KOMPETENSNAV FOTONIK - Smartare Elektroniksystem · Kompetensnav Fotonik Projektledare: Lennart BM Svensson Box 1070 Isafjordsgatan 22 164 25 Kista Tel. 070 -726 7411 [email protected]

SMARTARE ELEKTRONIKSYSTEM FÖR SVERIGE

STRATEGISKT INNOVATIONSPROGRAM

KOMPETENSNAV FOTONIK

Projektledare: Lennart BM Svensson

Smartare Elektroniksystem Summit–2016-09-15

1. Beskrivning av vad fotonik är i allmänhet och dess betydelse för:• Samhället• Industrin• Andra teknikområden.

2. Beskrivning av:• Nationella nätverk • Företag• Institut • Organisationer• Akademier • Identifiera fotonikexperter • Eventuellt bilda ett expertnätverk.

Kompetensnav Fotonik




Industri-Grupperna: 1, 2 och 3


Photonics CompaniesApplication areas

Turnover

ICT (Telecom) was quite dominant in 80s and 90s in Sweden. Now it is only about 13% of the whole.


Academy and Institutes

Lund TechnicalUniversity

• Nanophotonics• Functional Materials• Near-field optics• Quantum optics• Optical communication• Biophotonics

Over 100 researchers

Over 150 researchers

• Laser spectroscopy• Nanophotonics (nmC)• Biophotonics• Solar cells• Lasers and synchrotron • Quantum information


Academy and Institutes

~ 50 researchers

• Bionanophotonics• Laser-matter interaction• Liquid crystals• Optoelectronics• Optical communication• Biophotonics

• Nanophotonics• Optoelectronics• Speciality fibres• Fibre components• High-speed optical communication• Broadband communication

~ 60 researchers in photonics


Key Enabling Technologies (KETs)

Economic Impact of PhotonicsData suggests that there were approximately 2,32 million jobs in photonics in 2015.

US$ 600 bn. = ca.SEK 5.100 miljarder in 2020

© 2016 SPIE and SPECTARIS GmbH

Photonics is one of six Key Enabling Technologies (KETs) appointed by the European Commission.


What is Photonics ?

Photonics is the:

• generation, • transmission, and• utilization

of light and other electromagnetic radiation.

Photonics offers solutions to the global challenges of our time.

© 2016 SPIE and SPECTARIS GmbH Smartare Elektroniksystem Summit–2016-09-15

Electromagnetic Spectrum


Light Spectrum

Light is the very small part of the electromagnetic spectrumvisible to the human eye in the wavelengt range of 380 to 780 nanometers.


Atmospheric Opacity

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Optical Storage Media –Shorter Wavelengths

Wavelengths has a great influence on the performance of optical systems.

Shorter wavelengths can produce smaller focus diameters making greater recording densities possible on optical storage media.


Image of Smallest Structures

Development of Semiconductor Production Processes

The image of increasingly smaller structures requires light sources with very short wavelengths.

Extreme ultraviolet (EUV) light which has a wavelenght of only 13,5 nanometers is already in use.


Optical Fiber Communication

Undisturbed Super-PositionDozens of data signals can be coupled into one single optical fiber and be separated again at the receiver’s end.

The signals can be very finely distinguished based on their: • wavelength (spectral color),• polarization, and • phase.


Maritime Surveillance

Solutions

Airport & Air Traffic

Solutions

Safety & Security Solutions

Remote tower for air traffic control (ATM)

Industry & ApplicationsSecurity, Sensors & Metrology


Security, Sensors & MetrologyIndustry & Applications


Lasers for Laser Doppler Velocimetry

Image processing at Ikea’s Swedwood manufacturing


Digital microscopy analyzers for hematology


Image processing at Ikea’s Swedwood manufacturing


Oblique LiDAR scanning (Light Detection And Ranging)


ManufacturingIndustry & Applications

Laser pattern machine tool Masterproduction of UHD-TVs with TFT-LCD and AMOLED in the latest Smartphone´s.The laser pattern generator in Prexition series is enclosed in a climate chamber to eliminate errors caused by variations in tempera-ture.

CIGS turn key manufacturing equipment.CIGS (copper, indium, gallium and selenide) solar cell technologyStainless steel substrates containing no cadmium


LCD vs OLED

Today, LCD displays dominate the flatscreen market, but in smartphones, organic LEDs (OLEDs) are conquering an increasingly larger market share.

OLED displays are thinner, more energy-efficient, and higher in contrast but more expensive to produce.


Smartphones Manufacturing –Thanks to the Laser

Hundreds of thousands of smartphones are manufactured daily. Quality and efficiency of production are of crucial importance to the manufacturers in this competitive market. Lasers are the key to success here.


QR-Code

QR codes (Quick Responce) are two-dimensional bar codes.

Camera and Optical Sensors often work together with intelligent image or data processing.

Up to 4.000 alphanumerical characters fit on a QR code.


Brighther with LEDs

Since the light bulb, the light output of different types of lamps has been significantly increased.

Today, White LEDs are the most efficient ones.


White LED Light


Intelligent Lighting Systems

“Every light should be intelligent in order to drive radical energy efficiency and provide a platform for distributed building intelligence!”

Digital Lumens kombinerar olika tekniker till ett intelligent system som kan minska energianvändningen för belysning i stora lokaler med upp till 90%.

Philips GrowWise City Farming research centerPlants grown indoors in multilayer trolleys under. LED lighting with customized light recipes grow better, faster and tastier; year-round production with consistent high quality


Light On and In the Car

Intelligent LED lights, camera-based assistancence systems, and information displays ensure a greater security in all driving situations.


Car Headlights

Seeing further ahead: the combination of • LED and • Laser light sources enables an optimum for roadway illumination in every traffic situation.

Light Cone of Headlights

© 2016 SPIE and SPECTARIS GmbH

Laser High Beams


Photonics Roadmaps & Applications

www.photonicsweden.org

www.spie.org/Documents/Membership/SPECTARIS_Photonics.pdf


Kompetensnav FotonikProjektledare: Lennart BM Svensson

Box 1070

Isafjordsgatan 22

164 25 Kista

Tel. 070-726 7411

[email protected]

www.photonicsweden.org

