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  • AMOLF and Fraunhofer ISE start cooperation on metamaterials

    AMOLF and the Fraunhofer Institute for Solar Energy Systems have started a strategic cooperation in the field of metamaterials for optical applications. In the project "Metasurfaces for Energy Efficient Devices" …

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  • AMOLF scientists unravel noise-assisted signal amplification in systems with memory

    Signals can be amplified by an optimum amount of noise, but this so-called stochastic resonance is a rather fragile phenomenon. Researchers at AMOLF were the first to investigate the role …

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  • AMOLF-wetenschappers laten zien hoe signaalversterking door ruis werkt in systemen met geheugen

    Signalen kunnen versterkt worden door een optimale hoeveelheid ruis, maar dit fenomeen van zogenoemde stochastische resonantie is tamelijk fragiel. Onderzoekers van AMOLF hebben voor het eerst de rol van geheugen …

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  • Marc Serra starts Hyper Smart Matter group

    On October 1st Marc Serra will start as tenure track group leader at AMOLF. His Hyper Smart Matter group will be embedded in the Designer Matter research theme at AMOLF.

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  • Self-learning robots go full steam ahead

    Researchers from AMOLF’s Soft Robotic Matter group have shown that a group of small autonomous, self-learning robots can adapt easily to changing circumstances. They connected these simple robots in a …

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  • The properties of your microscope do matter

    The coupling of light and matter is relevant to many emerging technologies like lasers, LEDs, sensors, and more. To observe this coupling researchers use optical microscopes, and the signatures of …

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  • Zelflerende robotjes lopen als een trein

    Een collectief van autonome, zelflerende robotjes schikt zich bijzonder makkelijk naar veranderende omstandigheden. Dat laten onderzoekers van AMOLF's Soft Robotic Matter groep zien. Ze bouwden een treintje van simpele robotjes …

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  • Perovskites under pressure: hot electrons cool faster

    In solar cells, about two third of the energy of sunlight is lost. Half of this loss is due to a process called ‘hot carrier cooling’ where high energy photons …

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  • Perovskiet onder druk: ‘hete’ elektronen koelen sneller af

    In zonnecellen gaat ongeveer twee derde van de energie uit zonlicht verloren. De helft van die verliezen is toe te schrijven aan een proces dat ‘hot carrier cooling’ heet. Hoogenergetische …

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  • Martin van Hecke receives ERC Advanced Grant

    Martin van Hecke (Mechanical Metamaterials group at AMOLF and Leiden University) receives a 2.5 million euro ERC Advanced Grant for research into information processing materials. The European Research Council uses …

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