View allAll Photos Tagged microscopic
A close-up 10:1 microscopic photograph of the color markings on the wings of a Cream-striped owl Moth (Cyligramma latona).
Gear:
Nikon CFI Plan 10X Microscope Objective.
Nikkor 105mm f/2.8G ED IF AF-S VR Lens.
Manfrotto 454 Micrometric Positioning Sliding Plate.
Not included: Lots of patience.
Martin
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The grandeur of magnificently golden light shimmers off the sparkles of the microscopic, synthesized molecules from the fresh coat of paint on what is just ordinary wood paneling. The essence of this beauty is captured by my mechanical life-moment freezing machine expressively represented in an altered form and function as a mirrored-image tessellation that renders the viewer's mind speechless as if they are under the influence of a psychedelic or mind manifesting narcotic. Enjoy!
I art therefore I am.
Absolutely stunning when viewed in LIGHTBOX!!!!!
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Microscopic view of calcite-epidote-scapolite part of magnetite skapolite-epidote-diopside skarn under crossed polarizers. The size of image is about 1.1 х 0.6 мм
Кальцит-эпидот-скаполитовый участок вкрапленных магнетитовых скаполит-эпидот-диопсидовых известковых скарнов. Проходящий свет, николи скрещены. Поле зрения 1.1 х 0.6 мм.
A Mobius Patterns IFS fractal formed from a set of Mobius transformations.
Created using the Fractal Science Kit fractal generator. See www.fractalsciencekit.com/ for details.
The method used to produce this image is based on information in the book "Indra's Pearls - The Vision of Felix Klein" by David Mumford, Caroline Series, and David Wright. For additional details, see David Wright's "Indra's Pearls" site (klein.math.okstate.edu/IndrasPearls/).
Microscopic examination of the spores of S. austriaca reveals 'budding' which means it can't be S. coccinea. They are otherwise almost impossible to tell apart. (50x FLU oil objective)
Microscopic pollen? Sonic Sphere was a truly immersive audio and light concert orb. Occupants lie on suspended nets in the middle of the giant geodesic sphere where they are surrounded in all directions by lighting effects and 60 speakers each with a unique audio channel. Created by Kugel Collective
For more Burning Man images follow my decommodified feed at www.instagram.com/jamenpercy.burn
Taken and originally posted in 2014.
A girl with blue-green toenail polish passes a sign -- "Microscopic Robot Army" -- chalked onto a stairway at Pike Place Market. It was one of several (with arrows) that was meant to draw attention to a crafts place down on Western Avenue.
Microscopic photo showing tumor and adjacent lung parenchyma. The tumor exhibits basaloid architecture with organoid/lobular structures and prominent peripheral palisading of cell nuclei. Patchy tumor necrosis and desmoplasic fibrosis are present. H & E stain. 4X. Jian-Hua Qiao, MD, FCAP, Los Angeles, CA, USA.
Even the NHS prefers Nikon!
Jokes aside, I think this is a fine example of why the NHS is out of money. Not the only reason of course but you can't tell me that these could not have been carried less than a mile down the road, to the new hospital. But no, just left there to rot, instead.
Broken Britian.
A low magnification microscopic image of one of the things seen in nature. Feel free to post in the comments if you think you know what the pattern is. I just love some of the patterns found in nature.
Maker: Nicolaas Henneman (1813-1898) and Joseph Delves
Born: Netherlands/UK
Active: UK
Medium: albumen print
Size: 6 15/16 in x 9 3/16 in
Location:
Object No. 2023.212
Shelf: B-39
Publication: : Quarterly Journal of Microscopical Science ; n.s., vol. i. London : Samuel Highley, 1853, Description : 57-58 p., [1 l.] pl., [1 l.] legend ; ill.: 2 phot. ; 21.8 cm. Plate VII
Other Collections:
Provenance: : Descended directly from Robert Murray (1798-1857) and then via Christies auction 2005
Notes: Negative by Joseph Delves, printed by Nicolaas Henneman. Photomicrograph Proof / Prototype (paper type experiment 2 on darker paper stock) – The First Published Use Of Scott Archer’s Albumen Process and The First Use Of Photomicrographs To Illustrate Text In A Commercial Publication. Studio of Nicolaas Henneman - Two Photomicrographs, Collodion Printed on One Sheet - With Photographer's 'J. Delves' and Printer's 'Henneman' Credits, Series Title and Plate Number. Microscopic Photograph of A Spiracle & Tracheae of the Silk Worm Magnified 60 Diameters and Proboscis of the Fly Magnified 180 Diameters. Published (trimmed) in The Quarterly Journal of Microscopical Science with a Description of the Process. These were the very first photomicrographs illustrating a text disseminated by a commercial publisher and they were the first to demonstrate the brilliant definition made possible by Frederick Scott Archer's collodion process introduced in 1851. Delves exploited the speed and sensitivity of Archer's unpatented wet collodion emulsion used with the longer focal length of a 24 inch camera obscura that he fabricated and attached to the eye-piece end of a microscope. Alfred Donné had made an earlier attempt at publishing multiples of photomicrographs that he intended to use for an atlas accompanying his Cours microscopie titled, Atlas exécuté d'après nature au microscope-daguerréotype (Paris: Baillière, 1845 »»). But while Donné had established proof of concept for photoengraving, the silver substrate of his daguerreotype printing plates failed after only a few images were struck and he required the skills of the engraver Oudet to copy the images by hand. The idea of using daguerreotypes for reproduction photography died with Donné. Talbot originated the technique of photomicrography in 1839 by using a camera adapted to a solar microscope and he gave away 8 inch square prints to friends and colleagues in the scientific community including Sir John Herschel, but scientists were discouraged from experimenting in calotype photomicrography because of the patents that the litigious Talbot had placed on his process. They were also discouraged by the poor definition produced by the calotype process and by the year 1852 many scientists had given up on the idea of using photomicrography for illuminating their research.
For further information see "The Silkworm and the Fly in 'Actinographic' Prints; by Nicolaas Henneman" by Jennifer Loynd Cowheard in The History of Photography, Vol 13, No 2, April-Junem, 1989
To view our archive organized by Collections, visit: OUR COLLECTIONS
For information about reproducing this image, visit: THE HISTORY OF PHOTOGRAPHY ARCHIVE
Classic case of epithelioid mesothelioma showing tumor encasing and invading lung and involvement of fissures.
From the Messejana Heart and Lung Hospital, Fortaleza, Brazil
Images contributed by Dr. Fabio Tavora - @fabiotavora
Per la Mònica, Puckyireth, ja que és la que ens ha deleitat darrerament amb les seves imatges microscòpiques. :)
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Para Mònica, Puckyireth, quien nos ha deleitado ultimamente con sus imagenes microscópicas. :)
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♫♪♫ Sopa de Cabra - Camins ♫♪♫
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Yeah, still playing with slime moulds. This one (a fresh Goldie) has formed quite a dense mass - might be away to fruit. For those who remember Rusty, I am sorry to say I took my "experiments" too far and she faded away. On this specimen, which I've kept going a couple of months, I seem to have some kind of minute beetle larva, barely visible to the spectacled eye. Also a fascinating white mite, which I never saw at all til on the laptop. Need to dig out my magnifying specs and still to find my reversing ring - which I know will turn up the second I order a replacement.
239/365
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Microscopic Bryum dichotomum moss with visible bulbils, next to Tortula sp. moss (with fibers on leaf tips)
Fun foundational design originally posted on The Free Motion Quilting Project at: freemotionquilting.blogspot.com/2010/07/day-200-microscop...
While standing on one of the bridges and looking down into the pond for anything interesting, however, tiny, this single encrusted leaf came floating by so slowly from one side, as if it were a vessel with a world of microscopic organisms on a cruise. Instantly, my attention went straight to it, for it almost seemed to have deliberate movement. But, as a photo enthusiast, I knew that it would make a very fascinating shot if composed right . . .
It was certainly nice to get over to Buck Garden early in the spring season, for signs of new arrivals, both in the wildlife and plant world. The floral landscape should be quite beautiful in a few weeks, as the horticulturists and gardeners passionately add these colorful accents in a natural fashion throughout the garden. The first spring visit was very rewarding with some interesting discoveries.
Situated in Far Hills in Somerset County of New Jersey, this hidden gem, nestled amongst hills and brooks, is like the proverbial Garden of Eden. Incorporating the natural landscape and creating a truly enchanting garden around it makes this place a MUST VISIT for anyone with a sense of appreciation for nature in a quiet way. Nothing pretentious, but so much can be seen and learned from each outing. The bucolic setting will put your heart and soul at ease, and quickly remove the stress of everyday life—at least, while you are there.
The vast collection of trees and plants is incredible, and the landscape architecture is attended to with such deep passion and care. Wildlife, such as birds, insects, amphibians and reptiles can be seen regularly during the warmer seasons, and the pure air of life emanates throughout. The brooks and ponds are rich with activity and you don’t need to enjoy photography to appreciate the many wonders.
Take a look at our ALBUM for Leonard J. Buck Garden . . .
Some microscopic bugs have extraordinary powers. Just think - can you cause plant tissue to grow in such a way that they create the perfect home for you?
Galls are abnormal plant growths caused by various organisms...whose feeding or egg laying activity initiate increased production of normal plant growth hormones resulting in localized plant growth. www.extension.umn.edu/garden/insects/find/insect-and-mite...
The leaf galls pictured here may be caused by microscopic mites - the galls look similar to these on bugguide: bugguide.net/node/view/600218/bgpage If that's what they are then the associated mites look like one on the bottom of this page: tyazz.over-blog.com/2014/04/galles-du-tilleul-eriophyes-t...
Found at Palisades Kepler State Park, Iowa
Corrections appreciated.