Peter Vasil’s research while affiliated with Technische Universität Berlin and other places

... Furthermore, with restricted launch, BLP of >100 Ghz×m is recorded with a reasonable large offset range (18 × 20 µm 2 ). This indicates that, with proper refractive index engineering [10] [11] [12], multimode polymer waveguide is capable to handle a data rate of over 100Gb/s, which is an important result as traditionally 100Gbps×m is the threshold between the use of optical and copper technology as the transmission link [13]. The economic incentive due to cost reduction by using multimode instead of single-mode transmission may lower down the threshold value and hence promote the use of optical interconnection. ...

Reference:

Development of Multimode Polymeric Waveguide Structure

... Synth-A-Modeler (SaM) Compiler by Berdahl and Smith (2012) and Designer by Berdahl et al. (2016) together constitute an interactive development environment for designing forcefeedback interactions with physical models. With SaM, designers interconnect objects from various paradigms (mass interaction, digital waveguides, modal resonators) in a visual programming canvas reminiscent of electronic schematics and mechanical diagrams and compile applications generated with the Faust digital-signal-processing (DSP) framework. ...

Reference:

Challenges and Opportunities of Force Feedback in Music