MASERs allow signals at microwave frequencies (0.1-100 GHz) to be amplified with unparalleled low electronic noise, allowing applications both as a receiver for deep-space communication, radar and medical imaging, and as a frequency standard for atomic clocks.
A novel approach to light-sheet fluorescence microscopy that uses a folded optical configuration to achieve both sample scanning and dual-view image acquisition.
Imperial.Tech.Pitch: Infrastructure resilience brought together inventors from Imperial to present their technology solutions to improve and enhance infrastructure around the world, from sensing and systems security through to carbon neutral concrete, corrosion prevention and design thinking innovations.
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A simple, low-cost and scalable technology to fabricate solution-processed circularly polarised organic light-emitting diodes (CP-OLEDs).
A high-power and high-efficiency new methodology for laser vortex creation that enables new devices and applications with vortex spatial format.
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