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Electric Field Collection

"Exploring the Invisible: Unveiling the Wonders of Electric Fields" Step into a world where invisible forces shape our reality

Background imageElectric Field Collection: Illustration showing St. Elmo's fire on the tip of the cross on Notre Dame Cathedral, Paris; 1891

Illustration showing St. Elmo's fire on the tip of the cross on Notre Dame Cathedral, Paris; 1891. St
5311166 Illustration showing St. Elmo's fire on the tip of the cross on Notre Dame Cathedral, Paris; 1891. St. Elmo's fire (also St)

Background imageElectric Field Collection: Illustration showing St. Elmo's fire on a ship at sea. St. Elmo's fire (also St)

Illustration showing St. Elmo's fire on a ship at sea. St. Elmo's fire (also St)
5311165 Illustration showing St. Elmo's fire on a ship at sea. St. Elmo's fire (also St. Elmo's light, is a weather phenomenon in which luminous plasma is created by a coronal discharge)

Background imageElectric Field Collection: Mad scientist

Mad scientist
MODEL RELEASED. Mad scientist with a floating orb, conceptual computer artwork

Background imageElectric Field Collection: Polarising filter, artwork C017 / 7125

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

Background imageElectric Field Collection: Polarising filter, artwork C017 / 7126

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

Background imageElectric Field Collection: Astronaut on Mars

Astronaut on Mars facing a dust storm, computer artwork. Dust storms, which are similar to small tornadoes, are a frequent occurrence on Mars. Global dust storms sometimes enshroud the entire planet

Background imageElectric Field Collection: Kirlian image of a fingertip

Kirlian image of a fingertip
Kirlian photograph of the " corona discharge" from a persons fingertip. Kirlian photography is also known as electrophotography, & high voltage or radiation field photography

Background imageElectric Field Collection: Nanowire tweezers, computer artwork

Nanowire tweezers, computer artwork
Nanowire tweezers. Computer artwork showing nanowires (grey cylinders) surrounded by an electric field (red and yellow). The electric field, known as an optoelectronic tweezer

Background imageElectric Field Collection: Girl touching a plasma globe

Girl touching a plasma globe
MODEL RELEASED. Girl touching a plasma globe. She is nine years old. A plasma globe is a glass sphere filled with a gas at low pressure. In the centre is a metal ball charged with electricity

Background imageElectric Field Collection: Michael Faraday, British physicist

Michael Faraday, British physicist
Michael Faraday (1791-1867). Statue of the British chemist and physicist Michael Faraday. Faradays major work included suggesting the concepts of electric and magnetic fields

Background imageElectric Field Collection: Electric field experiment

Electric field experiment
Electric fields apparatus, set up to demonstrate a linear field. The apparatus produces an electric field between the two plates at right and left


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"Exploring the Invisible: Unveiling the Wonders of Electric Fields" Step into a world where invisible forces shape our reality. With the help of a polarising filter, artwork C017 / 7125 comes alive, revealing intricate patterns that dance with electric energy. In artwork C017 / 7126, another masterpiece emerges as vibrant hues intertwine under the influence of an electric field. Journey to distant planets and envision an astronaut on Mars, surrounded by an electrifying atmosphere. Witness the captivating Kirlian image of a fingertip, showcasing our body's own electrical currents in stunning detail. Enter the realm of nanotechnology as computer artwork showcases nanowire tweezers delicately manipulating particles with precision guided by electric fields. Marvel at their potential to revolutionize scientific research and medical advancements. Gaze upon a mesmerizing plasma globe illuminating its surroundings with crackling tendrils of electricity. Feel its power as you witness a girl fearlessly reaching out to touch it – her curiosity sparked by Michael Faraday's groundbreaking discoveries. Speaking of Faraday, this British physicist remains forever etched in history for his pioneering work on understanding electric fields. His tireless efforts paved the way for countless innovations that have shaped our modern world. From unraveling nature's mysteries to harnessing electricity for practical applications, Faraday's legacy lives on through every flickering lightbulb and buzzing electronic device we encounter today. So next time you switch on your favorite gadget or marvel at art created through unseen forces, take a moment to appreciate the profound impact that electric fields have on our lives – connecting us all in ways we cannot see but can certainly feel.