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PhD scholarships (2) on Theory, Fabrication, and Optical Characterization of Subdiffraction Photonic Cavities – DTU Electro

DTU Electro are looking for two bright and motivated PhD students within subdiffraction cavities based on silicon bowties with the overarching goal of exploring new regimes of light-matter interaction.

The first position includes a strong element of nanofabrication but numerical design, theory, and optical measurements are important as well. The second position will be focused mainly on design, theory, and optical measurements.

PhD scholarship in Uncertainty Quantification for Deep Learning - DTU Compute

Do you want to do research on cutting edge machine learning methods?

If you are establishing a career as a researcher in machine learning, and you are motivated to work with the latest methods for quantifying uncertainty in neural networks, we can offer you the best possible foundation.

During the PhD program, you are expected to:

• Develop novel methods for uncertainty quantification in deep learning.
• Work with state-of-the-art nerual network architectures applied to molecular data.
• Publish scientific papers and present research results in top machine learning conferences such as NeurIPS, ICML, UAI, and AISTATS.

Head of the Department of Virus & Microbiological Special Diagnostics

Do you have solid management experience and deep insight and experience within virology?

As Head of the Department of Virus & Microbiological Special Diagnostics, you are responsible for the daily management of the department to ensure the diagnostic preparedness for infection in a one-health perspective with synergy between laboratory diagnostics in humans and animals.

PhD scholarship in integrated blue optical phased array on thin-film lithium niobate platform for underwater optical communication - DTU Electro

We are seeking a candidate for a PhD position to research integrated blue optical phased array (OPA) on thin-film lithium niobate (TFLN) platform, which can enable solid-state optical beam steering and will be used for the next-generation photonic chip-based UOWC system.

This PhD project aims at developing an integrated OPA on TFLN platform at blue light (~450 nm) wavelength band for UOWC systems. You will first design an OPA on TFLN platform at blue-light wavelength. The designed blue OPA will then be fabricated using our advanced cleanroom facilities at DTU Nanolabs and characterized using our state-of-the-art lab facilities.