Microscope Sample

2015

0301-19

Tiritiri Matangi

Dirk let me take this picture on the scanning electron microscope in his lab at Cornell. It is a piece of my skin or hair, I believe. It might have turned out better if we had gold plated it, as was common practice back then. It was a bit more than ten years ago.

DIY half-frame circular fisheye

Angle of view: 180°

Image size: 18x24mm

72 exp.

ACT 1: building

"Ingredients":

Two-format (24x36/18x24 selectable) microscope camera body (without shutter) Nikon C35

door-viewer (MMZ factory, Belarus),

positive converging lens (from broken 6x6 Ljubitel),

large format Compur shutter (found),

m39 & m42 macro extension tube's,

some bigger washer's (from broken HDD) for adjusting hyperfocal distance,

glue

More pictures of the project:

www.siimvahur.com/commuud/fisheye/

Sharpening stone: Петроградъ L-1500-C

(Silicon Carbide F600 ~ 14mkm. grain size)

Testing the range of magnification and quality using an slr camera attachment for a microscope/telescope eyepieces. Microscope was a Motic stereo 10-40x magnification microscope.

Photo available free for noncommercial use. Please contact me if you use any of my images non-commercially or otherwise, either via flickr or on my website www.muddyboots.co as I like to keep a record of when, where and how my images are used.

For commercial uses please contact me for details or request a getty images licence.

For a royal court, made for George III.

Let a drop of seawater evaporate. Got some neat salt crystals left behind.

A very special macro lens! Here you are taking a look in a microscope via a mobile phone camera!

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„Wenn etwas kleiner ist als das Große, so ist es darum noch lange nicht unbedeutend. (Lucius Annaeus Seneca)

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"365: the 2013 edition", "365:2013", "Day 319/365", "Day 319", "15-Nov-13"

Prélevés dans des petits lacs situés à 2200 m d'altitude.

identification sous réserve

The rig in action

Using a reverse-placed 3.6mm webcam lens with a DC zooming about 5x-10x.

sob o calvário Jerusalém Mount Wyatt discovery Richard River cientist president museumm Wyatt pensilvânia US

inventor of the telemicroscopy first saw the somatis of Jesus in Earth

I was thinking of 'Nude Descending a Staircase' when I shot this.

Vancouver, BC, Canada, 2021

Microorganismo ciliado Stylonychia

My first microscope photo.

Taken by Tom. Part of our screen for new sorghum roothairless mutants.

Testing the range of magnification and quality using an slr camera attachment for a microscope/telescope eyepieces. Microscope was a Motic stereo 10-40x magnification microscope.

Photo available free for noncommercial use. Please contact me if you use any of my images non-commercially or otherwise, either via flickr or on my website www.muddyboots.co as I like to keep a record of when, where and how my images are used.

For commercial uses please contact me for details or request a getty images licence.

"Infusoria Stentor" est un micro-organisme ciliés en forme de trompette. Son nom fait référence à Stentor, crieur de l'armée des Grecs lors de la guerre de Troie. Il vit essentiellement en eaux douces et sa longueur peut atteindre 3 à 5 mm, ce qui le fait considérer comme le « géant » des protozoaires.

10x HD Video capture of 2x2 grid.

HD Video captured in a 2x2 grid, each then focus stacked and the resulting stacked images stitched.

Scale 2 microns per pixel

Artefact No.: 2010.0153

Made by: James Hillier and Albert Prebus, Department of Physics, University of Toronto

Date: 1938

Source: Department of Physics, University of Toronto

Canada Science and Technology Museum

A Student Project

This electron microscope, the first in North America, was built in 1938 by two Canadians, Albert Prebus and James Hillier, when they were graduate students in the Physics Department, University of Toronto.

Only a decade earlier, “electron optics” had been a theory in Germany; using local resources during the Great Depression, Prebus and Hillier were able to produce this elegant, homemade instrument – one of the most powerful microscopes in the world at the time.

How it Works

The electron gun (top) sends a beam of electrons through a series of magnetic lenses and then through the specimen. A magnetic projector lens focuses the beam onto a photographic plate.

Microscope Samples

2015

0301-5

Not my idea, but I have tidied it up as a chart.

Freshmen Grace and Emily practice using the microscopes in Biology lab!

Girl looking at research slides with the use of a microscope at North Dakota State University's Moos, Ewes and More event. (David Haasser, NDSU)

See more at: www.mazm.com/2007/06/05/6.snow-pictures-made-by-microscop...

Rotifer under a microscope with about 400x magnification.

cheek cells dyed with red food color.

filmed with Pentax W90 PnS at 40x

Testing the range of magnification and quality using an slr camera attachment for a microscope/telescope eyepieces. Microscope was a Motic stereo 10-40x magnification microscope.

Photo available free for noncommercial use. Please contact me if you use any of my images non-commercially or otherwise, either via flickr or on my website www.muddyboots.co as I like to keep a record of when, where and how my images are used.

For commercial uses please contact me for details or request a getty images licence.

Brno - Hády, Czech republic

upper jurassic, oxfordian

With the aid of this microscope, Fritz Maytag revived the ailing Anchor Brewing Company in San Francisco, CA, in the mid- 1960s, transforming it into an early American “craft” brewery. Microscope, 1938, National Museum of American History, Division of Work and Industry

Incredible gift from Pooja's grandfather . . . his company, Labomed, manufactures and sells microscopes for academic and medical professionals.

Prepared slide from the Celestron 44412 kit

An old microscope tube, equipped with Meade Plossl viewpiece, lies on table. Camera is looking directly into the viewpiece at the longest zoom. The specimen is fixed upright, perpendicular to the view axis, as much as it's possible in such setup.