k Ultrahigh vacuum atomic force microscope Ultrahigh vacuum atomic force microscope UHV AFM being used to study the Casimir force. This microscope is used to study the surfaces of objects at an atomic level. An extremely fine springmounted probe, that is either held in contact with the surface or just above it, slowly moves across the surface. Any deflections are recorded and converted into a computer map of the surface. Placing the object to be studied in a ultrahigh vacuum greatly increases the sensitivity of the probe. The Casimir force is an attractive force between two surfaces in a vacuum. It causes molecules in nanomachines to stick together, limiting their effectiveness. Photographed in the Nanotechnology Department of the University of Leicester, UK. Stock Photo - Afloimages
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Ultra high vacuum atomic force microscope Ultra high vacuum atomic force microscope  UHV  AFM  being used to study the Casimir force. This microscope is used to study the surfaces of objects at an atomic level. An extremely fine spring mounted probe, that is either held in contact with the surface or just above it, slowly moves across the surface. Any deflections are recorded and converted into a computer map of the surface. Placing the object to be studied in a ultra high vacuum greatly increases the sensitivity of the probe. The Casimir force is an attractive force between two surfaces in a vacuum. It causes molecules in nano machines to stick together, limiting their effectiveness. Photographed in the Nanotechnology Department of the University of Leicester, UK.
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Ultra-high vacuum atomic force microscope

Ultra-high vacuum atomic force microscope (UHV- AFM) being used to study the Casimir force. This microscope is used to study the surfaces of objects at an atomic level. An extremely fine spring-mounted probe, that is either held in contact with the surface or just above it, slowly moves across the surface. Any deflections are recorded and converted into a computer map of the surface. Placing the object to be studied in a ultra-high vacuum greatly increases the sensitivity of the probe. The Casimir force is an attractive force between two surfaces in a vacuum. It causes molecules in nano-machines to stick together, limiting their effectiveness. Photographed in the Nanotechnology Department of the University of Leicester, UK.

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