3D Graded Index Optics Printed using Photocurable Inks

Acronym

3D-GRINO-PPCI

Description of the granted funding

3D-GRINO-PPCI will deliver locally optimized polymeric materials with designed gradient compositions to tailor the performance of the optical systems well beyond the capabilities of today's technologies. We will present a groundbreaking opportunity to replace conventional optical lenses, where material interface (form) refracts light rays, with lenses with parallel tailored refractive index distribution (graded-index GRIN), which makes possible for the optical rays also to bend inside the optical elements. Although simple geometrically symmetric GRIN optics is possible to manufacture currently, our unique multi-material 3D printing technology will enable simultaneous control of complex GRIN structures with accuracy, flexibility, and functionality never seen before. We will also develop optical design algorithms that will benefit from the researched materials and processing data bank, and are able to optimize optical systems for much smaller number of elements than ever before.
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Starting year

2023

End year

2027

Granted funding




Jouni Partanen Orcid -palvelun logo
295 215 €

Role in consortium of the Academy of Finland

Leader

Other consortium parties

Partner
University of Eastern Finland (355542)
400 004 €
Partner
Aalto University (355543)
298 059 €
Partner
Aalto University (355543)
298 059 €

Funder

Research Council of Finland

Funding instrument

Academy projects

Decision maker

Scientific Council for Natural Sciences and Engineering
06.06.2023

Other information

Funding decision number

355540

Fields of science

Physical sciences

Research fields

Optiikka, akustiikka

Identified topics

3d printing