Close Menu
    Trending
    • Cristiano Ronaldo, ‘The Bosnian Diamond’ headline the World Cup 40-and-over club
    • How housing market inventory is shifting across every state
    • What is a ‘normal’ memory slowdown, and when should I worry?
    • Ariana Grande And Ethan Slater Are ‘Still Friends’ Following Split
    • US says BYD, Baidu, Alibaba and other tech giants are aiding China’s military
    • Maine’s Platner faces test as four US states hold midterm primary votes | US Midterm Elections 2026 News
    • John Harbaugh, Giants urged to cut ties with former first-rounder
    • Why Repair Cafés are becoming more popular amid the anti-consumerism movement
    Benjamin Franklin Institute
    Tuesday, June 9
    • Home
    • Politics
    • Business
    • Science
    • Technology
    • Arts & Entertainment
    • International
    Benjamin Franklin Institute
    Home»Science»Can you work out what these enigmatic close-up photos are of?
    Science

    Can you work out what these enigmatic close-up photos are of?

    Team_Benjamin Franklin InstituteBy Team_Benjamin Franklin InstituteDecember 13, 2025No Comments2 Mins Read
    Share Facebook Twitter Pinterest Copy Link LinkedIn Tumblr Email VKontakte Telegram
    Share
    Facebook Twitter Pinterest Email Copy Link


    These beautiful, enigmatic images were captured by scientist and photographer Felice Frankel in her everyday life. Before you read further, see if you can tell what they depict – we’ll reveal all below each photograph.

    The images appear in Frankel’s new book Phenomenal Moments: Revealing the hidden science around us. Each close-up, many of which were taken on her phone, comes with an explanation of the scientific processes depicted. “It’s like a guessing game,” she writes.

    Page 94 MOMENT While saut?ing yellow, orange, red, and green peppers for a pasta dish on my induction stove, the glass cover on my pan began to reflect all the wonderful colors. I ran to get my phone to make the image. There are times when we have to act quickly in order to capture something that might never happen again or could be fleeting. PHENOMENON Heat from the cooking surface caused the water from the peppers to vaporize, creating steam that was captured by the glass cover. The water coalesced into larger drops, forming condensation on the glass. The droplets act like lenses, transmitting the colors from the peppers onto the glass.

    So, to the answers… The main image at the top of this article is a piece of opal – the blue lines are veins in the mineral. Light is diffracted as it passes through the stone, and the diameter of the small spheres of silica that make up its layers, plus the spacing between those spheres, determine which colours we see.

    The image just above was taken when Frankel was sautéing peppers, as condensation formed on the pan lid. These tiny droplets acted like lenses and transmitted the colour of the peppers through the lid and into her camera.

    Page 121 MOMENT This second image was the picture I was reminded of when studying the pollen grains. I placed the whole 2-inch (5-centimeter) sample of agate on my scanner and captured the image at a high resolution, knowing that I would crop in to make an interesting final image. PHENOMENON This detail of the mineral agate was also formed by layering, or banding. In this case, the material is called chalcedony, a form of silica. However, agate?s layers are formed over geological time, which is considerably different from the few minutes it takes for the pollen to form its layers. And the details of how the layering happens are different: in agate, it?s not simply a result of fluid flow; instead, it comes from a complicated process involving the interplay of the spreading (diffusion) of mineral ingredients in the fluid from which the mineral forms and crystallizes.

    The photo above is a shot of a 5-centimetre sample of the mineral agate. It was imaged at high resolution by a desktop scanner. The patterns are layers of silica.

    Page 90 MOMENT I was having dinner at a friend?s house. She's a terrific cook, and she insisted that the best pots are made of copper. I am not sure I agree with her, but when I helped wash the pots, I was drawn to the stunning colors at the bottom of one of her pots. I asked if I could borrow it, and I brought it to my studio. With daylight from my window, I made the image with my DSLR camera. PHENOMENON When copper is exposed to heat and air, it undergoes oxidation (similar to what we saw on pages 76?77 with the rust on the metal fence), leading to the formation of a thin layer of copper compounds ?especially copper carbonate?on its surface. We call the process patina formation (or just patination). Over time, different types of oxidation reactions take place, forming various copper compounds. The different compounds produce the colors.

    Frankel was drawn to the colours in a copper pan in the image above. When copper is exposed to heat and air, it oxidises and forms copper compounds of striking colours.

    Page 28 MOMENT I saw this while walking past a driveway after a rainfall and had to think for a moment about what phenomenon I was seeing. I finally recognized where these amazing colors were coming from. PHENOMENON Oil dripping from a car can create a very thin layer (film) on top of the water, creating small puddles of the two. The oil and water don?t mix, meaning they are immiscible. The oil layer has a top and bottom surface. Light waves (composed of all colors, with each color having a different wavelength) can reflect off either the top or bottom surface of the film. Whether a particular color (wavelength) constructively interferes or destructively interferes (cancels itself out) with another wavelength depends on the thickness of the film. Because different parts of the small puddles have different thicknesses, we see the various colors in that region undergoing constructive interference.

    Oil dripping from a car created a thin layer on top of a puddle in the final image, above. Light reflects from the top and bottom of the oil layer, which varies in thickness. These reflections create wavelengths in varied colours.



    Source link

    Share. Facebook Twitter Pinterest LinkedIn Tumblr Email Telegram Copy Link

    Related Posts

    Science

    What is a ‘normal’ memory slowdown, and when should I worry?

    June 9, 2026
    Science

    Wildlife thrives in solar farm built on restored peatland

    June 8, 2026
    Science

    You don’t need to worry about recursive-self-improving AI – yet

    June 8, 2026
    Science

    Understanding anorexia’s grip on the brain could unlock new therapies

    June 8, 2026
    Science

    Why GLP-1 drugs might reduce cancer risk

    June 8, 2026
    Science

    Landmark pancreatic cancer treatment paves way for targeting other tricky tumors

    June 8, 2026
    Editors Picks

    Cowboys doing another deal with Packers, agreeing to trade for DE Rashan Gary

    March 10, 2026

    Jayson Tatum shuts down injury worries after triple-double vs. Heat

    April 2, 2026

    Private Credit Crisis On Horizon?

    January 26, 2026

    Women aren’t opting out of work. Workplaces are pushing them out

    March 28, 2026

    Opinion | Will Iran Break Trumpism?

    March 27, 2026
    About Us
    About Us

    Welcome to Benjamin Franklin Institute, your premier destination for insightful, engaging, and diverse Political News and Opinions.

    The Benjamin Franklin Institute supports free speech, the U.S. Constitution and political candidates and organizations that promote and protect both of these important features of the American Experiment.

    We are passionate about delivering high-quality, accurate, and engaging content that resonates with our readers. Sign up for our text alerts and email newsletter to stay informed.

    Latest Posts

    Cristiano Ronaldo, ‘The Bosnian Diamond’ headline the World Cup 40-and-over club

    June 9, 2026

    How housing market inventory is shifting across every state

    June 9, 2026

    What is a ‘normal’ memory slowdown, and when should I worry?

    June 9, 2026

    Subscribe for Updates

    Stay informed by signing up for our free news alerts.

    Paid for by the Benjamin Franklin Institute. Not authorized by any candidate or candidate’s committee.
    • Privacy Policy
    • About us
    • Contact us

    Type above and press Enter to search. Press Esc to cancel.