Who Are We?

Technology

Time-lenses are based on the principle of the space–time duality of light, which states that a quadratic phase modulation of a temporal waveform is analogous to the action of a thin lens on a spatial beam, hence the expression “time-lens”.

Similar to a spatial lens system, a time-lens can be used to realize a temporal Fourier processor.

As the Fourier transform of a temporal waveform is its spectrum, the time-lens-based OFT can convert the temporal profile of the input signal to its spectral profile and vice versa. In particular, these OFT variations can be realized by merely reordering the time-lens and dispersive media arrangement.

* A. W. Lohmann et al., Appl. Opt., 31(29), 6212-6219, (1992)

Spatial Fourier transformation

Optical Fourier transformation

Team

Penguy - Round

Pengyu Guan

Inventor

Senior researcher, Inventor,
VILLUM Young Investigators grant, main contributor to the patents related to the timelens proof-of-concept, and author of multiple  published scientific papers.

Google
NielsH

Niels Hersoug

Business Development

M.Sc. Electrical Engineering; MBA, Prince II certified project leader. VP in NetTest and Terma, CEO of Hymite A/S and Sparrow Quantum Aps, Head of a UK based pan-European tele-data network operator, fund raising for MMP A/S and other startups.
Linkedin
Finn Kraemer

Finn Kraemer

Product Development

Ph.D, Principal Engineer at Nvidia Inc (former Mellanox), specialist in optical high-speed transceivers, optical communication, telecom and data center interconnects. Former Sr. Apps engineer at Intel Inc.

Linkedin
Mads - Round

Mads Lillieholm

Researcher

Postdoc in Optical Time Lens Signal Processing, Telecommunications engineer, key engagement in setting up, adjusting, and presenting the Timelens proof-of-concept. 

Orcid