News Resonant Nanophotonics

November 24, 2011
AMOLF group leaders elected to the Young Academy (DJA)

Mirjam Leunissen and Femius Koenderink, heads of respectively the Supramolecular Interactions and Resonant Nanophotonics group, are among this year’s 10 excellent scientists, elected to become new members of the Young Academy...read more »

September 19, 2011
New microscope detects and controls how fast molecules emit light

How quickly is a photon emitted? Researchers at AMOLF, the FOM institute, have built a new microscope that can measure and even control how fast a molecule emits a photon (a particle of light) depending on where the molecule is...read more »

August 4, 2011
Ultrasmall antenna controls light beam at nanoscale

An extremely small antenna can control light at the nanoscale. Researchers from FOM Institute AMOLF have demonstrated this in practice for the first time. They even developed a new measurement technique for this purpose. This...read more »

November 26, 2009
Two Vidis for AMOLF researchers

Two AMOLF researchers received a Vidi grant from the Netherlands Organisation for Scientific Research (NWO). Femius Koenderink, who has been a group leader at AMOLF since 2008, will use his Vidi to considerably expand his...

November 24, 2009
Nano-electromagnets interacting through the magnetic field of light

A team of AMOLF scientists at the Center for Nanophotonics has for the first time demonstrated energy transfer between nano-electromagnets, mediated by the magnetic field of light.read more »

June 29, 2009
Fourth International Conference on Surface Plasmon Photonics (SPP4)

From 21-25 June, the Fourth International Conference on Surface Plasmon Photonics (SPP4) was held in Amsterdam, organized by AMOLF and chaired by AMOLF group leader Kobus Kuipers.read more »

December 4, 2008
Quantum interactions of single atoms on huge length scales

Observing the interaction of neutral atoms or molecules in space and time is extremely difficult, since such interactions only occur on ultra small length scales (0.1 nm), and ultra fast time scales. A team of researchers at the...read more »

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