The European Research Council uses the ERC Advanced grants to allow outstanding research leaders to pursue ground-breaking, high-risk projects in Europe. Read the ERC press release here.
AMOLF program leader Albert Polman receives an Advanced Research Grant of 2.5 million euros from the European Research Council (ERC). He will use the ERC Advanced Grant to develop a new type of quantum electron microscope. He will use intense laser pulses to tailor the energy spectrum of high-energy electrons in a scanning electron microscope. This provides a unique way to control the quantum-mechanical electron wave packet in space and time. By combining materials excitation using these wavepackets and the detection of light that is emitted (cathodoluminescence) this creates an entirely new way of analytical electron microscopy. The new instrument will play a key role in AMOLF’s nanophotonics and nanophotovoltaics research program.
The European Research Council uses the ERC Advanced grants to allow outstanding research leaders to pursue ground-breaking, high-risk projects in Europe. Read the ERC press release here.
The EU Pathfinder project Electron Beams Enhancing Analytical Microscopy (EBEAM) that was recently completed has received a highly positive review of the European Innovation Council (EIC). EBEAM brought together eight European research institutions and companies, including AMOLF, that develop new concepts and instruments combining spectroscopic analysis with electron microscopy.
Organoids are instrumental in improving our understanding of processes that are otherwise hidden inside the body. For instance, these small 3D organs can be used to test medicines on tissue grown from a patient’s own cells. AMOLF researchers carry out unique and complex experiments to follow organoids in time. In order to enable other researchers to benefit from their experiences, they now publish their methods in the prestigious journal Nature Protocols.
This year at the opening of the parliamentary year (Prinsjesdag) Minister of Education, Culture and Science Rianne Letschert wears a spectacular hat and shoulder ornament. Both of them are inspired by the microscopic structures studied by group leader Wim Noorduin (AMOLF/UvA), which look remarkably like tiny flowers under a microscope. Artist and designer Malou Beemer translated these shapes, normally invisible to the naked eye, into wearable art.
Why do brains learn, but rocks do not? Could a material one day adapt to its environment the way a living organism does? AMOLF group leader Dr. Nachi Stern has been awarded an ERC Starting Grant to investigate the physical laws of learning, in a project called, “Physical Learning in Dynamical Systems.”
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