Experimenting Collection (#9)

Wave diffraction experiment. Waves in a ripple tank passing through an aperture, demonstrating the principle of diffraction. Plane waves are generated on the surface of the water at bottom

Particle physics experiment. Researcher preparing an experiment involving a cryogenic electron beam ionizer (KRION) at the high-energy laboratory of the Joint Institute for Nuclear Research (JINR)

Longitudinal wave in a spring. The wave motion is parallel to the direction of travel, with regions alternating between compression (lower centre) and expansion (upper centre) as the wave passes

Compressed spring. Image 3 of 3. This spring is being used for a demonstration of Hookes Law. Hookes Law states that, up to an elastic limit

Uncompressed spring. Image 1 of 3. This spring will be used for a demonstration of Hookes Law. Hookes Law states that, up to an elastic limit

Boyles Law demonstration. Apparatus used to test Boyles Law, one of the Gas Laws. Boyles Law (first proposed by Robert Boyle in 1662) states that for a fixed mass of gas at a fixed temperature

Can evacuated by vacuum pump. Image 2 of 2. An oil can is attached to a vacuum pump. The pump has removed air from the can

Can about to be evacuated. Image 1 of 2. An oil can is attached to a vacuum pump. When the pump is switched on it will remove air from the can

Standing wave on a vibrating string. This is a stationary transverse wave. The two ends are held stationary as the string is rapidly moved from side to side

Louis Pasteur experimenting on a chloroformed rabbit
Born in 1822, he studied chemistry under Delafosse. He discovered the nature of the fermentation and went on to research his germ theory of disease

Schneider Seance / Price
Rudi Schneider sitting in seance with Harry Price, who conducted experiments into his spiritualist powers

The First Railway Motor-Coach in Britain, 1903
Photograph of the first railway motor-coach in Britain, June 1903. The London and South-Western Railway were experimenting with motor-coaches for light suburban traffic

George Stephenson experimenting with the safety lamp in a mi
Illustration of George Stephenson (1781-1848) experimenting with his safety lamp in a mine. It was designed by Stephenson in 1815, around the same time as Humphrey Davy invented a similar lamp

William Ramsay / Tatler 04
SIR WILLIAM RAMSAY British chemist experimenting with radium at University College, London, in 1904

The Aerial Steam Horse
The Flight of Intellect: Mr Golightly experimenting on Mess. Quick & Speeds new patent, high pressure, steam riding rocket warranted not to burst!

Justus Liebig / 2 of 6
JUSTUS VON LIEBIG German scientist experimenting in the chemists shop where he works - he causes an explosion

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"Unleashing the Power of Curiosity: A Journey through Centuries of Experimentation" Embarking on a thrilling adventure, a man fearlessly rides atop a steam rocket, pushing the boundaries of human exploration. Meanwhile, in 1954, scientists utilize a mass spectrometer to unravel the mysteries hidden within matter. The revolutionary BAC TSR-2 takes flight, embodying the audacity and innovation that come with daring experiments. In the 1840s, Simpson delves into uncharted territories as he meticulously researches anaesthetics, forever changing medical practices. Pioneering minds like Sir Frank Whittle revolutionize aviation by inventing jet engines while Gregor Mendel's groundbreaking work as an Austrian botanist lays the foundation for our understanding of genetics. At Berkeley in 1955 C016 / 8832 marks an anti-proton experiment where scientists collide particles to unlock secrets about our universe. Antoine Lavoisier and his wife stand side by side in their laboratory - two brilliant chemists who redefine our knowledge of chemical reactions. A fruit-powered clock serves as a whimsical reminder that even everyday objects can become tools for experimentation. Witnessing particle collisions reveals glimpses into unseen dimensions and unravels nature's deepest secrets. An early telephone depicted in historical artwork reminds us how Alexander Graham Bell experimented relentlessly until he successfully transmitted sound over long distances. And who could forget Louis Pasteur? This French microbiologist pioneers pasteurization techniques that save countless lives from deadly diseases. From steam rockets to microscopic discoveries, it has been at the heart of human progress throughout history, and is through these bold endeavors that we push boundaries, challenge conventions, and pave new paths towards enlightenment and innovation.