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1740 results:
Ultrafast Dynamics - Terahertz Measurements for Ultrafast Dynamics  
URL: /applications/terahertz-sensing/ultrafast-dynamics#c520
Terahertz Measurements for Ultrafast Dynamics Numerous applications call for “ultrafast” terahertz measurements High-bandwidth Schottky detectors observe individual terahertz pulses... ...at  
Security - Terahertz Systems for Security Applications  
URL: /applications/terahertz-sensing/security#c521
Terahertz Systems for Security Applications Plastics, paper and cardboard are transparent in the THz range. Imaging with terahertz waves reveals hidden objects. Many explosives and illicit  
Inspection - Inspection for Process Optimization  
URL: /applications/semicon-metrology/inspection#c367
Inspection for Process Optimization Any production line of optical media requires inspection tools in order to maintain high quality standards. Shape and depth of structures have to meet strict  
Ellipsometry - Ellipsometry  
URL: /applications/semicon-metrology/ellipsometry#c368
Ellipsometry Manufacturers of optics, semiconductor and optical data storage share the same problem: how to control the thickness of thin films or layers? The measurement has to be fast,  
Microlithography - Diode Lasers for Microlithography  
URL: /applications/semicon-metrology/microlithography#c369
Diode Lasers for Microlithography Moore’s law is king: Striving for ever smaller structures is the clear target of microlithography. In modern microlithographic systems compact violet and UV diode  
Lithography Optics Inspection - Lithography Optics Inspection  
URL: /applications/semicon-metrology/lithography-optics-inspection#c371
Lithography Optics Inspection Inspection of lithography optics with coherent cw laser light Using wavelengths of 193 or 248 nm (Excimer laser wavelengths) For highest spatial resolution  
Communication - Quantum Technology: Lasers for Communication  
URL: /applications/applied-quantum-technology/communication#c522
Quantum Technology: Lasers for Communication Quantum computing Quantum teleportation Quantum cryptography Sources for single or entangled photons It was only short time after the  
Atom Laser Cooling & Trapping - Tunable Diode Lasers and Frequency Combs for Atom Laser Cooling & Trapping  
URL: /applications/fundamental-quantum-technology/atom-laser-cooling-trapping#c819
Tunable Diode Lasers and Frequency Combs for Atom Laser Cooling & Trapping Doppler cooling Sisyphus / polarization gradient cooling & optical molasses Raman cooling, sideband cooling and  
Atom Laser Cooling & Trapping  
URL: /applications/fundamental-quantum-technology/atom-laser-cooling-trapping#c999
Laser cooling is achieved by applying special light fields or light pulses to an ensemble of atoms, e.g. stemming from the background vapor or thermal beams. Energy and momentum is exchanged  
Atom Laser Cooling & Trapping  
URL: /applications/fundamental-quantum-technology/atom-laser-cooling-trapping#c14664
Magneto-optical trapping combines the friction force of laser cooling with a “restoring” force depending on the atomic position. In order to realize the position dependent force, a magnetic  
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