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Just taking a much closer look under our microscope. We did a lot of microsurgery trying to fix the thing.
Charles Daghlian looks on as Max Lifson '11 examines ZnO nanostructures on the scanning electron microscope
photo: Joseph Mehling '69
冬至も近いので、ユズを買ってきて皮を観察してみた。
細胞の中の黄色いツブツブがカロテン色素かな
Microscope: Nikon Eclipse E100 (100x)
コリメート撮影
Nikon D90
AF-S DX Micro NIKKOR 40mm f/2.8G
Here's the rig we were using to get these photos - a fiber optic cold light and a microscope with a T2 adapter, a T2-EOS adapter, and an AC power adapter.
From the collection of George Weistroffer.
windows based interface used for viewing images taken for microgravity research in the U.S. National Lab onboard the ISS
User interface for my Nikon converted microscope. I mounted a stepper motor on the nikon stand. With microscope lenses I can use stacking photography again. I have a generic lens 4X, 40x and 100x that can give me beautiful images via the Nikon D7100. The step size for the 4x lens lens is 20 um. For a height of 2mm you have to take 100 pictures. With the Zerene stacking software, a photo is then compiled. This software can also create a 3D image. Later I will post more information about the device.
The main controller is the Fischertechnik TXT Controller and connected via the I2C to mijn FPGA unit.
Found these in a trash pile on the side of the road during fall clean up. One is a Lienz stereo microscope with either 50X or 100X settings the other is a Nikon SMZ-2B with a zoom that's 8X-50X. There was also a Capra fiber optic light source without a bulb and an extra 10X objective lens for the Lienz. Both scopes are fully functional and the light source is only missing the bulb. I am keeping the Nikon to replace my Bausch & Lomb and selling that one and the Leinz. Also keeping the light source.
view under microscope with about 100 x magnification, Rheinberg illumination, stack of 12 photos with different focus plane.
This is a Victorian era student microscope which used to belong to my grandfather, who purchased it second-hand many years ago. It was created by Broadhurst, Clarkson & Company, who were resident at 63 Farringdon Road in London during the mid to late 1800s and were manufacturers of fine quality instruments to the gentry and scientific community.
The body of the microscope is made from brass; it's a lovely old thing and a lot of fun to use...especially because its box was packed with a range of vintage slides from the early 1900s. These beautiful objects have now been superceded by modern technology, but they remain very usable instruments which symbolise an exciting and important time for science.
First commercial high school experiment on U.S. National Lab on Space Station.
This is an actual photo image taken by a small digital camera in the VCS 2010-11 NanoLab project aboard the ISS.
The image is of VCS plant incubation chamber. The similar images on the left and right are the side views of these plant chambers provided by two different angled mirrors to the left and right sides of the plant chambers.
The plants that were being grown included Marigolds and Wisconsin Fast Plants
McKissick Museum and the A. C. Moore Herbarium, from the University of South Carolina, teamed up with faculty at A. C. Moore School, in Columbia, to develop a display on the life and academic background of the school's (and herbarium's) namesake, Andrew Charles Moore. Moore was a native South Carolinian, and an undergraduate at USC, then involved in graduate studies at the University of Chicago. He returned to Columbia, and served on the faculty of the brand-new Department of Biology, and as its first Chair. He started the herbarium in 1907, and is credited with the first scientific publication using the term "meiosis" in its modern biological context. He served as President of the University for 2 one-year terms, and championed public education in Columbia. He died (within what is now Lieber College, on USC's Horseshoe) in 1928. A new elementary school was built in 1930, and it bears his name.
0227-21
An interesting look at everyday things.
I bought a cheap USB powered Microscope and then started exploring. Some of the images were very unexpected so I thought I would post a few.
2015