quantum photonic projects

1
QUANTUM PHOTONIC PROJECTS www.altertechnology-group.com QUEST: Design and Packaging of a Compact Entangled-Photon Source for Space Quantum Key Distribution Packaged for real-world applications Target space applications Telecoms and space-qualified processes to ensure stability and reliability Single Ion Microfabricated ion trap, coupled with scalable entanglement techniques facilitate advances in atomic clocks and quantum processors Design and manufacture of a bespoke ITCC (Ion-Trap-Chip-Carrier) to hold a double sided MEMS silicon chip Bespoke and scalable assembly processes Withstands UHV application requirements rAmpart: fibre-coupled tapered amplifier for Quantum applications Automated wirebonding, Pick & Place High fibre coupling efficiency SPAD assisted time-of-flight imaging Transferable technology: Quantum cooling, LiDAR applications SLAM: Vacuum package with fibre optic access & SPADs, with integrated Michelson interferometer to measure a MEMS gravimeter multi-stage TEC < -60 °C High vacuum sealed, fibre coupled Low temperature cold weld crimp sealing processes Light transmitted Pump Light coupled Light generated by four wave mixing Drop port

Upload: others

Post on 30-May-2022

2 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: QUANTUM PHOTONIC PROJECTS

QUANTUM PHOTONIC PROJECTS

www.altertechnology-group.com

QUEST:DesignandPackagingofaCompactEntangled-PhotonSourceforSpaceQuantumKeyDistribution

Packaged for real-world applicationsTarget space applications Telecoms and space-qualified processes to ensure stability and reliability

SingleIonMicrofabricatediontrap,coupledwithscalableentanglementtechniquesfacilitateadvancesinatomicclocksandquantumprocessors

Design and manufacture of a bespoke ITCC (Ion-Trap-Chip-Carrier) to hold a double sided MEMS silicon chipBespoke and scalable assembly processes Withstands UHV application requirements

rAmpart:fibre-coupledtaperedamplifierforQuantumapplications

Automated wirebonding, Pick & PlaceHigh fibre coupling efficiency SPAD assisted time-of-flight imaging Transferable technology: Quantum cooling, LiDAR applications

SLAM:Vacuumpackagewithfibreopticaccess&SPADs,withintegratedMichelsoninterferometertomeasureaMEMSgravimeter

multi-stage TEC < -60 °C High vacuum sealed, fibre coupled Low temperature cold weld crimp sealing processes

Light transmittedPump

Light coupled

Light generated by four wave mixing

Drop port