• · Scientific Internships

    Scientific Internship: Teamwork in active cytoskeletal systems

    The cells in our body are highly complex, soft and responsive machines. They need to be resistant to large external forces but at the same time dynamic, to allow essential …

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  • · Support positions

    AMOLF: Elektronica Engineer

    Vind jij het leuk om de grenzen van het Elektronica vakgebied te verkennen en heb je affiniteit met natuurkunde? Solliciteer dan snel op deze functie!Als Elektronica Engineer ontwikkeld je hoogwaardige …

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  • · Support positions

    Installatietechnicus (meet- & regeltechniek)

    Je co├Ârdineert beheers- en projectmatige werkzaamheden aan de complexe technische installaties en infrastructuur van het laboratorium, voert deze werkzaamheden zelf uit of laat ze uitvoeren. Het zwaartepunt ligt hierbij op …

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  • · Scientific Internships

    Scientific Internship: 3D printing microscale responsive structures

    The Soft Robotic Matter group at AMOLF is looking for interns at the Master level that will work on the development and testing of a technique to print soft and …

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  • · Scientific Internships

    Scientific Internship: Emergent patterns in actuated materials

    The Soft Robotic Matter group at AMOLF is looking for interns at the Master level that will model complex and emergent behaviour in actuated materials via cellular automaton theory. As …

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  • · Scientific Internships

    Scientific Internship: 3D printing of soft robots

    The Soft Robotic Matter group at AMOLF is looking for interns that will work on the 3D printing of soft robots. While typically these soft robots are fabricated by casting …

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  • · PhD positions

    PhD-student: Shaping up materials

    All around us, organisms are assembling three-dimensional mineral architectures with staggering complexity and sub-micron precision. Harnessing these principles for the bottom-up assembly has the potential to revolutionize our capabilities for …

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  • · Postdoc positions

    Postdoc: Nano-mechanical dynamics of single protein-chaperone complexes, studied with optical tweezers and super-resolution fluorescence

    Despite the profound importance of chaperones to all proteins, the principles of their action remain surprisingly mysterious. We know that polypeptide chains fold into complex structures, but how can another …

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  • · PhD positions

    PhD-student: Nano-mechanical dynamics of single protein-chaperone complexes, studied with optical tweezers and super-resolution fluorescence

    Despite the profound importance of chaperones to all proteins, the principles of their action remain surprisingly mysterious. We know that polypeptide chains fold into complex structures, but how can another …

    Read more

  • · Postdoc positions

    Postdoc: Subwavelength imaging with reconfigurable metasurfaces

    Optical microscopy is a superior method to image small structures with low noise and high throughput, but famously limited by the diffraction limit. Metasurfaces can structure optical near fields with …

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