Vibrations Collection

Dr. Zanders apparatus, 1897
Dr Zanders apparatus: a lady rides side saddle on a horse simulator. A fixed saddle is attached to a cast iron frame, simulating similar vibrations to those experienced when riding a horse. 1897

Alexander Graham Bell's photo phone, 1891
3479248 Alexander Graham Bell's photo phone, 1891; (add.info.: Receiver of Bell's photo phone: vibrations of the diaphragm of the transmitter caused light pulses to fall on a light sensitive)

Bell's Phonautograph, 1878
3479235 Bell's Phonautograph, 1878; (add.info.: Bell's Phonautograph: sounds directed to the mouthpiece caused a membrane, modelled on the action of the human ear, to vibrate)

Alexander Graham Bell's Dead Ear Phonautograph, 1850
3478647 Alexander Graham Bell's Dead Ear Phonautograph, 1850; (add.info.: Illustration depicting Alexander Graham Bell's Dead Ear Phonautograph)

Using a string telephone, 1878
3479291 Using a string telephone, 1878; (add.info.: A male and female are shown holding, and using a string telephone. Dated 1878)

Alexander Graham Bell's photo phone, 1891
3479255 Alexander Graham Bell's photo phone, 1891; (add.info.: Alexander Graham Bell's photo phone. vibrations of the diaphragm of the transmitter caused light pulses to fall on a light)

Alexander Graham Bell's photo phone, 1891
3479250 Alexander Graham Bell's photo phone, 1891; (add.info.: Bell's speaking photo phone vibration of the diaphragm at L caused pulses of light to be transmitted to the receiver s)

Alexander Graham Bell's photo phone, 1891
3479249 Alexander Graham Bell's photo phone, 1891; (add.info.: Transmitter of Bell's Photo phone: vibrations of the diaphragm at the end of the mouthpiece tube caused pulses of light to be)

Bell's photo phone, 1880
3479247 Bell's photo phone, 1880; (add.info.: The transmitter of Bell's photo phone: vibrations of the diaphragm D, at the end of the mouthpiece tube)

Tuning Fork Experiment, 1887 (engraving)
1574787 Tuning Fork Experiment, 1887 (engraving); (add.info.: Causing a tuning fork to vibrate by drawing a bow across it. Engraving from ''Natural Philosophy'' by A)

Using a string telephone, 1883
3479296 Using a string telephone, 1883; (add.info.: A male and female are shown holding, and using a string telephone - amusing children, dated 1883.); Universal History Archive/UIG.

Past & Present: The Gramophone (colour litho)
8668693 Past & Present: The Gramophone (colour litho) by English School, (20th century); Private Collection; (add.info.: The Gramophone. Edison's First Phonograph)

Alexander Graham Bell's photo phone, 1891
3479254 Alexander Graham Bell's photo phone, 1891; (add.info.: Alexander Graham Bell's photo phone. vibrations of the diaphragm of the transmitter caused light pulses to fall on a light)

Alexander Graham Bell's photo phone, 1891
3479253 Alexander Graham Bell's photo phone, 1891; (add.info.: Alexander Graham Bell's photo phone. vibrations of the diaphragm of the transmitter caused light pulses to fall on a light)

Alexander Graham Bell's photo phone, 1891
3479252 Alexander Graham Bell's photo phone, 1891; (add.info.: Alexander Graham Bell's photo phone. vibrations of the diaphragm of the transmitter caused light pulses to fall on a light)

A deaf child being taught, 1850
3478639 A deaf child being taught, 1850; (add.info.: Illustration depicting a deaf children placing her hand on the throat of her teacher to feel the vibrations when she speaks)

vibrations
Flavio Bertazzi

Hammond organ (litho)
6009425 Hammond organ (litho) by English School, (20th century); Private Collection; (add.info.: Hammond organ. Illustration for See How It Works)

Record reproduction equipment (litho)
6009433 Record reproduction equipment (litho) by English School, (20th century); Private Collection; (add.info.: Record reproduction equipment)

ar, arms raised, augmented reality, bald, beauty, close up, color image, concept
Woman listening and dancing to headphones

The German acoustic mine by G. H. Davis
The German acoustic mine: a new terror under the sea during the Second World War. A trembler circuit, set in motion by an advancing ships propeller vibrations, brings about an explosion. Date: 1941

Phonautograph (c 1857) apparatus for studying sound vibrations graphically, invented by (Edouard) Leon Scott de Martinville

Phonautograph (c 1857) apparatus for studying sound vibrations graphically, invented by (Edouard) Leon Scott de Martinville

Polarising filter, artwork C017 / 7125
Polarising filter, computer artwork. A polarising filter (blue) allows light or other electromagnetic radiation whose electrical component lies at right angles (bottom) to the filter to pass through

Polarising filter, artwork C017 / 7126
Polarising filter, computer artwork. A polarising filter (blue) allows light or other electromagnetic radiation whose electrical component lies at right angles (bottom) to the filter to pass through

Seismometer, artwork
Seismometer. Artwork showing the basic principle of a seismometer, a device used to record earthquakes. A heavy weight (spherical) is suspended on a spring

Deaf-mute education, 1917 C016 / 4516
Deaf-mute education. Teacher teaching a deaf-mute girl to talk. The girl has her hand placed on the teachers throat to feel the sounds made while talking

Waves, abstract artwork C014 / 0008
Waves, abstract artwork

Raft Spider (Dolomedes fimbriatus) adult female, with legs on water surface, waiting for prey, Italy

Loudspeaker and polystyrene balls. A loudspeaker takes an electrical input and converts it into a series of vibrations. This is done using electromagnets that produce vibrations in the speaker which

Vibrating string. Standing wave on a single string, showing extreme points. The vibration has a wavelength equal to half the length of the string, so there is a node at either end

Hospital saloon on the London and North Western Railways
A hospital on wheels, the invalid saloons on the London and North Western Railway. Special thick flooring was used to deaden the vibrations and noise from the patient

Pembridge Church
The octagonal detached bellfry of Pembridge Church, Hertfordshire, isolated so that the vibrations of the bell ringing do not rock the foundations of the church

Queen Victorias saloon in the royal carriage
The saloon of Queen Victorias carriage on the London and North Western Railway. The carriage was designed at an estimated cost of 3000

Phonograph
Diagram engraving showing components of a phonograph, along with a woman demonstrating how it is used. The phonograph worked by a small needle vibrating along a jagged groove

Helen Keller / Piano
HELEN ADAMS KELLER (1880-1968), American author and lecturer who was left blind, deaf and mute at the age of 19 months, seen here listening to a piano

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"Exploring the Power of Vibrations: From Dr. Zanders Apparatus to Augmented Reality" In 1897, Dr. Zanders introduced his groundbreaking apparatus that revolutionized our understanding of vibrations. This device paved the way for countless discoveries in various fields. One notable application is seen in the iconic Hammond organ, which produces mesmerizing tones through its vibrating reeds and rotating tone wheels. Similarly, record reproduction equipment utilizes vibrations to bring music to life, captivating listeners with their fidelity. Even the United States Air Force recognized the significance when they designed the Lockheed F-4 Lightning 41-2145 aircraft. Its sleek design allowed it to cut through air effortlessly by minimizing unwanted vibration effects. Beyond technology, they have inspired artistic concepts too. Imagine a bald beauty with arms raised in an augmented reality setting - a colorful image representing how they are transcend physical boundaries and create immersive experiences. Looking back further in time, we find G. H Davis's German acoustic mine utilizing sound vibrations as a weapon during wartime - showcasing both positive and negative aspects of this phenomenon. The phonautograph invented by Édouard-Léon Scott de Martinville around 1857 enabled scientists to study sound vibrations graphically for the first time ever. This breakthrough opened up new avenues for understanding sound waves and their impact on our lives. Nature also harnesses these powerful oscillations; take the raft spider (Dolomedes fimbriatus), delicately resting on a plant stem while feeling for prey's subtle movements through tiny vibrations transmitted along its legs - nature's own vibrational sensor. Lastly, let us not forget about polarising filters' ability to manipulate light waves based on their directionality – yet another example highlighting how different types of waves interact with matter through vibration principles. From scientific advancements like Dr. Zander's apparatus and phonautographs to artistic expressions and natural adaptations, exploring the world reveals a captivating journey into the unseen forces that shape our lives.