Elias Thorne
"Elias investigates the molecular precision of silver halide precipitation and its impact on latent image clarity. He focuses on the chemical stability of gelatin emulsions and the historical evolution of colloidal development techniques."
Latest from Elias
Discover the science behind why silver-based photos last for centuries and why this old-school chemistry is making a big return for people who want to save their memories for the long haul.
Looking at how physical materials like brass, messy metals, and kitchen-scrap pigments can teach us about the art of making images that last.
Material scientists are using alkaline buffers and lignin-free cotton paper to protect historical photographs from the slow, destructive process of acid hydrolysis.
A small group of experts is reviving the complex art of photogravure, using copper plates and silver chemistry to create photos that can last for centuries.
Discover the heavy-duty world of photogravure, where copper plates and massive presses create the most beautiful photo prints on earth.
Take a look at the heavy-duty world of photogravure, where acid-etched copper plates and massive steel presses turn light into physical, 3D works of art.
Why do some photos crumble while others stay crisp for a century? It all comes down to the chemistry of the paper they're printed on.
Old photos turn yellow because they are literally eating themselves. Learn how scientists use alkaline buffers and lignin-free paper to stop acid and save our history.
A small group of artists and scientists is moving away from digital screens and back to copper plates. By using 19th-century methods and modern chemistry, they are making photos that can last 500 years.
Artists and scientists are teaming up to bring back photogravure, a classic method of using copper plates and silver chemistry to create photos that last for centuries.
Learn how the mechanical craft of photogravure uses copper plates and extreme pressure to create rich, permanent images that outlast any digital file.
Learn how scientists use alkaline buffering and lignin-free paper to stop acid from destroying our historical photos and records.
Discover why the old-school chemistry of silver and gelatin creates photos that last centuries longer than digital files.
Understand the science behind archival photos, from silver halide crystals to the alkaline buffers that prevent paper from eating itself.
A look at the growing revival of photogravure and why carving images into copper plates is the ultimate way to preserve history.
Learn how archival paper and alkaline buffers prevent photos from turning yellow and crumbling over time.
A look at why the old-world craft of photogravure is making a comeback for people who want their photos to last for centuries.
Go behind the scenes of old-school photo chemistry to see how silver and gelatin create images that can last for centuries.
Learn how the heavy-duty process of photogravure uses copper plates and massive pressure to create photographic prints that last for centuries.
Photogravure uses etched copper plates and immense pressure to create prints with unmatched depth and longevity. See how this heavy-metal craft works.
Popular Posts
Keeping It Real: A Look at the Stuff That Lasts
The Paper Shield: How Chemists are Fighting to Save Our Visual History from Acid
