På DTU Fotonik kommer du ind i en verden af nationaliteter samlet i et forskningsmiljø af verdensklasse
DTU Fotoniks forskning er delt op på fire sektioner:
Numerical Simulation of Microresonator Frequency Comb Generation An optical frequency comb is a broadband light source whose spectrum has a comb-like structure. A coherent comb contains many laser lin...
In this project the student will investigate the potential of combining low density parity check convolutional codes (LDPC-CC) with the constellation shaping scheme from . In particular, suitabl...
In this project, new methods will be investigated for phase noise recovery in MCM systems. The student will learn about high-spectral efficiency optical communications, the nonlinear noise problem ...
Sensor Technology Group
has developed a new concept for IR light detection, where IR light,
rather than being detected directly in the IR
To transfer multiphoton microscopy onto an endoscope based
system, we need to deliver femtosecond pulses through fibres. The project
consists of testing the capabilities of a two-photon microscope a...
DTU Fotonik has suggested product codes as error-correcting
codes for very high speed optical
communication, and a single FPGA has been implemented for 1600 Gbit/s. Product
codes are construc...