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Popular Science Collection (page 3)

"Unveiling the Wonders of Popular Science

Background imagePopular Science Collection: Electrical power station, 1890

Electrical power station, 1890
Electrical power station. 19th-century artwork of the inside of an electrical power station built for the Halles area of Paris, France

Background imagePopular Science Collection: Electric dynamo, 1890 C013 / 9045

Electric dynamo, 1890 C013 / 9045
Electric dynamo. 19th-century artwork of a Ferranti electric dynamo, as constructed by the London Electric Supply Corporation

Background imagePopular Science Collection: Electric dynamo armature, 1890 C013 / 9044

Electric dynamo armature, 1890 C013 / 9044
Electric dynamo armature. 19th-century artwork of the armature of a Ferranti electric dynamo, as constructed by the London Electric Supply Corporation

Background imagePopular Science Collection: Camille Douls, French explorer

Camille Douls, French explorer
Camille Douls (1864-1889), French explorer. Douls explored North Africa and the French (western) area of the Sahara in two expeditions of 1887 and 1889

Background imagePopular Science Collection: Linotype typesetting machine, 1889

Linotype typesetting machine, 1889
Linotype typesetting machine. 19th-century artwork showing a printer operating a newly invented typesetting machine called the linotype

Background imagePopular Science Collection: Steam locomotive cabin, 1889 C013 / 8796

Steam locomotive cabin, 1889 C013 / 8796
Steam locomotive cabin. 19th-century artwork of the operating platform for an express locomotive used on the French railways in the 1880s. Various components and levers are labelled with letters

Background imagePopular Science Collection: Magnetism experiment, 1889 C013 / 8789

Magnetism experiment, 1889 C013 / 8789
Magnetism experiment. 19th-century artwork of an experiment being carried out with a permanent horseshoe magnet (left), a cylindrical solenoid armature (a temporary magnet)

Background imagePopular Science Collection: Magnetism experiment, 1889 C013 / 8787

Magnetism experiment, 1889 C013 / 8787
Magnetism experiment. 19th-century artwork of a permanent iron magnet in a form called a horseshoe magnet, placed on an electromagnet (two coils of wire around metal cores)

Background imagePopular Science Collection: Peral submarine, 1889

Peral submarine, 1889
Peral submarine. 19th-century artwork of the Spanish Peral electric submarine on the surface at docks before submergence. This was the worlds first submarine to be powered by electric batteries

Background imagePopular Science Collection: Titan arum flowering at Kew, 1889

Titan arum flowering at Kew, 1889
Titan arum (Amorphophallus titanum) flowering at Kew and being viewed by a visiting family, 19th-century artwork. The titan arum, native to Sumatra, Indonesia, is one of the worlds largest flowers

Background imagePopular Science Collection: Telegraph office battery room, 1889

Telegraph office battery room, 1889
Telegraph office battery room. 19th-century artwork showing workers producing and maintaining wet-cell batteries used to provide power in a telegraph office

Background imagePopular Science Collection: Henri Bouley, French veterinarian

Henri Bouley, French veterinarian
Henri Bouley (1814-1885), French veterinarian. Bouley, professor and director at the veterinary school at Maisons-Alfort, was made Inspector-General of veterinary schools in 1866

Background imagePopular Science Collection: Wind speed and direction recorder, 1889 C013 / 8785

Wind speed and direction recorder, 1889 C013 / 8785
Wind speed and direction recorder, 19th-century artwork. This meteorological device is an anemo-cinemographe, a form of anemograph

Background imagePopular Science Collection: Compound steam locomotive, 1889

Compound steam locomotive, 1889
Compound steam locomotive, 19th-century artwork. Compound steam engines increased efficiency by expanding steam in two or more phases rather than just one

Background imagePopular Science Collection: Paraffin press, 1889 C013 / 8779

Paraffin press, 1889 C013 / 8779
Paraffin press. 19th-century artwork of a machine used to produced solid paraffin wax from the paraffin distillate produced from crude oil

Background imagePopular Science Collection: Webb compound steam locomotive, 1889

Webb compound steam locomotive, 1889
Webb compound steam locomotive, 19th-century artwork. Compound steam engines increased efficiency by expanding steam in two or more phases rather than just one

Background imagePopular Science Collection: Speed of sound experiment, 1826

Speed of sound experiment, 1826
Speed of sound experiment. 19th-century artwork of an experiment that took place in 1826 to measure the speed of sound in water

Background imagePopular Science Collection: Spectrum of light experiment, 1889 C013 / 8772

Spectrum of light experiment, 1889 C013 / 8772
Spectrum of light experiment. 19th-century artwork showing a method of obtaining a spectrum of colours from sunlight. A beam of light allowed in through a shutter is falling on a bowl of water in

Background imagePopular Science Collection: Daniel Colladon, Swiss physicist

Daniel Colladon, Swiss physicist
Daniel Colladon (1802-1893), Swiss physicist. Colladon developed a technique for illuminating water fountains. The principle involved light being trapped in the water by total internal reflection

Background imagePopular Science Collection: Eiffel Towers electric lamp, 1889

Eiffel Towers electric lamp, 1889
Eiffel Towers electric lamp. 19th-century artwork of the large electric light (100 amps, 500 horsepower, 8 million carcels)

Background imagePopular Science Collection: Viewing platform, 1889 Paris Expo

Viewing platform, 1889 Paris Expo. 19th-century artwork of a display of a new technology, an overhead mobile viewing platform at the Universal Exposition (World Fair) of 1889 in Paris, France

Background imagePopular Science Collection: Eiffel Tower lift and hydraulics, 1889 C013 / 8760

Eiffel Tower lift and hydraulics, 1889 C013 / 8760
Eiffel Tower lift and hydraulics. 19th-century artwork of one of the Roux-Combaluzier cable-driven lifts, as used in the East and West legs of the Eiffel Tower, Paris, France

Background imagePopular Science Collection: Ferdinand Dutert, French architect

Ferdinand Dutert, French architect
Ferdinand Dutert (1845-1906), French architect. Dutert studied at the French National School of Fine Arts in Paris. He also received a Prix de Rome scholarship in 1869

Background imagePopular Science Collection: Wells pneumatic oil lamps, 1889 C013 / 8764

Wells pneumatic oil lamps, 1889 C013 / 8764
Wells pneumatic oil lamps. 19th-century artwork showing three models of Wells lamps, a type of pneumatic oil lamp developed in the 1880s

Background imagePopular Science Collection: Illuminated fountains display, 1889

Illuminated fountains display, 1889
Illuminated fountains display. 19th-century artwork of a man operating one of the illuminated fountain displays installed for the Universal Exposition (World Fair) of 1889 in Paris, France

Background imagePopular Science Collection: Dredging New York, 19th century

Dredging New York, 19th century
Dredging New York harbour. The steamboat at left is using an apparatus suspended below it to survey the harbour floor and take soundings to determine which areas need dredging

Background imagePopular Science Collection: Russian imperial hunting party, 1890

Russian imperial hunting party, 1890
Russian imperial hunting party, India. The animal that has been shot here is a leopard. In the front row, from left to right

Background imagePopular Science Collection: Illuminated star chart, 19th century

Illuminated star chart, 19th century
Illuminated star chart, being used to show amateur astronomers the position of the stars. Artwork from the tenth volume (second period of 1892)

Background imagePopular Science Collection: Egg chemical reaction, 19th century

Egg chemical reaction, 19th century
Egg chemical reaction. The reaction uses hydrochloric acid which reacts with the calcium carbonate in the egg shell to produce the white foam seen here (due to the carbon dioxide produced)

Background imagePopular Science Collection: Head shape variation, 19th century

Head shape variation, 19th century
Head shape variation. Array of head shape drawings for named French soldiers, lawyers, and politicians, collected as part of an anthropological study. Others studied (not shown) included criminals

Background imagePopular Science Collection: Becquerel phosphoroscope, 19th century

Becquerel phosphoroscope, 19th century
Becquerel phosphoroscope. This device, invented by the French physicist Alexandre-Edmond Becquerel (1820-1891), is used to measure the time taken for a phosphorescent material to stop glowing

Background imagePopular Science Collection: Adolphe Hirsch, German astronomer

Adolphe Hirsch, German astronomer
Adolphe Hirsch (1830-1901), German astronomer. Artwork from the ninth volume (first period of 1892) of the French popular science weekly La Science Illustree

Background imagePopular Science Collection: Tunnel construction, 19th century

Tunnel construction, 19th century
Tunnel construction. Hydraulic rams around the circular cutting face push it forward, with the excavated soil and earth being removed by men and donkey-drawn carts

Background imagePopular Science Collection: Electric carillon, 19th century

Electric carillon, 19th century
Electric carillon. This device is a set of bells tuned to ring different notes, operated by a keyboard. Here, the apparatus uses electric wires to transmit signals from the keys to the bells

Background imagePopular Science Collection: Photographic industry, 19th century

Photographic industry, 19th century
Photographic industry. Production line for the manufacturing of photographic emulsion plates. The emulsions used in photography consist of light-sensitive chemicals mixed on an underlying base

Background imagePopular Science Collection: Johann Philipp Reis, German inventor

Johann Philipp Reis, German inventor
Johann Philipp Reis (1834-1874), German inventor of an early telephone. Reis built a prototype telephone in 1860, but he found it difficult to interest people in his invention

Background imagePopular Science Collection: Photographic laboratory, 19th century

Photographic laboratory, 19th century
Photographic laboratory. Photographer developing positive plates in a laboratory. As opposed to negatives, these are positives, but are still used in a similar way to produce photographic prints

Background imagePopular Science Collection: Nitrogen triiodide, 19th century

Nitrogen triiodide, 19th century
Nitrogen triiodide experiment. Apparatus being used to produce the sensitive contact explosive nitrogen triiodide. A feather is being used to handle the material to avoid it exploding

Background imagePopular Science Collection: Electrical certification, 19th century

Electrical certification, 19th century
Electrical certification. This is the calibration room of the Central Electricity Laboratory (Laboratoire Central d Electricite, LCE), Paris, France

Background imagePopular Science Collection: Bicycle diagram, 19th century

Bicycle diagram, 19th century
Bicycle diagram. Artwork from the tenth volume (second period of 1892) of the French popular science weekly La Science Illustree

Background imagePopular Science Collection: Railway signalman, 19th century

Railway signalman, 19th century
Railway signalman operating train track switches and holding a furled signal flag. The first mechanised and centralised railway switching system dates from 1856

Background imagePopular Science Collection: Jacquard loom, 19th century

Jacquard loom, 19th century
Jacquard loom. This device for weaving textiles was invented in 1804 by the French weaver and inventor Joseph Marie Jacquard (1752-1834)

Background imagePopular Science Collection: Telephone headphones, 19th century

Telephone headphones, 19th century
Telephone headphones. This telephone represented an advance on earlier models as it included headphones (lower right). It was known as a bi-telephone

Background imagePopular Science Collection: Charcoal production, 19th century

Charcoal production, 19th century
Charcoal production. Pile of wood that has been covered with turf and clay before being lit to produce charcoal in a slow and controlled burning process

Background imagePopular Science Collection: Hotel telephones, 19th century

Hotel telephones, 19th century
Hotel telephones. This is a US hotel, with telephones provided in the bedrooms. The first practical telephones were developed in the 1870s

Background imagePopular Science Collection: Paris water supplies, 19th century

Paris water supplies, 19th century
Paris water supplies. Worker (top) operating a valve to control the supply of drinking water from a reservoir into the water supply system (bottom) under Montsouris, Paris, France

Background imagePopular Science Collection: Diffraction demonstration, 19th century

Diffraction demonstration, 19th century
Diffraction demonstration using a sheet of mica. Mica has highly ordered cleavage planes and crystals, allowing sheets of this silicate mineral to be used to demonstrate diffraction of a candle

Background imagePopular Science Collection: Electric incubator, 19th century

Electric incubator, 19th century
Electric incubator. Caricature of a man being kept alive in an electric incubator. This refers to the incubator designed and built by a French medical engineer named Sulfatin



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"Unveiling the Wonders of Popular Science: A Journey through Time and Discoveries" Step into the fascinating world as we explore a diverse range of captivating subjects that have shaped our understanding of the world. From cycling to spinal surgery, from bonsai trees to radio waves, this journey will take you back in time to witness remarkable advancements and breakthroughs. In the 19th century, cyclists harnessed their leg muscles for efficient pedaling while exploring new horizons. Meanwhile, Cornish tin mines delved deep into the Earth's crust, fueling industrial progress with precious minerals. The era also witnessed Calots spinal surgery revolutionizing medical practices and providing hope for those suffering from debilitating conditions. Venturing further back in history, Galileo's observations of Jovian moons in 1610 opened up a whole new realm beyond our planet Earth. His pioneering work paved the way for future space explorations and expanded our knowledge about celestial bodies. The 19th century was an age of innovation; Marconi's invention of radio brought people closer together across vast distances like never before. Simultaneously, fire sprinklers emerged as lifesaving devices protecting buildings from devastating fires. Amidst these scientific marvels, beekeeping flourished as an essential practice contributing to agriculture and honey production. And let us not forget Fridtjof Nansen - a Norwegian explorer who fearlessly ventured into uncharted territories, leaving behind his mark on polar exploration. As we delve deeper into popular science history, Stephen Gould emerges as a prominent figure in paleontology—an advocate for evolutionary theory who challenged traditional beliefs with groundbreaking discoveries. Join us on this enthralling expedition through time where each chapter unravels another piece of humanity's quest for knowledge and advancement. Popular science has been instrumental in shaping our present by building upon past achievements—inspiring generations to push boundaries and embrace curiosity along the way.