What are all of the different types of microscopes?
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I didn't know the answer to this one myself, so I looked it up, wow, I can't write it all down here sorry.  But here are some sights I was able to pull up, hopefully you can find the info you would like here.  :)  Basically from what I have gathered though, they are broken down into four groups, compound, dissection, scanning electron, and transmission electron.  The last source I listed, has a guide to help you pick the right microscope for you if you are looking to buy one.  I'm not sure if any of this will help, but I hope it will.
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Olympus is much better. In terms of upgradeability, service and durability. For vets, I recommend the CX31 or 41. You can have a phase contrast attachment for live cell microscopy. Also, you can opt to have a trinocular tube which can be connected to camera.\n\np.s. what country do you live in? i can recommend an olympus dealer.
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Humphrey Microscope.\n\nSeriously, it's usually credited to Leewenhoek.
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Physical (chem, physics), life (biology, medicine), Geo (geology, geography) and Computer\n\nIs that the classification you were asking for?
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An upright microscope looks down at the stage, slide and specimen, and transmitted light travels upward from a mirror located below the stage. An inverted microscope does the opposite. Its optics include a prism so that a person looking down into the microscope sees the view from below the stage. An advantage of the inverted microscope is said to be the ability to view live specimens in a deep covered container (see ref.). The short working distance of the typical objective lens prevents such viewing in the upright microscope. (However some change in the inverted microscope's objective is needed to accommodate container thickness.)
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Well, I don't think it was discovered, but rather developed (or invented)... here's a quote:\n\nPrior to 1930, all microscopes were optical. In 1931, German physicist Ernst Ruska developed the electron microscope that used a beam of moving electronics to illuminate an object instead of light. Magnetic lenses or electric coils produce magnetic fields to deflect the electrons in the same manner that glass lenses bend light rays. The specimen has to be in a vacuum, however, because electrons cannot travel through air. Electron microscopes give point-to-point resolutions of less than 0.2 nanometers. This high resolution permits the direct visualization of many molecules and some atoms.
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(m)\n\nField of View or Field Diameter is very important in microscopy as it is a more meaningful number than "magnification".  Field diameter is simply the number of millimeters or micrometers you will see in your whole field of view when looking into the eyepiece lens.  It is just as if you put a ruler under the microscope and counted the number of lines.  \n\nThe chart below will tell you (approximately) what to expect when looking through a microscope with varying combinations of eyepiece and objective lenses.  As an example (in green below), a dual power stereo microscope with 10X eyepiece lenses and 1X and 3X combinations of objective lenses, would have total powers of 10X and 30X and your field of view would be 20 mm and 6.7 mm respectively.  \n\nThis means that an object 20 mm (2 cm, or about 3/4 inch) wide would fill up the whole viewing area at 10X and an object about 6.7 mm wide would fill up the whole area at 30X.  As you can see, having the highest power may not be best for your particular application.  When you move to greater magnifications, you sacrifice field of view.
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Here are some Lab Apparatus \nhttp://library.advanced.org/11430/research/apparatus.htm\nhttp://www.charltonsci.co.uk/charlton_scientific_015.htm\n\nhere are all the Lab Apparatus (click on them to get info one them)\nhttp://en.wikipedia.org/wiki/Category:Laboratory_equipment
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it is called a compound microscope because it has more than 2 lenses. when ever any apparatus hac more than two things of the same type, it is called compound. also the presence of so many lenses affects the light many times to magnify and get reflected from the mirrors. the complete process is a bit complex. thats why it is called a complex microscope!\nalso, its simpler ersion (with two lenses) is also availabe. this is far more easy and could even be made at home!! as this is simple microscope, something got to be complex!!!
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If you mean the three types of microscopes then it is optical, light and electron.
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Here are just a few:\n\nSimple light\nCompound light\nDisecting light\nConfocal\nScanning electron\nTransmission electron\n\nI'm sure you could do a Google search on "microscopes" and find what you're looking for.
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Electron microscopes are used to magnify details up to 500,000 times their normal size. However, due to diffraction, even the best optical microscope (the kind you are probably used to using) is limited to a resolution of 0.2 micrometers. (One micrometer is 0.000001 meter.)
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Most microscopes have lighting underneath the slide tray.  If the slide were opaque, not clear, you would not get sufficient lighting up through the slide and into the optics.
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1. google images\n\n2. a good resource for all thing microsopical is: \nhttp://micro.magnet.fsu.edu/primer/webresources.html\n\n3. look at images posted by research labs on their website. If you e-mail them for permission, it's very unlikely they say no. \n\n4. ask people doing research using microscopical techniques directly either at your university (if you teach there) or at the university closest to your location.
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A type of scanning probe microscope. It is a microscope that scans the probe and measures the electrostatic force which works between the probe and the specimen, and draws images based on the measurements.
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With a conventional bright field microscope, light from an incandescent source is aimed toward a lens beneath the stage called the condenser, through the specimen, through an objective lens, and to the eye through a second magnifying lens, the ocular or eyepiece. Most microscopes will have a built-in illuminator.\n\nI hope that helps
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microscope\nsalt is pyramid shaped.