CosmoNanoscience Unit
Principal Investigator
Postdocs
- Matus Rybak (NWO Veni fellow; 2021–)
PhD students
- Bruno Buijtendorp
- Louis Marting
- Arend Moerman
- Leon Olde Scholtenhuis
Bachelor students
- Thies Weel
- Sjoerd de Wit
- Nikita Soshnin (honors program)
Alumni
Postdocs
- Kenichi Karatsu (2015-2017)
PhD students
- Sebastian Hähnle (2021)
Superconducting Integrated Circuits at Sub-millimeter Wavelengths
Master students
- Arend Moerman (2022)
Evaluation and characterization of the DESHIMA optics chain
- Sietse de Boer (2022)
Compact MKIDs: miniaturization of microwave kinetic inductance detectors
- Stefanie Brackenhoff (2021)
SPLITTER: A data model and algorithm for detecting spectral lines and continuum emission of high-redshift galaxies using DESHIMA 2.0
- Matthijs Gouwerok (2021)
A Gas Emission Setup to Evaluate Wideband Sub-mm Spectrometers
- Bruno Buijtendorp (2019)
Deposited Dielectrics with Low Cryogenic Microwave Loss and Their Room Temperature
Properties
- Sjoerd Bosma (2017)
Quasi-optical system for the DESHIMA spectrometer
- Boy Bos (2016)
Reactive Sputter Deposition of Superconducting NbTiN Thin Films
- Werner Daalman (2014)
Noise and loss in superconducting resonators
- Tom Bakx (2014)
Simulated performance of ultra-wideband spectrometers in detecting distant sub-millimetre galaxies
- Cristina Sfiligoj (2013)
Superconducting NbTiN Microstrip Line Resonators with SiNx as Deposited Dielectric
- Bastian Knoors (2012)
Superconducting Microstrip Lines for On-Chip Spectrometry
- Reinier Janssen (2010)
Submicron Kinetic Inductance Detectors for SAFARI Improving MKID sensitivity through width reduction
Bachelor students (BEP)
- Emilio Amaldi (2024)
Predicting DESHIMA 2.0 observations of the thermal Sunyaev-Zel'dovich effect
- Matthijs Roos (2023)
Pre-Flight Simulation of DESHIMA 2.0: Observation of a High-Redshift Galaxy with the Current DESHIMA 2.0 Instrument on the ASTE Telescope
- Liam Ligthart (2022)
Analysing the Performance of SPLITTER A Noise Removal Algorithm for DESHIMA 2.0
- Joris Tiebosch (2022)
Photon-bunching in ground-based submillimeter-wave astronomy
- Anne-Kee Doing (2021)
Analysing a TiEMPO simulation of an observation of the dusty starburst galaxy HFLS3 with
DESHIMA 2.0
- Tamira Lopez (2021)
Photon Statistics in Millimeter-Submillimeter Wave Astronomy
- Esmee Huijten (2020)
TiEMPO: Time-Dependent End-to-End Model for Post-process Optimization of the DESHIMA
Spectrometer
- Yannick Roelvink (2020)
Simulation of a High-Redshift Line-Emitting Galaxy Detection with DESHIMA using TiEMPO
- Yashoda Sukul (2019)
Principal component analysis on atmospheric noise measured with an integrated superconducting spectrometer
- Edouard Schneiders (2017)
Simulated Performance of Ultra-Wideband Spectrometers in Redshift Measurement of Distant Sub-Millimetre Galaxies
- Elmore Vaal (2016)
Validity of analytical Microwave Kinetic Inductance Detector Responsivity Expressions
- Pieter Gimbel (2016)
Understanding the plasma-target interaction during reactive sputtering of superconducting NbTiN films with Tc > 15 K
- Rijk Hogenbirk (2016)
Design of a feasible superconducting on-chip Mach-Zehnder spectrometer using slow-wave coplanar waveguides
- Guus de Koning (2015)
Prototyping a Superconducting On-chip Cascaded Mach-Zehnder Spectrometer for Submillimeter Wave Astronomy
- Menno Herbrink (2015)
Modelling a virtual photon stream from a black body source
- Thijs van der Plas (2015)
Towards a Feasible Prototype of a Superconducting On-chip Cascaded Mach- Zehnder Spectrometer for Sub-millimeter Wave Astronomy
- Tammo Schwietert (2015)
Design of a Superconducting On-chip Cascaded Mach-Zehnder Spectrometer for Millimeter-Submillimeter Astronomy
- Emiel Verment (2015)
Simulation of Radiation Losses for Coplanar Waveguides using Sonnet
- Sarwan Peiter (2014)
Towards Mapping the Large Scale Structure: Simulating the Detection of Clusters with a Low Resolution Spectrometer