current motor, without commutators and
brushes.
•
1878 - Dies: Joseph Henry, in May.
(1797-1878). While building electromagnets
he discovered the phenomenon of
self-inductance. Around the same time, the
British scientist Michael Faraday
discovered it as well, however. Being
quicker to publish his results, Faraday
became the officially recognized
discoverer of the phenomenon.
•
1878 - Edison begins work on the electric
light.
Daaf
Boys
•
•
•
1878
- The first telephone exchange in the
United States opens in New Haven, CT under
license from Bell
Telephone.
Within a few years, licensed telephone
exchanges open in every major city in the
country. These franchises, together with
the parent company, eventually become
known as the Bell System.
•
1878al
- Born: Ernst Fredrik Werner Alexanderson
(1878-1975), in Upsala, Sweden, on Jan.
25, 1878. Electrical Engineer (AC
Generator or Alexanderson Alternator).
Made Fessenden's - 1906 successful.
Electrical engineer for General
Electric.
•
1878s
- Nathan Stubblefield. As Nathan studied a
legal case assignment, he was stunned to
find that Telegraphy was recently used by
the Kentucky Supreme court to argue a
case in Washington. He also noticed that a
lecture on the subject was going to take
place at Bethany College by Amos Dolbear
--
"Telegraphy
and the Law," Nathan promised his legal
mentor, and Clarissa that if he could
attend the event, he would come back with
solutions - as to why Murray was in the
dark with no electricity or telegraph
connections to the outside world. (A.
Thompson, Esq. in Nathan's late years of
life was to represent him in a bitter
legal matter.)
•
•
•
•
1878s
04 - Nathan Stubblefield. But as the story
goes, after the Dolbear 1877
"Telegraphy and the Law" lecture
ended, Nathan returned to Murray, viewing
his life as having a purpose for the world
at large, to create the Wireless
Telephone™.
Nathan's
basic innate senses intensified beyond any
normal human capacity. It was like he had
developed an extra sense, backed up by a
few magnets, his trusted compass from
China and his Blitzableiter hotspot
gardens.
•
1879 - Dies: James C. Maxwell,
(1831-1879), on November 5, in Cambridge.
(Equation and Ether Theory). - MAXWELL'S
ETHER THEORY DIED, November, 13, 1931. The
one-hundredth anniversary of Clerk
Maxwell's birth was marked by the
scientific world "digging a grave for the
theory of a luminiferous ether," but at
the same time honoring Maxwell's
mathematical genius.
•
1879
- Elihu Thomson and Edwin J. Houston
formed the rival Thomson-Houston Electric
Company. It merged with various companies
and was later led by Charles A.
Coffin, a
former shoe manufacturer from Lynn,
Massachusetts. Mergers with competitors
and the patent rights owned by each
company put them into dominant positions
in the electrical industry. As businesses
expanded,
it became increasingly difficult for
either company to produce complete
electrical installations relying solely on
their own technology. In 1892, these two
major companies combined, in a merger
arranged by financier J. P. Morgan, to
form the General Electric Company, with
its headquarters in Schenectady, New York.
FOR MORE STORY.
•
1879 - The Berlin Academy of Sciences
offers a prize to the scientist who can
show experimentally that a changing
electric field generates a transient
electric field, and vice-versa. The
challenge is taken up by, among
others...Heinrich Hertz.
•
1879do
- Dolbear, Amos E. perfects and patents
his static
telephone.
•
1879do - In 1879, Dolbear contributed many
notable inventions to the scientific
world, including the static telephone, the
electric gyroscope used to demonstrate the
Earth's rotation, the opeidoscope, and a
new system of incandescent lighting. His
research on the static telephone was
conducted in his laboratory on the top
floor of Ballou Hall, and the first
transmissions using the device were made
from Ballou to his house on Professors
Row. He published several books, articles,
and pamphlets, including "Matter, Ether,
Motion," and was recognized for his
contributions to science at both the Paris
Exposition in 1881 and the Crystal Palace
Exposition in 1882.
•
1879s
- Nathan Stubblefield. With this
realization, his grounded induction
coil-soil concept was revolutionary.
By going
directly to the soil itself, the
integrated expression of all these factors
could be seen in the morphology of the
soils to construct a grounded powered
antenna. He would later call the green
patch areas where the hot zone WiFi aerial
system were to be located,
Teléph-on-délgreen WiFi or
firewire hotsoil. This concept required
that all properties of soils be considered
collectively in terms of a completely
integrated natural body. In short, the
combination soil science with induction
metal coils stimulated by either a high or
low voltage current made RF broadcasting
possible.
•
1880
-
•
1880 - The period of 1880-1896 could
be the starting point for the 100th
anniversary of the Communication Act of
1996. It could also be analogized to the
Dot Com era that commenced when Congress
open the door in 1996 to the Internet. The
marketing and selling of his wireless
telephone stock certificates along with
other companies ran rapid, that created
the big bust of 1911.
•
1880s
- Nathan Stubblefield finishes his law
studies.
In the
final year of his law apprenticeship,
1880, it was Gov. Holt that helped Nathan
set himself to become part of the Family
Trust and business life in Murray, and
introduced him to the pretty
great-grand-niece of James Buchanan, Ada
Mae Buchanan. They fell in love, he was 20
and she was sixteen.
•
•
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TO GO TO PRIOR PAGE Page 1535 - TIMELINE
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•
1880
- 1892 /
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TO GO TO NEXT Page 1890 - TIMELINE -
•
Excerpts
found on this page are
from:
"Nathan
B. Stubblefield, the Radio Boy" & "The
SMART-DAAF
BOYS"™©1992 and
"Disappointments Are Great, Follow the
Money, The Internet - D-diaries -
©2006 - Published and Authored by TVI
Publishing and Troy and Josie
Cory-Stubblefield • ISBN
1-883644-34-8 • Library of Congress
Catalog # TX 5-967-411
•
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Clearance
•••
Notice to all major Wireless Telephone
Companies and Wi-Fi Broadcasters. The Next
Century of the Wireless Telephone™ is
waiting for you. WiFi, Digital RF
spectrums and Satellite land-line VoIP is
here!
••• Get
Ready for 2007-2008 -- the 100th year of
the Registration of the Wireless
Telephone™ patent, and its
copyrighted trademark name, drawings, and
specifications for stationary, mobile
vehicular and floating telephone
broadcasting and receiving
system. -
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