they say great minds think alike but only the greatest minds make today’s
only the greatest minds make today’s
only the greatest minds make today’s list in 1898 an unusual experiment took
list in 1898 an unusual experiment took
list in 1898 an unusual experiment took place in Tesla’s laboratory welcome to
place in Tesla’s laboratory welcome to
place in Tesla’s laboratory welcome to watchmojo.com and today we’re counting
watchmojo.com and today we’re counting
watchmojo.com and today we’re counting down our picks for the top 10 famous
down our picks for the top 10 famous
down our picks for the top 10 famous inventors before Alfred Nobel for
inventors before Alfred Nobel for
inventors before Alfred Nobel for blasting people used black powder what
blasting people used black powder what
blasting people used black powder what we call gunpowder which was very
we call gunpowder which was very
we call gunpowder which was very unstable and you could only ignite it
unstable and you could only ignite it
unstable and you could only ignite it with a fuse you could not control very
with a fuse you could not control very
with a fuse you could not control very well when it ignited or the pattern of
well when it ignited or the pattern of
well when it ignited or the pattern of the explosion that was generated for
the explosion that was generated for
the explosion that was generated for this list we’ve looked at those
this list we’ve looked at those
this list we’ve looked at those inventors that have had the most
inventors that have had the most
inventors that have had the most important most popular most definitive
important most popular most definitive
important most popular most definitive effect upon the modern world we’re
effect upon the modern world we’re
effect upon the modern world we’re interested in those responsible for the
interested in those responsible for the
interested in those responsible for the inventions without which modern life
inventions without which modern life
inventions without which modern life would be very different to my utter
would be very different to my utter
would be very different to my utter amazement Wasson had heard me the
amazement Wasson had heard me the
amazement Wasson had heard me the machine had worked number 10
machine had worked number 10
machine had worked number 10 Guglielmo Marconi Gilliam Oh Marconi was
Guglielmo Marconi Gilliam Oh Marconi was
Guglielmo Marconi Gilliam Oh Marconi was an Italian inventor and the father of
an Italian inventor and the father of
an Italian inventor and the father of long-distance radio transmission and
long-distance radio transmission and
long-distance radio transmission and winner of the 1909 Nobel Prize for
winner of the 1909 Nobel Prize for
winner of the 1909 Nobel Prize for Physics he was not the first person
Physics he was not the first person
Physics he was not the first person experimenting with wireless technology
experimenting with wireless technology
experimenting with wireless technology but Marconi can be credited with turning
but Marconi can be credited with turning
but Marconi can be credited with turning the idea of radio waves into a
the idea of radio waves into a
the idea of radio waves into a commercial practical reality Marconi
commercial practical reality Marconi
commercial practical reality Marconi remodeled wireless apparatus throughout
remodeled wireless apparatus throughout
remodeled wireless apparatus throughout his early career lengthening the
his early career lengthening the
his early career lengthening the distance between which messages could be
distance between which messages could be
distance between which messages could be sent and received like many physicists
sent and received like many physicists
sent and received like many physicists of his day Marconi thought that
of his day Marconi thought that
of his day Marconi thought that electromagnetic waves traveled like
electromagnetic waves traveled like
electromagnetic waves traveled like light in a straight line what would
light in a straight line what would
light in a straight line what would happen he wondered when sending a signal
happen he wondered when sending a signal
happen he wondered when sending a signal thousands of miles beyond the horizon
thousands of miles beyond the horizon
thousands of miles beyond the horizon best known for being the first person to
best known for being the first person to
best known for being the first person to successfully send a transatlantic
successfully send a transatlantic
successfully send a transatlantic message
message
message Marconi’s radio was also crucial in
Marconi’s radio was also crucial in
Marconi’s radio was also crucial in monitoring the 1912 sinking of the
monitoring the 1912 sinking of the
monitoring the 1912 sinking of the Titanic and saving at least some
Titanic and saving at least some
Titanic and saving at least some survivors indeed in 1912 it was the SOS
survivors indeed in 1912 it was the SOS
survivors indeed in 1912 it was the SOS from the Titanic’s Marconi room that
from the Titanic’s Marconi room that
from the Titanic’s Marconi room that brought the Carpathia steaming to the
brought the Carpathia steaming to the
brought the Carpathia steaming to the seven
seven
seven five survivors number nine James Watt
five survivors number nine James Watt
five survivors number nine James Watt what obtained a job at the University of
what obtained a job at the University of
what obtained a job at the University of Glasgow repairing astronomical
Glasgow repairing astronomical
Glasgow repairing astronomical instruments and set up a small workshop
instruments and set up a small workshop
instruments and set up a small workshop there a steam power pioneer James Watts
there a steam power pioneer James Watts
there a steam power pioneer James Watts work became a foundation for the
work became a foundation for the
work became a foundation for the Industrial Revolution which swept across
Industrial Revolution which swept across
Industrial Revolution which swept across the UK and the u.s. in the 18th and 19th
the UK and the u.s. in the 18th and 19th
the UK and the u.s. in the 18th and 19th centuries and eventually reached the
centuries and eventually reached the
centuries and eventually reached the entire planet
entire planet
entire planet when watt was a young man the new common
when watt was a young man the new common
when watt was a young man the new common engine was used by most major factories
engine was used by most major factories
engine was used by most major factories but he realized that that system was
but he realized that that system was
but he realized that that system was wasting large amounts of energy cue
wasting large amounts of energy cue
wasting large amounts of energy cue endless experimentation until eventually
endless experimentation until eventually
endless experimentation until eventually Watt developed an efficient method for
Watt developed an efficient method for
Watt developed an efficient method for continuous rotary motion and
continuous rotary motion and
continuous rotary motion and unprecedented power a rise of the
unprecedented power a rise of the
unprecedented power a rise of the machines magnificently followed in 1781
machines magnificently followed in 1781
machines magnificently followed in 1781 after much financial hardship and
after much financial hardship and
after much financial hardship and struggle Watt patented a steam engine
struggle Watt patented a steam engine
struggle Watt patented a steam engine that produced continuous rotative motion
that produced continuous rotative motion
that produced continuous rotative motion number eight Benjamin Franklin a
number eight Benjamin Franklin a
number eight Benjamin Franklin a founding father of the United States
founding father of the United States
founding father of the United States Benjamin Franklin was a master of many
Benjamin Franklin was a master of many
Benjamin Franklin was a master of many trades inventing wise his efforts were
trades inventing wise his efforts were
trades inventing wise his efforts were widespread but his most famous
widespread but his most famous
widespread but his most famous experiment centred around his casting a
experiment centred around his casting a
experiment centred around his casting a kite into a lightning storm drying
kite into a lightning storm drying
kite into a lightning storm drying electrical charge and subsequently
electrical charge and subsequently
electrical charge and subsequently developing the lightning rod as a means
developing the lightning rod as a means
developing the lightning rod as a means of ensuring safety in tall buildings
of ensuring safety in tall buildings
of ensuring safety in tall buildings Franklin suggested that during a storm
Franklin suggested that during a storm
Franklin suggested that during a storm a wooden century box be placed atop a
a wooden century box be placed atop a
a wooden century box be placed atop a hill or inside a steeple with a pointed
hill or inside a steeple with a pointed
hill or inside a steeple with a pointed rod attached to the roof if a man inside
rod attached to the roof if a man inside
rod attached to the roof if a man inside the box held a wire touching the rod
the box held a wire touching the rod
the box held a wire touching the rod Franklin predicted he would see a shower
Franklin predicted he would see a shower
Franklin predicted he would see a shower of sparks when lightning struck the rod
of sparks when lightning struck the rod
of sparks when lightning struck the rod other inventions that can be attributed
other inventions that can be attributed
other inventions that can be attributed to Franklin include a glass harmonica
to Franklin include a glass harmonica
to Franklin include a glass harmonica bifocal eyeglasses and a urinary
bifocal eyeglasses and a urinary
bifocal eyeglasses and a urinary catheter with added flexibility as we
catheter with added flexibility as we
catheter with added flexibility as we said his efforts were widespread but
said his efforts were widespread but
said his efforts were widespread but many of Benjamin Franklin’s
many of Benjamin Franklin’s
many of Benjamin Franklin’s contributions are still used at today so
contributions are still used at today so
contributions are still used at today so if you wear bifocals or talk about
if you wear bifocals or talk about
if you wear bifocals or talk about electric charge or survive a
electric charge or survive a
electric charge or survive a thunderstorm don’t forget to cut out a
thunderstorm don’t forget to cut out a
thunderstorm don’t forget to cut out a hundred dollar bill Thank You grandpa
hundred dollar bill Thank You grandpa
hundred dollar bill Thank You grandpa dirt number seven the Wright brothers
dirt number seven the Wright brothers
dirt number seven the Wright brothers Orville and Wilbur for one
Orville and Wilbur for one
Orville and Wilbur for one pair of ohio brothers it took a little
pair of ohio brothers it took a little
pair of ohio brothers it took a little ingenuity passion and determination to
ingenuity passion and determination to
ingenuity passion and determination to turn their dream of flight into reality
turn their dream of flight into reality
turn their dream of flight into reality Orville and Wilbur Wright are probably
Orville and Wilbur Wright are probably
Orville and Wilbur Wright are probably the most important names in the history
the most important names in the history
the most important names in the history of aviation and heavier-than-air flight
of aviation and heavier-than-air flight
of aviation and heavier-than-air flight in the very early 1900’s inventors
in the very early 1900’s inventors
in the very early 1900’s inventors across America and the world were racing
across America and the world were racing
across America and the world were racing to develop a reliable and practical
to develop a reliable and practical
to develop a reliable and practical machine in which human beings could
machine in which human beings could
machine in which human beings could controllably fly the Wright brothers won
controllably fly the Wright brothers won
controllably fly the Wright brothers won that race
that race
that race although the rights had managed to lift
although the rights had managed to lift
although the rights had managed to lift off on the beach of Kitty Hawk North
off on the beach of Kitty Hawk North
off on the beach of Kitty Hawk North Carolina they hadn’t found a way to stay
Carolina they hadn’t found a way to stay
Carolina they hadn’t found a way to stay in the air for more than a minute but
in the air for more than a minute but
in the air for more than a minute but that was about to change
that was about to change
that was about to change their invention of a 3-axis control
their invention of a 3-axis control
their invention of a 3-axis control enabled multi-dimensional movement on a
enabled multi-dimensional movement on a
enabled multi-dimensional movement on a fixed-wing aircraft
fixed-wing aircraft
fixed-wing aircraft far outstripping any innovation of their
far outstripping any innovation of their
far outstripping any innovation of their peers
peers
peers from there the sky really was the limit
from there the sky really was the limit
from there the sky really was the limit it’s powerful engine and 40-foot
it’s powerful engine and 40-foot
it’s powerful engine and 40-foot wingspan could carry pilot and passenger
wingspan could carry pilot and passenger
wingspan could carry pilot and passenger over 50 miles in the relative comfort of
over 50 miles in the relative comfort of
over 50 miles in the relative comfort of padded seats
as a model B lands on the White House
as a model B lands on the White House lawn flight becomes the American dream
lawn flight becomes the American dream
lawn flight becomes the American dream number six John Logie Baird this
number six John Logie Baird this
number six John Logie Baird this apparatus was shown to members of the
apparatus was shown to members of the
apparatus was shown to members of the Royal Institution and others On January
Royal Institution and others On January
Royal Institution and others On January 27th 1926 and showed through television
27th 1926 and showed through television
27th 1926 and showed through television images in lightened shades for the first
images in lightened shades for the first
images in lightened shades for the first set one of many great minds associated
set one of many great minds associated
set one of many great minds associated with the development of television John
with the development of television John
with the development of television John Logie Baird’s seemed always prominent
Logie Baird’s seemed always prominent
Logie Baird’s seemed always prominent when the most significant advances were
when the most significant advances were
when the most significant advances were made many historians credit him with
made many historians credit him with
made many historians credit him with being the first to produce a live moving
being the first to produce a live moving
being the first to produce a live moving grayscale TV image did it really would
grayscale TV image did it really would
grayscale TV image did it really would originally he could show just basically
originally he could show just basically
originally he could show just basically a black cross it’s a bit flickery and a
a black cross it’s a bit flickery and a
a black cross it’s a bit flickery and a bit wobbly and he could just about with
bit wobbly and he could just about with
bit wobbly and he could just about with some special focusing just about get a
some special focusing just about get a
some special focusing just about get a white blob of a face and he’s also noted
white blob of a face and he’s also noted
white blob of a face and he’s also noted as the man behind the first publicly
as the man behind the first publicly
as the man behind the first publicly demonstrated color TV system transmitted
demonstrated color TV system transmitted
demonstrated color TV system transmitted on July 3rd 1928 a similar figure to
on July 3rd 1928 a similar figure to
on July 3rd 1928 a similar figure to Marconi and Radio Barrett also worked to
Marconi and Radio Barrett also worked to
Marconi and Radio Barrett also worked to lengthen the distances between which TV
lengthen the distances between which TV
lengthen the distances between which TV could be broadcast leading the way for
could be broadcast leading the way for
could be broadcast leading the way for the International applications that it
the International applications that it
the International applications that it has today it is now 12 years ago since I
has today it is now 12 years ago since I
has today it is now 12 years ago since I produced the first little flickering
produced the first little flickering
produced the first little flickering television image today we have in London
television image today we have in London
television image today we have in London a regular television service twice daily
a regular television service twice daily
a regular television service twice daily with parity facilities number five
with parity facilities number five
with parity facilities number five Archimedes a scientists work to recover
Archimedes a scientists work to recover
Archimedes a scientists work to recover the text from this fragile document they
the text from this fragile document they
the text from this fragile document they are discovering but Archimedes was
are discovering but Archimedes was
are discovering but Archimedes was further ahead of his time than they had
further ahead of his time than they had
further ahead of his time than they had ever believed of course inventors were
ever believed of course inventors were
ever believed of course inventors were inventing things in ancient times as
inventing things in ancient times as
inventing things in ancient times as well and none more so than Archimedes
well and none more so than Archimedes
well and none more so than Archimedes the brains behind the self-titled and
the brains behind the self-titled and
the brains behind the self-titled and still widely used Archimedes screw a
still widely used Archimedes screw a
still widely used Archimedes screw a device enabling efficient pumping of
device enabling efficient pumping of
device enabling efficient pumping of water the ancient Greek engineer is
water the ancient Greek engineer is
water the ancient Greek engineer is probably best remembered as a
probably best remembered as a
probably best remembered as a mathematician he is the most famous of
mathematician he is the most famous of
mathematician he is the most famous of the ancient mathematicians and the first
the ancient mathematicians and the first
the ancient mathematicians and the first to discover the value for pi the
to discover the value for pi the
to discover the value for pi the mathematical equivalent of inventing the
mathematical equivalent of inventing the
mathematical equivalent of inventing the wheel the most famous Archimedes
wheel the most famous Archimedes
wheel the most famous Archimedes anecdote involves his creating a method
anecdote involves his creating a method
anecdote involves his creating a method to measure the volume of an irregularly
to measure the volume of an irregularly
to measure the volume of an irregularly shaped object perhaps he was sitting in
shaped object perhaps he was sitting in
shaped object perhaps he was sitting in the bath house one day wondering how a
the bath house one day wondering how a
the bath house one day wondering how a heavy bathtub can float why
heavy bathtub can float why
heavy bathtub can float why inspiration came to him upon working it
inspiration came to him upon working it
inspiration came to him upon working it out in the bath he ran down the street
out in the bath he ran down the street
out in the bath he ran down the street naked shouting Eureka which is now the
naked shouting Eureka which is now the
naked shouting Eureka which is now the unofficial catchphrase of inventors
unofficial catchphrase of inventors
unofficial catchphrase of inventors everywhere
everywhere
everywhere Eureka did you build the smella sculpt
Eureka did you build the smella sculpt
Eureka did you build the smella sculpt no I remembered that I built one last
no I remembered that I built one last
no I remembered that I built one last year
year
year number four Leonardo da Vinci he’s
number four Leonardo da Vinci he’s
number four Leonardo da Vinci he’s well-known as a great artist but in fact
well-known as a great artist but in fact
well-known as a great artist but in fact he also made great contributions to
he also made great contributions to
he also made great contributions to foundations of science
foundations of science
foundations of science another indisputable genius Leonardo da
another indisputable genius Leonardo da
another indisputable genius Leonardo da Vinci’s inventions are often overlooked
Vinci’s inventions are often overlooked
Vinci’s inventions are often overlooked or at least overshadowed because of his
or at least overshadowed because of his
or at least overshadowed because of his legendary art work Leonardo was among
legendary art work Leonardo was among
legendary art work Leonardo was among most important painters of the Italian
most important painters of the Italian
most important painters of the Italian Renaissance and the father of the high
Renaissance and the father of the high
Renaissance and the father of the high Renaissance style but da Vinci was more
Renaissance style but da Vinci was more
Renaissance style but da Vinci was more than just the Mona Lisa in fact many of
than just the Mona Lisa in fact many of
than just the Mona Lisa in fact many of his ideas were so advanced they weren’t
his ideas were so advanced they weren’t
his ideas were so advanced they weren’t physically possible for hundreds of
physically possible for hundreds of
physically possible for hundreds of years after his death within his designs
years after his death within his designs
years after his death within his designs a helicopter a calculator and even
a helicopter a calculator and even
a helicopter a calculator and even suggestions of solar power his technical
suggestions of solar power his technical
suggestions of solar power his technical and anatomical drawing was also largely
and anatomical drawing was also largely
and anatomical drawing was also largely unrivaled he was more than
unrivaled he was more than
unrivaled he was more than outside-of-the-box he was intellectually
outside-of-the-box he was intellectually
outside-of-the-box he was intellectually adrift from the entire human race but to
adrift from the entire human race but to
adrift from the entire human race but to understand how scientifically brilliant
understand how scientifically brilliant
understand how scientifically brilliant and innovative he was we got to
and innovative he was we got to
and innovative he was we got to understand what was going on during his
understand what was going on during his
understand what was going on during his time and late 1400s when Leonardo was
time and late 1400s when Leonardo was
time and late 1400s when Leonardo was coming up as a young artist Europe was
coming up as a young artist Europe was
coming up as a young artist Europe was essentially devoid of most real science
essentially devoid of most real science
essentially devoid of most real science in the modern sense number three Nikola
in the modern sense number three Nikola
in the modern sense number three Nikola Tesla
the archetypal mad scientist throughout
the archetypal mad scientist throughout much of the 20th century Nikola Tesla’s
much of the 20th century Nikola Tesla’s
much of the 20th century Nikola Tesla’s work went a little underappreciated
work went a little underappreciated
work went a little underappreciated these things never quite work as you
these things never quite work as you
these things never quite work as you expect them to mr. NGO that’s one of the
expect them to mr. NGO that’s one of the
expect them to mr. NGO that’s one of the principal beauties of science but in
principal beauties of science but in
principal beauties of science but in recent times efforts have been made to
recent times efforts have been made to
recent times efforts have been made to better preserve his story and the impact
better preserve his story and the impact
better preserve his story and the impact he had on electrical engineering
he had on electrical engineering
he had on electrical engineering especially Tesla was most taken with the
especially Tesla was most taken with the
especially Tesla was most taken with the idea of wireless technology and he’s
idea of wireless technology and he’s
idea of wireless technology and he’s best known for his work on alternating
best known for his work on alternating
best known for his work on alternating current electricity the enduring images
current electricity the enduring images
current electricity the enduring images are those of him sitting and studying
are those of him sitting and studying
are those of him sitting and studying within highly charged laboratories
within highly charged laboratories
within highly charged laboratories cleverer and crazier than almost anybody
cleverer and crazier than almost anybody
cleverer and crazier than almost anybody else that ever lived
else that ever lived
else that ever lived Thunder is good Thunder is impressive
Thunder is good Thunder is impressive
Thunder is good Thunder is impressive but it is lightning that does the work
but it is lightning that does the work
but it is lightning that does the work number two Alexander Graham Bell so the
number two Alexander Graham Bell so the
number two Alexander Graham Bell so the story I will tell you begins when I was
story I will tell you begins when I was
story I will tell you begins when I was just a boy the telephone is one of the
just a boy the telephone is one of the
just a boy the telephone is one of the cornerstone inventions of modern
cornerstone inventions of modern
cornerstone inventions of modern existence and Alexander Graham Bell was
existence and Alexander Graham Bell was
existence and Alexander Graham Bell was the man who made it possible what if you
the man who made it possible what if you
the man who made it possible what if you could send the sound of a human voice so
could send the sound of a human voice so
could send the sound of a human voice so that one person could simply speak to
that one person could simply speak to
that one person could simply speak to another even if they were far away
another even if they were far away
another even if they were far away starting out his professional life by
starting out his professional life by
starting out his professional life by working with the deaf and hard of
working with the deaf and hard of
working with the deaf and hard of hearing Bell harbored a lifelong
hearing Bell harbored a lifelong
hearing Bell harbored a lifelong fascination with sound and speech when I
fascination with sound and speech when I
fascination with sound and speech when I wasn’t thinking about machines or
wasn’t thinking about machines or
wasn’t thinking about machines or working on my ideas I taught deaf
working on my ideas I taught deaf
working on my ideas I taught deaf children just like my father did he
children just like my father did he
children just like my father did he first began working on the telephone in
first began working on the telephone in
first began working on the telephone in the early 1870s and the first successful
the early 1870s and the first successful
the early 1870s and the first successful bi-directional transmission of clear
bi-directional transmission of clear
bi-directional transmission of clear speech was conducted on March 10th 1876
speech was conducted on March 10th 1876
speech was conducted on March 10th 1876 when Bell called his colleague to say
when Bell called his colleague to say
when Bell called his colleague to say mr. Watson come here I want to see you
mr. Watson come here I want to see you
mr. Watson come here I want to see you that first phone call was actually
that first phone call was actually
that first phone call was actually conducted through this wire Alexander
conducted through this wire Alexander
conducted through this wire Alexander Graham Bell supposedly said over the
Graham Bell supposedly said over the
Graham Bell supposedly said over the telephone to Watson mr. Watson come here
telephone to Watson mr. Watson come here
telephone to Watson mr. Watson come here I want you before we unveil our number
I want you before we unveil our number
I want you before we unveil our number one pick here are some honorable
one pick here are some honorable
one pick here are some honorable mentions
mentions
mentions Morse’s idea is simple by turning a
Morse’s idea is simple by turning a
Morse’s idea is simple by turning a switch on and off you can send a series
switch on and off you can send a series
switch on and off you can send a series of electrical impulses across a wire to
of electrical impulses across a wire to
of electrical impulses across a wire to a distant receiver
a distant receiver
a distant receiver if you create a pattern or code you can
if you create a pattern or code you can
if you create a pattern or code you can send a message
send a message
send a message this new explosive became what we now
this new explosive became what we now
this new explosive became what we now know as dynamite which Alfred Nobel
know as dynamite which Alfred Nobel
know as dynamite which Alfred Nobel invented in 1866 late in the 16th
invented in 1866 late in the 16th
invented in 1866 late in the 16th century Galileo developed a geometric
century Galileo developed a geometric
century Galileo developed a geometric and military compass used by surveyors
and military compass used by surveyors
and military compass used by surveyors and gunners Galileo constructed a
and gunners Galileo constructed a
and gunners Galileo constructed a thermometer comprised of a sealed glass
thermometer comprised of a sealed glass
thermometer comprised of a sealed glass cylinder containing a number of objects
cylinder containing a number of objects
cylinder containing a number of objects inside a clear liquid the varying
inside a clear liquid the varying
inside a clear liquid the varying densities of the objects caused them to
densities of the objects caused them to
densities of the objects caused them to rise or fall depending on changes in
rise or fall depending on changes in
rise or fall depending on changes in temperature but you might also have
temperature but you might also have
temperature but you might also have found another less well-known face here
found another less well-known face here
found another less well-known face here he was not a philosopher or poet but an
he was not a philosopher or poet but an
he was not a philosopher or poet but an inventor and he almost started an
inventor and he almost started an
inventor and he almost started an industrial revolution 2,000 years ago
industrial revolution 2,000 years ago
industrial revolution 2,000 years ago then in 1450 an invention changed the
then in 1450 an invention changed the
then in 1450 an invention changed the world in the German city of Mainz
world in the German city of Mainz
world in the German city of Mainz Johannes Gutenberg invented the
Johannes Gutenberg invented the
Johannes Gutenberg invented the technique of printing with movable type
technique of printing with movable type
technique of printing with movable type number one Thomas Edison the
number one Thomas Edison the
number one Thomas Edison the phenomenally prolific American inventor
phenomenally prolific American inventor
phenomenally prolific American inventor Thomas Edison the holder of an
Thomas Edison the holder of an
Thomas Edison the holder of an incredible 1093 US patents Thomas Edison
incredible 1093 US patents Thomas Edison
incredible 1093 US patents Thomas Edison was an extreme inventor there were other
was an extreme inventor there were other
was an extreme inventor there were other great inventors then there was Edison he
great inventors then there was Edison he
great inventors then there was Edison he understood that inventing is not just
understood that inventing is not just
understood that inventing is not just having an idea and so he made Edison a
having an idea and so he made Edison a
having an idea and so he made Edison a name to be reckoned with a real rags to
name to be reckoned with a real rags to
name to be reckoned with a real rags to riches story he’s probably best known
riches story he’s probably best known
riches story he’s probably best known for his ultimate and original lightbulb
for his ultimate and original lightbulb
for his ultimate and original lightbulb moment Edison worked to install his
moment Edison worked to install his
moment Edison worked to install his electric light into towns and cities
electric light into towns and cities
electric light into towns and cities across the globe demonstrating a knack
across the globe demonstrating a knack
across the globe demonstrating a knack for big business as well the phonograph
for big business as well the phonograph
for big business as well the phonograph was also his creation the alkaline
was also his creation the alkaline
was also his creation the alkaline storage battery he screened early motion
storage battery he screened early motion
storage battery he screened early motion pictures and he even drew up ideas for
pictures and he even drew up ideas for
pictures and he even drew up ideas for an electric car if Edison thought about
an electric car if Edison thought about
an electric car if Edison thought about it he did it and he usually did it well
it he did it and he usually did it well
it he did it and he usually did it well storage battery the motion picture
storage battery the motion picture
storage battery the motion picture projector the motion picture camera the
projector the motion picture camera the
projector the motion picture camera the phonograph or record players we would
phonograph or record players we would
phonograph or record players we would call it nowadays do you agree with our
call it nowadays do you agree with our
call it nowadays do you agree with our list who is your favorite famous
list who is your favorite famous
list who is your favorite famous inventor for more pioneering top 10s
inventor for more pioneering top 10s
inventor for more pioneering top 10s published every day be sure to subscribe
published every day be sure to subscribe
published every day be sure to subscribe to watchmojo.com here he could see his
to watchmojo.com here he could see his
to watchmojo.com here he could see his futuristic ideas appear
futuristic ideas appear
futuristic ideas appear on the screen but his ideas were only
on the screen but his ideas were only
on the screen but his ideas were only accepted in science fiction movies and
accepted in science fiction movies and
accepted in science fiction movies and magazines
”
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