Scientific Internship: Design and fabrication of a soft robotic fabric
The Soft Robotic Matter group at AMOLF is looking for interns at the Master level that will work on the development of a soft robotic fabric that can tune its …
In this project you will set in motion fluids of light in a tunable microcavity. Your goal will be to observe a room-temperature superfluid of light, which will propagate around …
Controlling nanomechanical motion through efficient optical measurements
In this project, you will seek to explore quantum mechanics with macroscopic mechanical systems, by performing the most sensitive possible measurements of their motion. The Photonic Forces group studies special …
Stochastic optical resonance in a tunable microcavity: Enhancing coherence by adding noise
In this project you will use noise (random temporal variations in light fields) to enhance the transmission of light through a tunable microcavity. This effect, known as stochastic resonance, relies …
Cathodoluminescence study of naturally occuring hyperbolic materials
The Photonic Materials group at AMOLF is looking for an intern at the Master level. We offer an experimental project where you can use an electron microscope to experimentally investigate …
In this project you will use advanced femtosecond nonlinear spectroscopic and biophysical techniques to unravel how antifreeze proteins function on the molecular scale, focusing in particular on their behavior at …
We offer internships in theoretical biophysics on a number of different topics including DNA under strong confinement and self-organisation of the microtubule cytoskeleton. The precise task will be discussed with …
Your project will involve: Investigating decisive factors for the efficiency of singlet fission materials, fabricating solar cells from singlet fission materials, in combination with conventional, inorganic materials and optical and …
Your project will involve: Investigating decisive factors for the efficiency of singlet fission materials, fabricating solar cells from singlet fission materials, in combination with conventional, inorganic materials and optical and …
The main tasks will include data acquisition and analysis of signaling dynamics using Förster Resonance Energy Transfer (FRET) and behavioral studies with microfluidic devices. The research will benefit from pre-existing …
