technology science and Technology hisTorical Timeline

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technology science and Technology hisTorical Timeline

Transcript Of technology science and Technology hisTorical Timeline

{ } technology
Science and technology historical timeline JanDosoudil,
Nigel Haward (Great Britain)
the development of Science and technology is as old as mankind. Many ‘inventions’ claimed after the 11th century in fact dated back to the Greeks and Chinese many centuries before. Scientific information proposed by the Greek philosopher Aristotle (384 – 322 BC) and others was lost in the Dark Ages in Britain and Europe after the collapse of the Roman empire.

The birth of technology (2 million years BC)

Tools The birth of ‘technology’ was when the first human-like species, Homo habilis (‘skilful person’ 2.6 million years BC) made sharp cutting edges from stone. Later, Homo neanderthalis or cave men (200 000 – 30 000 years BC) used tools and weapons and were the very successful ancestors of Homo sapiens, the species we recognise as our ancestors today.

The 15th century saw the start of mechanical printing machines able to make identical copies of sheets of paper and books.

invention of all time. Carts came into common use. By 2000 BC wheels had spokes, and then rapid development occurred with waterwheels and windmills to provide power.

New inventions (9th – 18th century)
Arab alchemy Turning common metals into precious metals, proved to be a dead end around the 9th century AD. Nevertheless, Arabs were clever chemists and discovered many chemicals that we use today.

Swords, daggers and other weaponry represented a warlike society but are also interpreted as items of social status, perhaps given as diplomatic gifts between tribes; pictured is the Iron Age Celtic dagger from 250 – 50 BC

Gunpowder The recipe for making gunpowder appeared in a book in Europe in 1242. Roger Bacon (1214 – 1294), an English
Gunpowder is a substance used in guns to propel (= move forward) the bullet.

Metals Lead (Pb), one of the softest metals, was being extracted from rock in 6500 BC in Anatolia (now Turkey) followed by copper (Cu) three thousand years later in Mesopotamia. The Iron Age was built on a hard, strong and versatile metal, iron (Fe).

The wheel Around 4500 BC the wheel and axle combination became the most important
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The wheel, the longest-used invention in human history, had the biggest influence on the development of modern civilization.

friar and philosopher, was the first to describe its formula. Guns soon followed.

Printing Spreading knowledge and information was a very slow process before the invention of typography. Johannes Gutenberg (1398 – 1468) developed the first mechanical printing machine in the 1440s. The first printed book was the Bible in 1456 with a run of 150 copies. Each Bible previously took three years to make by hand.

The telescope The telescope was invented by Dutchman Hans Lippershey (1570 – 1619). In 1610, using his improved design, Galileo Galilei (1564 - 1642) was able to prove that the Earth revolved around the Sun. This confirmed the ideas of the Polish astronomer Nicolaus Copernicus (1473 – 1543) but it angered the Catholic Church who had adopted the idea that the Earth was at the centre of everything.

Lightning conductor, Nieuwe Kerk (New Church), Delf, Holland
and scientist proved that lightning was a form of electricity when he flew a kite in a thunderstorm. Around 1754, Franklin and the Czech scientist, Prokop Diviš (1698 - 1765) independently developed the lighting conductor to protect buildings from being hit and damaged by lighting.

The first Industrial Revolution (1760 – 1840)

Steam engines enabled the development of pumps, locomotives, steam ships, steam lorries, etc.
recognised as the inventor of the steam engine in 1765. Water could be pumped out of mines and industrial processes speeded up.
George Stephenson’s (1781 - 1848) Rocket was the first locomotive to pull heavy loads a long distance. This led to the rapid expansion of railways throughout Britain and the world. The combination of iron and steam paved the way for the great Victorian engineering projects of Isambard Kingdom Brunel (1806 - 1859). He designed bridges, tunnels, viaducts and ships.
Rocket locomotive

The Harlan J. Smith Telescope, McDonald Observatory in Fort Davis (USA). Founded in 1932, it is the observatory of the University of Texas and operates six telescopes.
The microscope Looking at small things became possible when a Dutch maker of spectacles, Hans Janssen and his son, put glass lenses together in 1590 to make a primitive microscope. Anton van Leeuwenhoek (1632 – 1723) took this invention a step further in 1676 with a magnification of 270 times and discovered tiny single-celled creatures in pond water. Ultimately, this helped our understanding of microorganisms and disease.
Lightning conductor In 1752, Benjamin Franklin (1706 –1790), the American statesman, philosopher

Steam power This era saw the development of steam engines to power factory machinery. Heating water in a boiler to make steam to power a vehicle was a major technological advance. James Watt (1736 – 1819) is
A microscope is an instrument for viewing objects that are too small to be seen by the unaided eye. Today, there are electron miscroscopes, using magnetic fields and electron rays instead of lenses and light, making it possible to see even atoms.

Photography In 1826, after years of experiments, the French inventor Joseph Nicéphore Niépce (1765 - 1833), using ‘bitumen of Judea’ spread on a pewter plate and an exposure of eight hours in bright sunlight, produced the first permanent picture. His technique was improved upon by his colleague Louis Daguerre (1787 - 1851) by using compounds of silver, the basis of modern photography. Already in the 16th century, a device called “camera obscura” was able to project images on a board, however, it wasn’t able to capture permanent images.
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The second Industrial Revolution (19th century – 1945)
The electric light After many refinements, Thomas Edison’s (1847 – 1931) electric light bulbs were the best and by 1879 they would last for hundreds of hours, much longer than any of their rivals. They were also cheap. To sell bulbs, energy was needed, so Edison’s Electric Illumination Company built their own power station in New York. After many decades he successfully persuaded the public to opt for clean, convenient electric light rather than gas lights.

In 1888, George Eastman (pictured on the left) registered the trademark Kodak, (which was simply a combination of some of his favourite letters), long known for its wide range of photographic film products.

on the other side of the world. Admittedly, it was initially from one room to another. The message was “Mr. Watson, come here, I want you”. A year later in 1877 he set up his company and demonstrated long distance calls.

Edison made his first lightbulbs from bamboo fibres.
The telephone This is an invention that made money. Alexander Graham Bell (1847 – 1922) was the first in the race to patent a machine in 1876 that you could use to talk to someone

The motor car Until the 1860s all prototype motor cars were steam driven. German inventor Nicolas Otto (1832 - 1891) created an improved internal combustion engine in 1876 and this is still the way cars work today. In 1885, the first car, the Benz Patent Motorwagen, was developed by Karl Benz (1844 - 1929). It was a long time before cars became common. Petrol, a cleaning fluid, was only available from the chemist. Famous names such as Rolls Royce and Henry Ford developed the technology; Rolls Royce for the rich and Henry Ford for the man in the street.
Replica of the Benz Patent Motorwagen built in 1885

The movies It has been only just over one hundred years since the first movie, or film, was shown by the brothers Auguste and Louis Lumière (1862 - 1954 and 1864 - 1948) in 1895 at the Grand Café in Paris. The terrifying film was entitled The Arrival of a Train at Ciotat Station. Surprisingly, the brothers decided that films didn’t have much of a future and went back to photography. In 1889, George Eastman (1854 - 1932) pioneered celluloid film with holes punched in the side so that the movie camera could show the film precisely frame by frame.

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X-rays were quickly adapted for their use in medicine. They are especially useful in examining the skeletal system, but they can also identify other diseases, for example pneumonia and lung cancer.
X-rays Science is impressive when something is discovered that cannot be seen. German physicist Wilhelm Rontgen (1845 – 1923) working with electrical discharges in glass tubes noticed in 1895 that there was a faint glow on a nearby screen. These rays were invisible and could

pass through most materials. He also recorded them on photographic paper and thus the first X-ray image was developed. He quickly realised the medical potential of his discovery. Henri Becquerel (1852 – 1908) discovered radioactivity in 1896 while trying to find more out about X-rays. Marie Curie (1867 – 1934), a Polish born French chemist and physicist and two times Nobel Prize winner, is best remembered for her research into radioactivity and new radioactive elements.
Morse code uses short and long elements (known as “dots” and “dashes”) to transmit information. Originally created for an electric telegraph, it was often used for early radio communication.

Rockets and space flights The earliest rockets were used in China in the 11th century but by the 19th century speed and accuracy were much improved. Knowledge of astronomy meant that scientists knew the relative movements of the planets in relation to the Earth. A Russian mathematics teacher, Konstantin Tsiolkovsky (1857 – 1935), was the first person to draw up plans for space stations and air locks to allow space walks. He correctly calculated that a rocket would have to travel at 8 km per second to leave the atmosphere and that liquid rocket fuel would be essential. American scientist Robert Goddard (1882 – 1945) not knowing of Tsiolkovsky’s ideas, independently developed liquid fuelled rockets from 1926. Ultimately, NASA took up the challenge but the Russians eventually won the race to put a man into orbit. Yuri Gagarin (1934 – 1968) orbited the earth in 1961. In the US, NASA scientists redressed the balance in the space race with their moon landing in 1969.

Communications Radio waves travel in all directions at an incredible 300 000 km per second. The German physicist Heinrich Hertz (1857 – 1854) was the first to prove they existed but it was Guglielmo Marconi (1874 – 1937) who set up the world’s first radio stations to transmit and receive Morse code. In 1896, he sent the first message across the Atlantic from Cornwall to Newfoundland. He was awarded the Nobel Prize for Physics in 1909. It was not until 1915 that engineers were able to transmit sound effectively. The first clear television pictures to be transmitted were sent by Scottish-born John Logie Baird (1888 – 1946). He founded the Baird Television Company Limited and worked on programmes for the BBC (British Broadcasting Corporation).

The Proton rocket is a type of Russian space vehicle. It was first launched in 1965 and it is still used today, which makes it one of the most successful rockets in the history of space flight.

Model of the Wright brothers’ airplane
Flight At the turn of the century, in 1903, two bicycle repairmen from Ohio, Wilbur and Orville Wright (1867 – 1912 and 1871 – 1948) built and flew the first really successful aeroplane near Kitty Hawk, North Carolina. From that time progress was rapid and the military advantages of flight were realised in WWI.

The cloud of smoke and flame produced by a nuclear explosion is called a “mushroom cloud” because of its typical shape.
The atomic bomb Science and technological advances can be seen as good or bad. The invention of gunpowder must have seemed like that. In 1932, physicists John Cockcroft (1897 – 1967) and Earnest Walton (1903 – 1995) did the impossible. They split the atom. They proved Albert Einstein’s (1879 – 1955) theory of relativity (E=mc²) and unlocked the secrets of the atomic nucleus. Splitting the atom was a brilliant scientific achievement. However, having that knowledge allowed scientists to develop the atomic bomb. The use of an atomic bomb on Hiroshima and Nagasaki in Japan to end the WWII in 1945 was a political decision that was highly controversial. We now know that there is no turning back once scientific and technological discoveries have been made.

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The third Scientific‑Technical Revolution (1945 - )

DNA contains the genetic information for the reproduction of life.

After the WWII new discoveries and advances in science and technology came thick and fast. Plastics were developed for the first time. In 1949, the first practical programmed electronic computer ran mathematical problems. It fitted into one room! In the 1960s, the electronic silicon chip was invented, computers became smaller and more powerful. In 1984, the CD was born and the digital revolution began. The worldwide web has given us access to billions of documents with information and images as well as online shopping and banking. Mobile telephone

technology means we have instant contact with friends and family. During this period, there have also been huge advances in genetics since the discovery of the structure of DNA in 1953. Today, Biotechnology and genetic engineering show fast growth trends and, also, are big business. It is interesting to wonder what next? Maybe space is the final frontier, as suggested in Star Trek!

In the beginning, computers were mostly used for mathematical operations.

The first electro‑mechanical computer was built in the USA in 1946 by Eckert and Mauchly.

One of the latest gadgets, the Blackberry, combines the worldwide web with the mobile telephone.

Y Vocabulary
cutting edge [EdZ] - ostří ancestor ["[email protected]] - předek, předchůdce lead [lEd] - olovo to extract [Ik"str&kt] - získat copper ["[email protected]] - měď versatile ["[email protected]:[email protected]] - univerzálně použitelný axle ["&ks(@)l] - náprava cart [kA:t] - vůz spokes [[email protected]] - paprsky kola windmill ["wIn(d)mIl] - větrný mlýn alchemy ["&lkImi] - alchymie turning... into - přeměna... na proved to be a dead end [pru:vd] - se ukázala jako
slepá ulička gunpowder ["[email protected]] - střelný prach friar ["[email protected]] - mnich formula ["fO:[email protected]] - složení with a run of... copies - v nákladu... výtisků to revolve around [rI"vQlv] - točit se kolem to confirm [[email protected]"[email protected]:m] - potvrdit to anger ["[email protected]] - rozhněvat spectacles ["[email protected](@)lz] - brýle lens [lEnz] - čočka took this invention a step further... with a magnification
of 270 times [In"vEnS(@)n "[email protected]:[email protected] m&gnIfI"keIS(@) n] - dotáhl tenhle vynález ještě o krok dál... když dosáhl 270-tinásobného zvětšení tiny single-celled creatures in pond water [sEld "kri:[email protected] pQnd] - droboučké jednobuněčné organismy v rybniční vodě ultimately ["[email protected]] - nakonec lightning conductor ["laItnIN [email protected]"[email protected]] - bleskosvod lightning - blesk kite [kaIt] - papírový drak thunderstorm ["[email protected]:m] - bouře independently [IndI"pEnd(@)ntlI] - nezávisle na sobě steam engine [sti:m "EndZIn] - parní stroj

to power ["[email protected]] - pohánět advance [@d"vA:ns] - pokrok mine [maIn] - důl to speed up - zrychlit load [[email protected]] - náklad paved the way for - připravila cestu spread on a pewter plate ["pju:[email protected] pleIt]
- rozetřený po cínové desce exposure [Ik"[email protected]@] - doba expozice compounds of silver ["kQmpaUndz "[email protected]]
- sloučeniny stříbra refinement [rI"faInm(@)nt] - vylepšení, zdokonalení bulb [bVlb] - žárovka power station ["[email protected] "steIS(@)n] - elektrárna persuaded the public to opt [[email protected]"sweIdId Qpt]
- přesvědčil veřejnost, aby dala přednost gas - plynový in the race to patent ["peIt(@)nt] - v závodě o to,
kdo si dřív nechá patentovat admittedly [@d"mItdli] - je pravda, že initially [I"nIS(@)lI] - zpočátku to set up - založit steam driven ["drIv(@)n] - poháněné párou internal combustion engine [In"[email protected]:n(@)l [email protected]"bVstS(@)n
"EndZIn] - spalovací motor petrol ["pEtr(@)l] - benzín cleaning fluid ["flu:Id] - čistidlo pioneered celluloid... punched in the side [[email protected]"[email protected]
"sEljUlOId pVn(t)St] - zavedl celuloidový... s dírkami po okrajích frame [freIm] - okénko (filmu) X-rays ["EksreIz] - rentgen electrical discharges in glass tubes [I"lEktrIk(@) l "dIstSA:dZIz tju:bz] - elektrické výboje ve skleněných trubkách faint glow [feInt [email protected]] - slabá záře rays were invisible [reIz In"vIzIb(@)l] - záření bylo neviditelné to pass through (sthg.) - proniknout (něčím)

medical potential ["mEdIk(@)l [email protected](U)"tEnS(@)l] - medicínský potenciál, možné využití v medicíně
at an incredible [In"krEdIb(@)l] - neuvěřitelnými (neuvěřitelnou rychlostí)
to transmit [tr&nz"mIt] - vysílat Morse code [mO:s [email protected]] - morseovka repairman [rI"pE:m&n] - opravář accuracy ["[email protected]] - přesnost in relation to - ve vztahu k to draw up [drO:] - vypracovat, vytvořit liquid rocket fuel ["lIkwId "rQkIt [email protected]]
- kapalné raketové palivo took up the challenge ["tS&lIn(d)Z] - přistoupila na
výzvu (pustila se do soupeření) orbit (to orbit) ["O:bIt] - oběžná dráha
(obletět zemi po oběžné dráze) redressed the balance in the space race with their
moon landing [rI"drEst "b&l(@)ns speIs "l&ndIN] - dotáhli soupeře v závodě o dobývání vesmíru díky tomu, že přistáli na Měsíci to split - rozštěpit to unlock [Vn"lQk] - rozluštit, odhalit nucleus ["nju:[email protected]] - jádro there is no turning back once - že cesta zpět není možná, jakmile thick and fast [TIk] - ze všech stran it fitted into [fItId] - zaplnil instant ["Inst(@)nt] - okamžitý gadget ["g&dZIt] - aparát, vynález
Û Glossary
bitumen of Judea - a black sticky substance, such as asphalt, usually obtained from the Dead Sea (hence called “of Judea”)
air lock - a chamber in which the air is kept under pressure, permitting passage to or from a space

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