The following contains a list of all deliverables of the UNIQORN project. Deliverables marked in italics are confidential and the full version will not be made available online. For all other deliverables, a summary as well as the full version will be made available after approval from the EC here. If you have particular further interest in one of our deliverables, please contact us!
WP1 Project Management
D1.1 Project handbook and quality assurance plan
D1.2 Data management plan
D1.3 Interim project activity and management report
D1.4 First management and progress report
D1.5 Second management and progress report
D1.6 Project final report
WP2 Quantum applications in communication networks, and system-level specifications
D2.1 Initial specifications of UNIQORN devices and initial definition of application scenarios
D2.2 Definition of UNIQORN quantum-optic integration platform, process flow and assembly methodology
D2.3 Preliminary System- and network level performance modelling of UNIQORN quantum communication engine
D2.4 Applicability studies and use cases of UNIQORN quantum technology in access, metro-core and datacenter networks
WP3 Weak coherent quantum communication technology
D3.1 Preliminary manufacturability report for monolithic InP quantum circuit integration
D3.2 Report on 1-GHz CV and 1×4 DV quantum receiver technology
D3.3 Preliminary design report on low-cost modulated DV source
D3.4 Report on 10-GHz CV and 4×4 efficiency-optimised DV quantum receiver technology
WP4 Photon-pair based quantum communication technology
D4.1 Report on quantum-optical polymer interposer and heralded photon engine
D4.2 Polarisation-entangled photon and squeezed light engine
D4.3 Advanced functionalities for hybrid polymer integration: quantum ROADM and switched heralded photon engine
D4.4 Time-bin entanglement and entangled squeezed light engine
WP5 Quantum circuit co-integration
D5.1 Fabrication and characterization of quantum ROADM
D5.2 Fabrication and characterization of QRNG and up-conversion receiver, including report on thermal studies
D5.3 Fabrication and characterization of low-noise CV receiver
D5.4 Fabrication and characterization of squeezed light source
D5.5 Fabrication and characterization of heralded and entangled photon sources
WP6 System integration, protocol implementation and application interfaces
D6.1 Preliminary report on NIC integration of QRNG engine
D6.2 One-time program implementation report
D6.3 Report on Quantum ROADM Whitebox
D6.4 Design and implementation of DPS QIoT system
D6.5 Design and implementation of OT-secured database system
Wp7 Performance evaluation of UNIQORN technology in lab and field
D7.1 Design and implementation of quantum-optic lab test-beds and definition of testing methodologies
D7.2 Intermediate report on UNIQORN performance evaluation in lab trials
Wp8 Dissemination and exploitation activities, manufacturability studies and roadmapping
D8.1 Factsheet and project presentation
D8.2 Website development and creation of social accounts
D8.3 Press release and communication Kit
D8.4 Promotion video availability
D8.5 First period exploitation plans and project dissemination
D8.6 Report on manufacturability and value engineering for UNIQORN quantum SoCs
D8.7 Report on market analysis, roadmap and (pre)-standardization efforts towards quantum networking
D8.8 Report on UNIQORN commercial exploitation potential and business opportunities
D8.9 Final press release