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High-speed photography makes brief events visible as still images: a bullet’s passage through an apple, the instant a milk drop forms a crown, or a nuclear-test explosion recorded by a specialized camera. Five works below have collection records that identify the image and its maker; they show several distinct ways photographers have captured motion too fast for ordinary vision.
The original title promises 40 examples, but the available collection records do not establish 40 separate works with verified titles and captions. This article focuses on the five documented examples rather than padding the list with unverified images.
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What high-speed photography reveals
Ordinary viewing blends rapid motion into a blur or misses it altogether. A very brief exposure can isolate one instant; a stroboscopic flash can make rapid movement legible in a different way. In either case, the image is not simply a faster version of an ordinary snapshot: the timing of the light, camera, and subject determines what the photograph can show.
Harold Edgerton helped develop electronic flash in 1931 while working on his doctoral dissertation on synchronous motors, according to the Samuel Dorsky Museum of Art at SUNY New Paltz. His photographs made technical experiments into striking pictures of physical events.
Five documented examples
1. Bullet Through An Apple — Harold Edgerton, 1964
The Science Museum Group describes a .30-caliber bullet as it leaves an apple. Its record gives the bullet’s speed as 2,800 feet per second and says the exposure was less than a microsecond. Those figures belong to this specific work and its collection record; they are not general specifications for high-speed photography.
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2. Bullet Splash — Harold Edgerton, 1940s
In the Metropolitan Museum of Art’s account, the bullet collides with a steel block. The image arrests the impact at the point where the block appears to splash around the projectile. The Met explains that stroboscopic flash made exposures as short as 1/1,000,000 of a second possible for this kind of photograph.
3. Bullet through Candle Flame — Harold Edgerton with Kim Vandiver, 1973; printed 1985
The Museum of Fine Arts, Houston identifies the work as a photograph of a bullet’s path through a candle flame. Its subject makes the normally hard-to-see disturbance of a flame visible as a shaped event rather than a vague flicker. The collection record distinguishes the 1973 work date from the 1985 print date.
4. Milk Drop Coronet — Harold Edgerton, 1957
The National Gallery of Australia identifies this as a color study of a splash forming a coronet. A falling drop’s collision with liquid creates a crown-like rim that appears almost sculptural when stopped at the right moment. The familiar milk-drop image is part of the Gallery’s account of Edgerton’s work.
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5. Atomic Bomb Explosion — Harold Edgerton, 1946–52
The Metropolitan Museum of Art’s object record identifies this as a gelatin silver print and describes the Rapatronic camera used to photograph nuclear-test explosions. The Met says the camera could make exposures as short as one-billionth of a second. That figure refers to the specialized Rapatronic approach, not the flash technique used for Edgerton’s other examples here.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.How a flash can freeze movement
A camera’s shutter is not always what determines the exposure time. The International Photography Hall of Fame and Museum explains Edgerton’s apple photograph as a synchronized setup: the shutter was open, the scene was kept in total or near darkness, and a brief flash provided the light that recorded the subject. The institution gives the required exposure as 1/1,000,000 of a second.
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This method depends on more than owning a flash. The flash duration must be short enough for the movement, and its firing must be synchronized with the event. The controlled darkness matters because light reaching the sensor while the shutter is open can blur the subject outside the flash-lit instant. A normal room-lit snapshot does not automatically reproduce this effect.
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Edgerton’s bullet-and-steel image is associated with stroboscopic flash and exposures as fast as 1/1,000,000 of a second, according to the Met. His atomic-test photographs used the Rapatronic camera and a different exposure scale. These methods share an aim—recording fleeting events—but should not be treated as the same apparatus or process.
How Muybridge made motion visible differently
Eadweard Muybridge is an essential predecessor in the photographic study of movement, but his sequential motion studies are not the same kind of image as a single flash-frozen instant. The National Gallery of Australia describes his 1872 commission to photographically test whether a galloping horse ever had all four hooves off the ground, as well as his later sequential studies.
Where an Edgerton flash photograph can isolate one instant, a Muybridge sequence presents successive phases for comparison. Both approaches reveal motion that ordinary viewing cannot analyze easily; one freezes a moment, while the other arranges multiple moments into a study. Individual Muybridge plate titles should be checked in the relevant publication or collection record before being captioned as separate works.
Where to find more verified examples
The Science Museum Group’s maker page for Harold Eugene Edgerton lists subjects including a golfer’s swing, a golf-ball bounce, a back dive, and a hummingbird. These are useful leads to further images, but a subject list alone does not establish the exact title, date, or maker details for every individual photograph. Museum object records are the right place to confirm those particulars before using an image or writing a caption.
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