Tri-potassium citrate crystals A series of images of microscopic crystal formations viewed using polarized light and captured by photomicrography. / Chemical compounds, ranging from the everyday to the exotic, are crystallized on to glass slides. / The crystal patterns are viewed using a microscope fitted with Polaroid filters at magnifications 25 to 250 times actual size. / The normally colorless crystals produce vibrant kaleidoscopic images embracing the entire color spectrum as a palette. / Hours may be spent searching for a composition of color and shape that attracts the eye of the photographer. / The resulting images evoke emotional responses unique to each observer
INTERGALACTIC SHOW: Let’s hope that sometime, 1000 years from now, the human beings together with the other creatures in the Universe, will celebrate the final Cosmic peace. / (digital processing of a collage of fluorescence micrographs)
A photo shot at Hesri Valley, Siggiewi, Malta on 21 September 2009 / Model: Butterfly / Camera: CANON EOS 400D This / work / has / been / produced / by / Christian / Zammit / Kindly / click / on / photo / below. / Visit my gallery Calendars 2010 /
A photo shot at Hesri Valley, Siggiewi, Malta on 21 September 2009 / Model: Snail on thorns / Camera: CANON EOS 400D This / work / has / been / produced / by / Christian / Zammit / Kindly / click / on / photo / below. / Visit my gallery Calendars 2010 /
Our geological legacy is likely to be just this, broken glass and other near-indestructible detritus from our age. Couldn’t we do better?
A series of images of microscopic crystal formations viewed using polarized light and captured by photomicrography. / Chemical compounds, ranging from the everyday to the exotic, are crystallized on to glass slides. / The crystal patterns are viewed using a microscope fitted with Polaroid filters at magnifications 25 to 250 times actual size. / The normally colorless crystals produce vibrant kaleidoscopic images embracing the entire color spectrum as a palette. / Hours may be spent searching for a composition of color and shape that attracts the eye of the photographer. / The resulting images evoke emotional responses unique to each observer.
A series of images of microscopic crystal formations viewed using polarized light and captured by photomicrography. / Chemical compounds, ranging from the everyday to the exotic, are crystallized on to glass slides. / The crystal patterns are viewed using a microscope fitted with Polaroid filters at magnifications 25 to 250 times actual size. / The normally colorless crystals produce vibrant kaleidoscopic images embracing the entire color spectrum as a palette. / Hours may be spent searching for a composition of color and shape that attracts the eye of the photographer. / The resulting images evoke emotional responses unique to each observer.
Crystals of Silver Nitrate A series of images of microscopic crystal formations viewed using polarized light and captured by photomicrography. / Chemical compounds, ranging from the everyday to the exotic, are crystallized on to glass slides. / The crystal patterns are viewed using a microscope fitted with Polaroid filters at magnifications 25 to 250 times actual size. / The normally colorless crystals produce vibrant kaleidoscopic images embracing the entire color spectrum as a palette. / Hours may be spent searching for a composition of color and shape that attracts the eye of the photographer. / The resulting images evoke emotional responses unique to each observer.
Yellowstone National Park Wyoming Thermophile /ther·mo·phile/ (ther´mo-fīl) an organism that grows best at elevated temperatures. A wide variety of thermotolerant and thermophilic microscopic organisms thrive in Yellowstone’s geothermal features. Thermophilic bacteria and archaea are often brightly colored by photosynthetic pigments (chlorophylls or carotenoids).
Picture is a 2-D object. In this shot fog gives us a sense of depth, adds third dimension. Moving train on Geneva (IL) train station adds another component to this image – time! What is time? It is what happens when nothing else happens! Here’s what is happening in my fair town every morning: a bunch of commuters are fetching a ride to Chicago. Canon 50D / Tamron 28-300 mm lens @ 59 mm / f/11 / ISO 100 / 20 seconds! People were cooperative! / No flash, tripod (of course)
Gradient mapped photo of an air pollution monitoring experiment
Camera could focus on either lighthouse or spider-web. I could see both. I guess brain does quite a bit of processing on the fly. Picture is taken from a bridge over Fox River in Batavia, Illinois. Fog was heavy and bridge offered spectacular view of wet spiderweb swaying in the wind. I picked one that seem to be better protected from the wind and took two shots: one focused on light house and one focused on the web. Cropping, contrast, sharpening … I guess that’s it. Canon 50D / Tamron 28-300 mm lens @ 59 mm / ISO 100, 1/125, tripod, f/11, no flash
Science is often seen as divorced from art, but so many scientific experiments have such beautiful results. For example, pH tests with indicators, polaroid film-crossing showing multicoloured material stresses, even the beauty of the assembled delicate detailed glass in an experiment.
Please note – images must be of actual experiments, rather than digitally-created artwork.
Due to the nature of the work here, a lot of the images could well be considered Avant-Garde so check out that group too!!
Colours of Science is just one of 1731 creative groups powered by RedBubble.
RedBubble is the place to share your creative genius with the world through art, photography, design and writing.
Find out more about us, find more groups, sign-up for a free RedBubble membership or take the tour.