Components for Quantum Computers
Project budget 5 640 000 kronor, grants 2 830 000 kronor
Partners in project: Chalmers, Low Noise Factory AB
Objective: To develop a C-band hybrid amplifier module with 40 dB gain, average noise temperature of 0.5 K (<0.01 dB) and a dc power dissipation less than 0.1 mW.
Read more about the project here
Antenna systems for smart wells
Project budget 7 200 000 kronor, grants 3 600 000 kronor
Partners in project: Mid sweden University, AquaDuctus, Sweco, MittSverige Vatten och avfall, Tierp Järnbruk, Shortlink
Objective: To design a system that is reliable, imply minimal maintenance and are possible integrate in well production. The project will develop a demonstrator that will be evaluated in the operative environments in the wells
Read more about the project here
Linearization for wireless access in 5G and beyond
Project budget 8 930 000 kronor, grants 4 000 000 kronor
Partners in project: Chalmers, Ericsson, Bluetest
Objectives: Development of power amplifier linearization schemes, operating at extreme bandwidth in massive multi-antenna 5G, and beyond, systems
Specific sub-objectives to reach the main objective:
- Reduce the complexity of wideband linearization by one order of magnitude compared to contemporary techniques.
- Reduce the complexity of multi-antenna linearization by one order of magnitude compared to contemporary techniques.
- Combine wideband and multi-antenna linearization, reducing complexity by up to two orders of magnitude.
- Implement and demonstrate wideband multi-antenna linearization in a testbed, operating in a realistic environment.
Read more about the project here
Array antennas for SatCom applications on mobile platforms
Project budget 7 829 600 kronor, grants 3 914 800 kronor
Partners in project: ReQuTech AB, Linköping University, Forsway Scandinavia AB
Objectives:
- To improve broadband coverage and mobility to areas where no cellular network infrastructure is available, the solution is to use flexible antennas on moving platforms for Satellite Communication (SatCom).
- To develop a low-cost, low profile antenna for services with High Throughput Satellite (HTS).
Read more about the project here
Cloud-Based Indoor Climate Station Embedded in Active Plant Screen
Project budget 5 000 000 kronor, grants 2 500 000 kronor
Partners in project: Vertical Plants System Sweden AB, Angland Electronics AB, Apptek Teknik Applikationer AB, Akademiska Hus AB, J2 Holding AB, Linköping University
Objective: A cloud-based indoor climate station with multiple sensors and actuators, including a new type of VOC (volatile organic compounds) sensor system originating from a recently closed EU project, SENSIndoor
Read more about the project here
Highly-efficient integrated millimetre band antennas (High-Int)
Project budget 5 196 040 kronor, grants 2 499 560 kronor
Partners in project: KTH, Ericsson AB
Objective: The main goal of High-Int is to investigate the new possibilities of fully-metallic configurations forimplementing highly efficient antennas in the millimetre band
Read more about the project here
Fibre-optic Pressure Sensor for Machine Integration and Harsh Environments
Project budget 4 200 000 kronor, grants 2 100 000 kronor
Partners in project: RISE, SKF, Proximion, Svensk Kärnbränslehantering
Objectives:
- To have pressure sensor protypes validated for machine monitoring at SKF and evaluated for bore-hole monitoring at SKB
- To have a plan for commercialization
Read more about the project here
Non-invasive medical imaging system with optical contrast and ultrasonic resolution
Project budget 5 924 173 kronor, grants 2 894 160 kronor
Partners in the project: Lund University, SpectraCure
Objectives:
- Upgrade UOT system to operate with wavelengths in the tissue transparent window.
- Map potential customer base and develop business plan.
- Validate the upgraded system
Read more about the project here
