KnowraNanotechnologyLinked fromLinked fromThe 21 pages that link to Nanotechnology, each with the reason it gives.All 21Related 2Narrower topic 17Compared with 2BiotechnologyCompared with: It can intersect with biotechnology, but its defining focus is nanoscale materials rather than biological systems.Scanning electron microscopeNarrower topic: SEM reveals nanoscale surface structures in many materials and devices.BuckminsterfullereneNarrower topic: C₆₀ is a molecular-scale building block studied in nanoscale materials research.Ernst RuskaNarrower topic: Ruska’s instrument helped make nanoscale structures observable, a prerequisite for later work.Molecular machineNarrower topic: Molecular machines are one molecular-scale approach within the broader field of nanotechnology.Jean-Marie LehnNarrower topic: Supramolecular assembly offers a bottom-up route to organized nanoscale structures.MEMSCompared with: Nanotechnology operates at smaller characteristic scales than conventional MEMS.NanomedicineNarrower topic: Nanomedicine applies nanotechnology to biological diagnosis and treatment.Brownian ratchetNarrower topic: Ratchet principles inform proposals for controlling particles and transport at small scales.Gerd BinnigNarrower topic: Scanning-probe instruments helped make nanoscale observation and manipulation practical.Heinrich RohrerNarrower topic: The microscope supplied a tool for observing and handling matter at atomic dimensions.Richard SmalleyNarrower topic: Fullerenes became a prominent molecular building block in the emerging field.Robert CurlNarrower topic: Fullerenes became prominent nanoscale objects with distinctive structures and properties.Harry KrotoNarrower topic: Fullerenes became a prominent nanoscale material and helped broaden interest in molecular nanostructures.MicroelectronicsNarrower topic: Microelectronics increasingly relies on nanoscale structures, though nanotechnology covers many fields beyond circuits.NanostructuresNarrower topic: It is the broader field that includes making and applying nanostructures.Mesoscopic physicsRelated: Its size range overlaps mesoscopic physics, but its scope includes systems without prominent quantum coherence.History of materials scienceRelated: Nanoscale control makes structure engineering possible at finer levels than earlier technologies.MicromachineryNarrower topic: Nanotechnology generally concerns smaller length scales than the microscopic and submillimeter devices considered here.Molecular engineeringNarrower topic: Nanotechnology is broader, spanning materials and devices beyond molecularly designed systems.Nanoelectromechanical systemsNarrower topic: NEMS are one device-oriented branch of the broader effort to engineer nanoscale matter.
KnowraNanotechnologyLinked fromLinked fromThe 21 pages that link to Nanotechnology, each with the reason it gives.All 21Related 2Narrower topic 17Compared with 2BiotechnologyCompared with: It can intersect with biotechnology, but its defining focus is nanoscale materials rather than biological systems.Scanning electron microscopeNarrower topic: SEM reveals nanoscale surface structures in many materials and devices.BuckminsterfullereneNarrower topic: C₆₀ is a molecular-scale building block studied in nanoscale materials research.Ernst RuskaNarrower topic: Ruska’s instrument helped make nanoscale structures observable, a prerequisite for later work.Molecular machineNarrower topic: Molecular machines are one molecular-scale approach within the broader field of nanotechnology.Jean-Marie LehnNarrower topic: Supramolecular assembly offers a bottom-up route to organized nanoscale structures.MEMSCompared with: Nanotechnology operates at smaller characteristic scales than conventional MEMS.NanomedicineNarrower topic: Nanomedicine applies nanotechnology to biological diagnosis and treatment.Brownian ratchetNarrower topic: Ratchet principles inform proposals for controlling particles and transport at small scales.Gerd BinnigNarrower topic: Scanning-probe instruments helped make nanoscale observation and manipulation practical.Heinrich RohrerNarrower topic: The microscope supplied a tool for observing and handling matter at atomic dimensions.Richard SmalleyNarrower topic: Fullerenes became a prominent molecular building block in the emerging field.Robert CurlNarrower topic: Fullerenes became prominent nanoscale objects with distinctive structures and properties.Harry KrotoNarrower topic: Fullerenes became a prominent nanoscale material and helped broaden interest in molecular nanostructures.MicroelectronicsNarrower topic: Microelectronics increasingly relies on nanoscale structures, though nanotechnology covers many fields beyond circuits.NanostructuresNarrower topic: It is the broader field that includes making and applying nanostructures.Mesoscopic physicsRelated: Its size range overlaps mesoscopic physics, but its scope includes systems without prominent quantum coherence.History of materials scienceRelated: Nanoscale control makes structure engineering possible at finer levels than earlier technologies.MicromachineryNarrower topic: Nanotechnology generally concerns smaller length scales than the microscopic and submillimeter devices considered here.Molecular engineeringNarrower topic: Nanotechnology is broader, spanning materials and devices beyond molecularly designed systems.Nanoelectromechanical systemsNarrower topic: NEMS are one device-oriented branch of the broader effort to engineer nanoscale matter.