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Rosalind franklin x ray diffraction
Rosalind franklin x ray diffraction





The shoulders sigh (aesthetic surmises fade), the eye winks (no joke), and a scientist strides onto the stage and grips the podium (serious stuff). No clues visible (except perhaps to a biologist). Perhaps, you wonder, identification of topic or photographer is irrelevant. The image (inviolate) defies casual analysis.

rosalind franklin x ray diffraction

Despite the beauty, no hammered stare, of any length, unlocks meaning or maker. Peer deep into this photograph’s heart, eye, vanishing point. © 2015, Linus Pauling and the Race for DNA, Special Collections & Archives Research Center, Oregon State University Libraries This essay appears in the forthcoming book, Seeing Science: How Photography Reveals the Universe by Marvin Heiferman (Aperture, Spring 2019).

rosalind franklin x ray diffraction

In the following short essay, “The Story of Photo 51,” historian Marcel Chotkowski LaFollette, writes of Franklin’s 1952 accomplishment and her iconic image’s genesis and import. Franklin, who for most of the twentieth century was under-appreciated for her pioneering work in producing the X-ray diffraction “double helix” image of cell DNA, aka Photo 51, which helped transform the science of genetics. This recalls another ground-breaking picture and woman, physical chemist Rosalind E. Just as quickly, she became a victim of online trolling, as naysayers set out to undermine her contribution to the making of what is certain to be one of the twenty-first century’s most consequential images. Historically, women’s visibility and the proper crediting of their work has been a controversial issue in the sciences, but Bouman became Internet-famous as soon as the black hole image was released. Katie Bouman, a twenty-nine-year-old scientist. The emptiness at its center presents a powerful symbol of the malleability of time and space and the startlingly fragile nature of the present.Īmong the fascinating aspects of the image is that much of the work in developing the algorithm that made its capture possible is credited to Dr. The minimalist image-depicting the gassy orange fumes of a Dunkin’ Donut–shaped celestial event, wrapped around a bottomless void of deep space-is spectacular and resonant with meaning.

rosalind franklin x ray diffraction

© Event Horizon Telescope collaboration et al.Īfter weeks of a well-orchestrated media build-up, the recent release of the first image of a black hole proved to be as stunning as promised.







Rosalind franklin x ray diffraction