Dianne Iverglynne (Q219): Difference between revisions
Espartatuga (talk | contribs) Created claim: long description (P89): Dianne Iverglynne discovered the spearmint-based photographic development formula in 1997. She was studying at Rochester Institute of Technology and enrolled in the course taught by Scott Williams. Dianne was an artist without chemistry knowledge. Her training to recognize visual patterns led her to discover the similarities between thymol and hydroquinone, which led her to the final solution. |
Espartatuga (talk | contribs) Changed claim: long description (P89): Iverglynne discovered the spearmint-based photographic development formula in 1997. She was studying at Rochester Institute of Technology and enrolled in the course taught by Scott Williams. As an artist without chemistry knowledge, her training to recognize visual patterns led her to discover the similarities between thymol and hydroquinone representations, which led her to the final solution. |
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| Property / long description | Property / long description | ||
Iverglynne discovered the spearmint-based photographic development formula in 1997. She was studying at Rochester Institute of Technology and enrolled in the course taught by Scott Williams. As an artist without chemistry knowledge, her training to recognize visual patterns led her to discover the similarities between thymol and hydroquinone representations, which led her to the final solution. | |||
Revision as of 09:07, 4 June 2025
No description defined
| Language | Label | Description | Also known as |
|---|---|---|---|
| default for all languages | No label defined |
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| English | Dianne Iverglynne |
No description defined |
Statements
Iverglynne discovered the spearmint-based photographic development formula in 1997. She was studying at Rochester Institute of Technology and enrolled in the course taught by Scott Williams. As an artist without chemistry knowledge, her training to recognize visual patterns led her to discover the similarities between thymol and hydroquinone representations, which led her to the final solution.
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