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2. USB microscope - Wikipedia

   en.wikipedia.org/wiki/USB_microscope

   The top side of a sage leaf seen with a USB microscope - trichomes are visible. The USB image of the underside of a sage leaf - more trichomes are visible on this side. A USB microscope is a low-powered digital microscope which connects to a computer's USB port. Microscopes essentially the same as USB models are also available with other ...

3. Digital microscope - Wikipedia

   en.wikipedia.org/wiki/Digital_microscope

   An insect observed with a digital microscope. Entomologist using a digital microscope to magnify a miniature insect. A digital microscope is a variation of a traditional optical microscope that uses optics and a digital camera to output an image to a monitor, sometimes by means of software running on a computer.

4. Optical microscope - Wikipedia

   en.wikipedia.org/wiki/Optical_microscope

   Low-powered digital microscopes, USB microscopes, are also commercially available. These are essentially webcams with a high-powered macro lens and generally do not use transillumination. The camera is attached directly to a computer's USB port to show the images directly on the monitor. They offer modest magnifications (up to about 200× ...

5. Hirox - Wikipedia

   en.wikipedia.org/wiki/Hirox

   Hirox RH-2000 digital microscope. Hirox (ハイロックス) is a lens company in Tokyo, Japan that created the first digital microscope in 1985. This company is now known as Hirox Co Ltd. [1] Hirox's main industry is digital microscopes, but still makes the lenses for a variety of items including rangefinders.

6. Super-resolution microscopy - Wikipedia

   en.wikipedia.org/wiki/Super-resolution_microscopy

   The Vertico SMI microscope achieves structured illumination by using one or two opposing interfering laser beams along the axis. The object being imaged is then moved in high-precision steps through the wave field, or the wave field itself is moved relative to the object by phase shifts. This results in an improved axial size and distance ...

7. Nion (company) - Wikipedia

   en.wikipedia.org/wiki/Nion_(company)

   Nion's 2004 Science article [3] demonstrated 0.78 Å resolution and led to wide acceptance of aberration correction as the best way to achieve high spatial resolution in electron microscopy. It soon became clear that a new, higher stability electron microscope was needed, built from the ground up so that resolutions of 0.5 Ångstroms and below ...