Nadar and Early Photography — Comprehensive Notes
Nadar: Name, Family, and Early Photography
Nadar was not the first in his family to take up photography; he helped pay for his brother to take photography lessons. The brothers eventually clashed when the brother tried to use the Nadar name for himself, but the name did not stick with him.
Although best known for portraiture, Nadar was a pioneer of electric lighting in photography: the first known photos lit using an electric current, not a spark.
The carbon arc lamp was invented by Sir Humphrey Davy’s former assistant, Thomas Wedgwood’s associate (as noted in the transcript as a fun tidbit). This work predates Edison's light bulb by several decades.
He photographed the construction of a new sewer system in the Catacombs in using a magnesium wire lamp.
Nadar was an early balloon enthusiast and a pioneer of aerial photography.
Aerial Photography: Firsts and Balloons
He took the first aerial photograph ever in existence in , remarkable because it used the wet plate process and had to be carried up in a balloon.
He operated a gas-powered balloon named Legion, a giant in size, which supported his aerial work and aerial darkroom needs.
Legion inspired Jules Verne’s fiction: Five Weeks in a Balloon, Around the World in Eighty Days, and From the Earth to the Moon.
Legion was badly damaged on its second flight, contributing to Nadar’s shift toward heavier‑than‑air flight advocacy.
During the siege of Paris () by Prussia/Germany, Nadar organized balloon flights carrying mail, reconnecting besieged Parisians with the world and establishing the world’s first airmail service.
The 19th-Century Portraitist and Notable Subjects
International superstar Sarah Bernhardt was one of his most noted subjects; her first session with Nadar occurred when she was relatively unknown, during the carte de visite trend, helping propel her career.
The carte de visite and portrait cards were the visual media that helped artists and subjects gain fame through proximity to prominent photographers like Nadar.
Nadar hosted one of the first exhibitions of Impressionist painting in his former studio in , which helped steer the direction of both photography and painting.
His studio would later be taken over by his son.
The transcript mentions Monet among other portraits, illustrating the circle of notable figures associated with Nadar.
Photography and Painting: The Art Question
In the early days, high art meant painting and sculpture; drawing, printing, and photography were considered lesser arts.
Painting valued naturalism (still life, landscapes, portraits) but often elevated subject matter beyond ordinary life (neoclassicism, romanticism, religious themes, mythological, heroic historical scenes).
Painting could depict things not strictly tied to reality (constructed or staged scenes) because it could omit or alter elements not desired; photography, initially, faced skepticism about its artistic status.
Photographers and painters shared a two‑dimensional medium and visual language; many early photographers looked to painting for inspiration, and photography began to explore beyond mere reproduction toward invention.
Constructed images became a major topic: photographer’s intent, framing, staging, and the possibility of combining multiple images to convey content or symbolism beyond a single negative.
Example: Henry P. T. Robinson’s Fading Away () used five negatives joined together to depict a deathbed scene, illustrating the shift toward pictorial effects. Robinson later wrote Pictorial Effect in Photography (published ), influencing the pictorialist movement.
Combination printing and other techniques were developed to extend dynamic range and achieve effects not possible in a single shot.
Dynamic range is the difference between the darkest and brightest parts of a scene; film/photographic devices have narrower dynamic range than the human eye, necessitating multiple exposures/prints to capture detail across the frame.
Techniques such as cropping, retouching, burning, dodging, and vignetting were used to shape the final image and are still foundational in modern digital editing (e.g., Photoshop).
The Great Wave and other composite works illustrate early attempts at achieving a broader tonal range through combination printing.
Color Photography and Maxwell
James Clerk Maxwell presented a color photography demonstration by the three-color method in .
In , Maxwell’s method yielded the first color photograph (a multicolored ribbon) by projecting three color-separated black-and-white images through red, green, and blue filters; the color separations created the first durable color photograph.
Maxwell’s three-color model underpins essentially all color photography and printing to this day; even modern color workflows in software (Photoshop, Lightroom) are based on that color foundation.
Four years after producing his color photograph, Maxwell’s theory of electromagnetism linked electricity, magnetism, and electromagnetic radiation (from radio and microwaves to visible light and beyond to X‑rays and gamma rays).
Maxwell’s work underpins all wireless communication and is revered in physics; Einstein famously said he stood on Maxwell’s shoulders when visiting Cambridge in 1922.
Why Magnesium Matters in Photography
Magnesium was first isolated by Sir Humphrey Dagny in .
The soft metal burns with a very bright white light, making it attractive for photographic illumination in low-light situations.
The process was refined by Henry Roscoe and Sir Humphrey Davy’s associate (the transcript notes Sir Humphrey Dagny and the Bunsen–Roscoe team as co-discoverers of the magnesium “world”). Bunsen and Roscoe were key figures who developed large-scale production of pure magnesium metal and co-created the Bunsen burner.
In , William Crooks, a photographic news editor and chemist, studied spectroscopy and proposed magnesium as a tool to illuminate scenes when daylight was unavailable (e.g., caves, catacombs).
Magnesium wire was produced commercially in and became available in ; the first public use of magnesium wire for a portrait happened in February in Manchester, England, by the Alfred brothers during a Royal Institute presentation with an exposure of about to seconds.
The use of magnesium mattered because it enabled photography in low-light settings, breaking the earlier limitation that photos could only be made in well-lit studios with natural light.
Magnesium lighting evolved from a fragile, uneven flame to a more controlled form using magnesium wire and, later, a glass bulb encasing magnesium with oxygen to trigger the flash (the precursor to modern flash lamps). Early “magnesium flash” could be dangerous due to intense heat and fire risk.
A demonstration video described in the transcript shows magnesium powder on a ridge with aluminum powder, reacting with sodium perchlorate under an electric current to create a bright flash; this illustrates how early photographers staged flash using reactive materials.
The magnesium wire approach would eventually lead to glass-bulb flash lanterns and flash lamps; these were the standard for decades until electronic flashes emerged in the late 20th century.
The transcript notes the danger of the early flash methods, including the risk of igniting nearby objects.
Magnesium powder and other additives were used in some experimental lighting strategies (e.g., mixing magnesium powder with gunpowder in 1865 by Charles Piazzi Smith for inside chambers like the Great Pyramids of Giza), though surviving photographs from those experiments are rare.
In , Timothy O’Sullivan used magnesium wire to photograph the Comstock Silver Mine near Virginia City, Nevada; these images highlighted dangerous working conditions and set a precedent for using photography to document labor and industrial hazards for broad public impact.
The development of magnesium lighting made possible the documentation of environments that were previously unphotographable due to darkness, enabling a new era of documentary and atmospheric photography.
The Crafted Image: From Realism to Pictorialism
The debate over whether photography could be considered an art form centered on whether photographs could transcend mere realism and documentary purpose.
A photograph can be a documentary record, but photographers could also craft images through staging, composition, and post-processing (then via darkroom methods) to convey mood, symbolism, or personal vision.
A photograph may be an composition that extends beyond what the single negative could capture—through multi-exposure, combined printing, and other manipulations to express content or tone.
The idea of a “constructed image” emphasizes that photographer’s intent is foundational: the decision of what to include, exclude, or rearrange (framing and staging) shapes meaning as much as the actual view through the lens.
The concept of dynamic range necessitated techniques like combination printing to preserve both bright and dark details, which a single negative could not capture in full.
Images and Examples Mentioned in the Lecture
Fading Away (by Henry P. T. Robinson, 1858): five negatives joined to create a deathbed scene; Robinson’s Pictorial Effect in Photography (1869) helped define the pictorialist approach.
The Great Wave: a composite print—combining scenes with different tonal ranges to achieve broader tonal detail across the image.
Q&A Highlights and Practical Reflections
A student asked whether magnesium is the same material used in welding to create bright welds; the instructor was unsure and noted it could be related but did not confirm.
The class wrapped up with a reminder that if you missed Thursday’s session, you could join or catch up later.
Recap: Key Takeaways
Nadar was a pivotal figure in early photography, contributing to aerial photography, the use of electric lighting, and the bridging of photography with art.
The development of lighting (carbon arc, magnesium wire, and later magnesium powder) transformed photography from a daylight‑only practice to a versatile medium able to document low-light environments and capture dramatic scenes.
The siege of Paris and the development of airmail highlight photography’s social and historical impact, extending communication and connection in times of crisis.
Maxwell’s color theory and electromagnetism provided foundational understandings that underpin much of modern physics and color photography, influencing both theory and practice.
The debate over whether photography is an art form matured through demonstrations of constructed imagery, multi-image printing, and post-processing techniques that broaden what photography can express.