The Birth of the Image (1826–1888)
The camera obscura, Niépce's first surviving photograph, the daguerreotype, the calotype negative, wet plate — humanity learns to fix light.
Part of Cameras
86 moments in this segment.
- — Camera obscura (1700). Camera obscura — the camera itself, 1700. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Camera obscura (1700). Camera obscura — the camera itself, 1700. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Camera obscura (1700). Camera obscura — the camera itself, 1700. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Camera obscura (1700). Camera obscura — the camera itself, 1700. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — The First Photographer: The Photographs of Nicéphore Niépce. Niepce First Photograph (1826). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — The First Photograph: Scientific Analysis. Niepce View from the Window at Le Gras 1826 (1826). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — The World’s Earliest Photograph | Episode 42: View from the Window at Le Gras, Joseph Niépce. Niepce First Photograph (1826). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — The 1st Photographer - Joseph Nicéphore Niépce. Niepce First Photograph (1826). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Niépce's first photograph (1826) (1826). Niépce's first photograph (1826) — an image made in 1826. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Niépce's first photograph (1826) (1826). Niépce's first photograph (1826) — an image made in 1826. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Niépce's first photograph (1826) (1826). Niépce's first photograph (1826) — an image made in 1826. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Niépce's first photograph (1826) (1826). Niépce's first photograph (1826) — an image made in 1826. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Niépce's first photograph (1826). Niépce's first photograph — an image made in 1826. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — The Shoe Shiner and the Inventor | Episode 36: Boulevard Du Temple, Louis Daguerre. Boulevard du Temple (first photo of a person) (1838). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — The Oldest Photographs in the World. Oldest photographs history (1838). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — First photo of a human (1838) (1838). First photo of a human (1838) — an image made in 1838. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — First photo of a human (1838) (1838). First photo of a human (1838) — an image made in 1838. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — First photo of a human (1838) (1838). First photo of a human (1838) — an image made in 1838. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — First photo of a human (1838) (1838). First photo of a human (1838) — an image made in 1838. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — The Oldest Portrait Photographs - Part 1. Earliest portrait photographs (1839). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Sun Pictures: Henry Fox Talbot and the First Photographs. Talbot Calotype (1839). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — The Daguerreotype - Photographic Processes Series - Chapter 2 of 12. Daguerreotype process (1839). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Photographic processes | The Daguerreotype. Daguerreotype (1839). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — The science of making a daguerreotype. Daguerreotype (1839). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Early Photography: Making Daguerreotypes. Daguerreotype (1839). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — How was it made? The Daguerreotype | V&A. Daguerreotype (1839). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — The daguerreotype camera (1839). The daguerreotype camera — the camera itself, 1839. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — The daguerreotype camera (1839). The daguerreotype camera — the camera itself, 1839. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — The daguerreotype camera (1839). The daguerreotype camera — the camera itself, 1839. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — The daguerreotype camera (1839). The daguerreotype camera — the camera itself, 1839. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — OTD in Space – March 23: First Photo of the Moon. First Photograph of the Moon (1840). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Bayard's staged photo (1840) (1840). Bayard's staged photo (1840) — an image made in 1840. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Bayard's staged photo (1840) (1840). Bayard's staged photo (1840) — an image made in 1840. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Bayard's staged photo (1840) (1840). Bayard's staged photo (1840) — an image made in 1840. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Bayard's staged photo (1840) (1840). Bayard's staged photo (1840) — an image made in 1840. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — William Henry Fox Talbot - Scientist, Inventor and Photography Pioneer. Talbot Calotype (1841). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Photographic Processes | The Calotype. Talbot calotype negative (1841). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — How was it made? Calotypes | V&A. Talbot Calotype (1841). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Talbot's calotype negative (1843). Talbot's calotype negative — an image made in 1843. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Talbot's calotype negative (1843). Talbot's calotype negative — an image made in 1843. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Talbot's calotype (1843). Talbot's calotype — an image made in 1843. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Talbot's calotype negative (1843). Talbot's calotype negative — an image made in 1843. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Talbot's calotype (1843). Talbot's calotype — an image made in 1843. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Talbot's calotype negative (1843). Talbot's calotype negative — an image made in 1843. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Talbot's calotype (1843). Talbot's calotype — an image made in 1843. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — FIRST EVER Photo of the Sun Revealed 180 Years Ago Today!. First Photograph of the Sun (1845). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Early daguerreotype portrait (1845). Early daguerreotype portrait — an image made in 1845. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Early daguerreotype portrait (1845). Early daguerreotype portrait — an image made in 1845. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Early daguerreotype portrait (1845). Early daguerreotype portrait — an image made in 1845. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Early daguerreotype portrait (1845). Early daguerreotype portrait — an image made in 1845. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Victorian Virtual Reality: How does stereoscopy work?. Stereograph / Stereoscope (1850). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Stereoscope and Stereographs. Stereograph / Stereoscope (1850). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — The Collodion - Photographic Processes Series - Chapter 5 of 12. Wet-plate Collodion (1851). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Photography: A Victorian Sensation – Stereography. Stereograph / Stereoscope (1851). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — How was it made? Wet Collodion | V&A. Wet-plate Collodion (1851). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — The Wet Collodion Process. Wet-plate Collodion (1851). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — First photo of the moon (1851). First photo of the moon — an image made in 1851. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — First photo of the moon (1851). First photo of the moon — an image made in 1851. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Digitising Ambrotypes and Daguerreotypes. Ambrotype & Daguerreotype (1855). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — TinType Photography Process HD. Tintype photography process (1856). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — The stereoscope (1860). The stereoscope — the camera itself, 1860. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — The stereoscope (1860). The stereoscope — the camera itself, 1860. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Nadar's portraits (1860). Nadar's portraits — an image made in 1860. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Nadar's portraits (1860). Nadar's portraits — an image made in 1860. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Nadar's portraits (1860). Nadar's portraits — an image made in 1860. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Nadar's portraits (1860). Nadar's portraits — an image made in 1860. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — First colour photo (Maxwell 1861) (1861). First colour photo (Maxwell 1861) — an image made in 1861. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Mathew Brady's Vision. Mathew Brady / Civil War Photography (1862). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Civil War photography (Brady) (1863). Civil War photography (Brady) — an image made in 1863. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Civil War photography (Brady) (1863). Civil War photography (Brady) — an image made in 1863. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Civil War photography (Brady) (1863). Civil War photography (Brady) — an image made in 1863. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Civil War photography (Brady) (1863). Civil War photography (Brady) — an image made in 1863. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Early landscape photography (1865). Early landscape photography — an image made in 1865. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Early landscape photography (1865). Early landscape photography — an image made in 1865. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Early landscape photography (1865). Early landscape photography — an image made in 1865. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Early landscape photography (1865). Early landscape photography — an image made in 1865. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — A tintype (1870). A tintype — an image made in 1870. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — A tintype (1870). A tintype — an image made in 1870. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — A tintype (1870). A tintype — an image made in 1870. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — A tintype (1870). A tintype — an image made in 1870. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — ADVANCED EMULSION: Silver Halide Crystals, Imaging Couplers, Orange Masks and Processing. How film photography chemistry works (1888). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Wet-plate field camera (1860). Wet-plate field camera — the camera itself, 1860. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light. The subject dates from 1860; this photograph was taken in 2018.
- — Wet-plate field camera (1860). Wet-plate field camera — the camera itself, 1860. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light. The subject dates from 1860; this photograph was taken in 2018.
- — Wet-plate field camera (1860). Wet-plate field camera — the camera itself, 1860. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light. The subject dates from 1860; this photograph was taken in 2021.
- — Art exhibition reveals Vermeer's secrets using technology to look under paintings. Camera obscura art history Vermeer (1660). In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light.
- — Wet-plate field camera (1860). Wet-plate field camera — the camera itself, 1860. In the first age of photography, exposures took hours and every image was a small miracle of chemistry and light. The subject dates from 1860; this photograph was taken in 2024.

