Dynamo

Dynamic Spatio-Temporal Modulation of Light by Phononic Architectures

  • Project title: Dynamo Project
  • Programme: HORIZON-EIC-2021-PATHFINDEROPEN
  • Coordinated by: Universitat Jaume I, Spain
  • Project start date: 1 March 2022 Project end date: 28 February 2026

 

Spatial light modulators (SLM) are the components responsible for shaping light beams in a spatial pattern according to an electrical or optical input present in every optical imaging technology, from daily life projectors to all kinds of microscopies and emerging holographic displays.

Most SLMs are binary devices based in ferroelectric liquid crystals with switching times of 50 to 100 ms. The fastest comercial SLMs are binary devices based in ferroelectric liquid crystals or microelectromechanical systems with switching times of 10 to 100 microseconds, which hinders proper imaging of dynamic media and future display development. Dynamo proposes a complete reimagining of the Spatial Light Modulators to enable ultrafast spatial modulation of optical beams.

Our proposed SLMs consist of a micro-structured surface sustaining different deformation patterns upon mechanical excitation. We will design architectures sustaining different vibrational modes for each frequency, thus enabling to encode a large number of patterns with a short excitation pulse. As a result, this technology will reduce the operating times to spatially modulate light by several orders of magnitude.

Dynamo deals with the fundamentals of physical acoustics to develop complex imaging applications and englobes the theoretical design, scalable fabrication and photoacoustic characterization of micro-structures surfaces for their final implementation as SLMs for imaging technology. This complex pathway requires a multidisciplinary consortium made of theoreticians and experimentalists from the domains of acoustics and photonics.

The final objective of the project is to establish a disruptive technology where the spatial modulation of optical beams reach both the spatial and temporal limits, what constitutes a true breakthrough in current technologies where only the spatial limit has been reached.

Don't bother looking for me today, I'm going to take the day off to celebrate #EuropeDay2022 😄! See you in the streets celebrating and listening to some music in this sunny #EuropeDay 🇪🇺🌞

Can you believe it? I have more job vacancies for you!🎉➡️First Stage Researcher (R1): Public call to fill a vacancy for research support specialist to work at @UJIuniversitat on a full contract. #optoacoustics #opticalimaging https://euraxess.ec.europa.eu/jobs/781309

Who wants to rock & roll?🤟 Full-time position for a motivated researcher with an experimental profile in the field of picoseconds #ultrasonics, although general experimental experience in the use of femtosecond lasers is welcomed, is now open! Apply here:
https://euraxess.ec.europa.eu/jobs/781290

🆕💡 The Dynamo European project, coordinated by the UJI, has started its activity with a first meeting of partners and collaborators in Castellón with the aim of developing new modulators for image processing. 🤩 #CiènciaUJI https://my.mtr.cool/xorpxayvav

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Contacto

Daniel Torrent Martí
dynamo@dynamo-project.eu