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:
Background: Thin-film photovoltaic cells typically use semiconductors such as CdTe or copper indium gallium sulfide/selenide (CIGS) as an energy absorber material. Due to the limited availability of s...
Two dimensional transition metal dichalcogenides (2D-TMDs), such as MoS2
and MoSe2, have emerged as a new class of
semiconducting materials with novel electronic and optical properties that are
This project is experimental, and the students would get a chance to fabricate thin-film solar cells themselves. The focus of the project can be tailored to the student's interests, but would cover fa...
MSc Thesis Project
Intercell interference mitigation in LTE networks
LTE (Long Term Evolution) seems to be the technology of
choice for future mobile communication systems. The m...
Performance modelling of solar modules is
important because its enables precise prediction of the energy production,
which not only is nice to know – but a crucial parameter f...
Stand-alone solar powered lighting
solutions is becoming more and more popular due to the high cost of digging
down cables. Prediction of their performance in an urban environment is
Sensor Technology Group
has developed a new concept for IR light detection, where IR light,
rather than being detected directly in the IR
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 ...