How are the photographs taken with a 3D microscope different than those taken with a regular camera? How are they similar?
They are different, because you can see so much more when you look through a microscope. For instance, you can see a strand of hair through a camera, at a tenth of a millimeter, but not a cell, at 100th of a millimeter.
How can photography allow us to view the world around us in different ways?
By taking memories, and valueing them. Teaching us to cherish the times spent with loved ones, and when they are gone, to be grateful for that time with them, and grateful for the beautiful visual memories, and the beautiful mental memories of our time spent with them.
How did the grains of sand from the moon differ from the
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The sand on the earth, is particals of jewels, volcanos, and tiny particals of differnet kinds of rocks, all collecting billions and billions, perhaps even trillions, on only one beach.
Of the micro photographs in the video, which one did you like the best? Why?
The pollen, because it shows so many aspects to something so tiny. Something so small, having so so many layers, that we cant even see!
If you were given a 3D microscope to use for photography, which object(s) would you most want to photograph? Why?
I would want to photograph things like fruits, flowers, and people. Because it's important for people to be able to see completely what they are seeing. Frankly, we have kind of bad eyesight as humans. It's important for people to see and appreciate, the little things in life.
What is your favorite photograph in the presentation? Why?
My favorite, has to be the refuge. Her eyes certianly tell a story, and you can see so many emotions in them. They tell a story that words cannot, they tell a story that no one else would ever be able to see, otherwise.
What is special about
My favorite photograph from this presentation was probably the photograph of all the elephants who were standing together, this photograph was taken at night which I think added to why I liked it. The background behind the elephants is also beautiful, the sky just adds something to this photograph.
The illuminating parts of a microscope enable us to see the detail of the subject placed under the microscope. The three main parts that enable us to do this are: the condenser which illuminates the object that is placed under the microscope, the objectives which forms the magnified image, and the eyepiece which enables us to see the magnified
2) Electron Microscope (EM) uses a beam of electrons to resolve electrons, better resolving powers than light microscope M:100,000x RP 0,2 nanometer
Concept 6.1 Biologists use microscopes and the tools of biochemistry to study cells 1. The study of cells has been limited by their small size, and so they were not seen and described until 1665, when Robert Hooke first looked at dead cells from an oak tree. His contemporary, Anton van Leeuwenhoek, crafted lenses and with the improvements in optical aids, a new world was opened. Magnification and resolving power limit what can be seen. Explain the difference. Magnification is the ratio of an object’s image size to its real size. Resolution is a measure of the clarity of the image; it is the minimum distance two points can be separated and still be distinguished
My favorite pose is where this adorable little one was sleeping on her side with hands under her cheek like a tiny angel. It was hard to choose a favorite since this precious baby looked like a little princess in every photograph. A newborn photographer who has a hard time choosing her favorite poses among so many cute ones still has a pretty good job
Provide the calculation steps, including the conversion factor that would be needed to convert the following measurements, and the final answers. Use US and liquid units where appropriate.
BSP, S. (2010). How is EM different from light microscopy? Retrieved April 25, 2015, from http://bsp.med.harvard.edu/node/222
The digital microscope Keyence VHX-5000 is a method, which is easy to handle and supports research with high-resolution images and the calculation of 3D-surface-models. Several functions make it easy and quick to work with: The 3D-function also allows clear 2D images of a rough surface, because all levels are focused automatically and a sharp image of all levels will be created. This function makes it easy to analyse deep cuts, which can be only partially focused in light microscopy or electron microscopy. To calculate a 3D- surface-model the lower and upper border of the depth of interest has to be determined, by focusing on these levels. Between these borders a level difference of five microns were chosen. In other words, after every scan the lens moves five microns from the sample away.
It was then during the 1950’s that Zacharias Jansen and his father, Han Jansen, created the first high-powered compound light microscope. Images could be magnified up to 9x which was a novel feat at that time. Zacharias and his father created the device after experimenting with glasses and discovered that by placing multiple lens in a tube they could increase magnification. Unfortunately, the microscope lacked the high resolution we have come to expect in modern-day light microscopes. The images produced by the Hans’ primitive microscope was extremely blurry and had limited
The one that stands out to me the most is nature, because it talks about leaves, flowers, and sunsets. The cool thing about this poem is that it talks about a life cycle; the lifecycle of a day, a season, or even a lifetime. In nature nothing lasts, but in every ending there's a new beginning.
“All you have to do is contemplate a simple grain of sand, and you will see in it all the marvels of creation. Listen to your heart. It knows all things, because it came from the Soul of the World, and it will one
NOTE: Answer Question A only if you used a compound light microscope for this experiment.
Firstly, it captures the beauty of arts, people, and nature. In fact, it captures the soul of every living creature that escapes the people’s naked eye, permeating the core of their hearts. It enlivens prosaic sceneries and environs. That being said, photography makes people see the beauty and magnificence of God’s creation. This world is such a beautiful dwelling, and it just takes lenses to show it to the people who have the deepest appreciation of arts and beauty of nature, and even to those who have not grasped yet how stunning
Photography serves many purposes and since its invention people have used it for many different reasons, but mostly for
Most microscopes, including those in schools and laboratories today, are optical microscopes. They use glass lenses to enlarge, or magnify, an image. An optical microscope cannot produce an image of an object smaller than the length of the light wave in use. To see anything smaller than 2,000 angstroms (about 1/250,000 of an inch) a wave of shorter length would