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- Highlights 2014
- Nr i31 - Atmospheric plasma makes efficient moisture-repelling film
- Nr. 101 - Electrons in graphene talk with each other
- Nr. 107 - Two new medical measurement instruments developed
- Nr. 110 - Metabolism is a chance process
- Nr. 115 - Cyanobacteria tamed
- Nr. 118 - Ions pester protons in water
- Nr. 119 - Net closing in on gravitational waves
- Nr. 127 - Computational model captures aggregating proteins in Parkinson's disease and Alzheimer's disease
- Nr. 130 - Important obstacle organic solar cells overcome
- Nr. 131 - Plasmoelectric effect: new mechanism converts light into electricity
- Nr. 132 - Magnetic field opens and closes nanocapsules
- Nr. 133 - View on negatively charged complex molecules from interstellar space
- Nr. 138 - Staggering light put back on course
- Nr. 144 - Diving deeper into Higgs
- Nr. 147 - Breaking up carbon dioxide for sustainable fuel
- Nr. 148 - Liquid lithium possible solution for fusion reactor wall
- Nr. 73 - Qubit lives 100x longer
- Nr. 75 - Nanomaterials forced to play an extremely fast game of Tetris
- Nr. 88 - Hard disks and magnetic damping
- Nr. i20 - Nature puts Dutch drops in top 10
- Searching for dark matter with liquid xenon (Nikhef)
- Smart pretreatment yields metal-graphene contact (12PR3101)
- The precision of a cellular measurement (AMOLF)
- Tungsten can withstand plasma flashes (DIFFER)
- Highlights 2013
- Measuring localised currents in the hot magnetised plasma (DIFFER)
- New material gives visible light an infinite wavelength (AMOLF)
- Nr. 113 - Graphene ribbons and tubes both suitable for solar cells
- Nr. 115 - Artificial plant leaf for sustainable biofuel
- New membranes to extract lithium from seawater (nr. i25)
- Nr. 73 - 'Spooky action' between two quantum computer chips
- Nr. i16 - Bubbles in an oversaturated liquid
- The European strategy for particle physics (Nikhef)
- Nr. 86 - Absorption of far-infrared light in a carbon nanotube
- Nr. 126 - Antenna of protein complex PSI imaged
- Nr. 101 - Ballistic transport in CVD graphene
- Nr. i16 Bellen in een oververzadigde vloeistof
- Nr. 138 - Better view of disappearing light in a white LED
- Nr. 140 - Biology in densely packed environments
- Nr. i19 - Biopolymer networks with a memory
- Nr. 117 - Cell measures stiffness environment with special protein compounds
- Nr. 119 - Construction of Advanced Virgo up and running
- Nr. i20 - Contact line control during wetting & dewetting
- Nr. 137 - The role played by synapse shape in receptor protein transport
- No. 150 - The search for quantum space-time
- Nr. 110 - An expanding 'gas' of proteins generates directed forces in cells
- Nr. 123 - First optical module KM3NeT in the water
- Nr. 127 - Protein aggregations disrupt lipid membranes
- Nr. 120 - Energetic ions suppress turbulence in plasma
- Nr. i27 - Understanding the visco-elasticity of elastomer-based nanocomposites
- Nr. 133 - FELIX in Nijmegen
- Nr. 63 - Physics of sand grains
- Nr. 134 - Systematic search for topological crystals has begun
- Nr. 149 - Conducting interfaces in insulating oxides
- Nr. 78/132 - Gigantic diamagnetism of gold nanorods
- Nr. 135 - Gold rods as markers in live cells
- Semiconductors with a honeycomb geometry (nr. 152)
- Nr. 21 - High-energy quarks in quark-gluon plasma
- In vivo endoscopy with optical coherence tomography (nr. 107)
- Seeing infrared with superconductors (nr. 124)
- Nanowire junctions: the qubits of the quantum computer (nr. i26)
- Light holes in quantum dots might be suitable for quantum technology (nr. 95)
- Magnetic nanoscale thermal switch (nr. 109)
- Magnetocaloric materials not only for refrigeration (nr. i28)
- Nr. 7 - Measuring Higgs particles
- Measurements of fundamental vibrations in molecules (nr. 125)
- Nano-antennae make extremely small solar cells possible (nr. 131)
- New particle can make quantum condensation at room temperature possible (nr. i24)
- Novel materials with improved piezo-electric characteristics (nr. i15)
- New scenario for rigidity (nr. 102)
- New mechanical resonators can link quantum systems (nr. 136)
- Origin of the 90K anomaly in NiMnSb (nr. 88)
- Towards the ultimate regime of turbulence (nr. 142)
- In search of the dark matter particle (nr. 139)
- Organic solar cells: how do you obtain as much electricity as possible from them? (nr. 130)
- Plastic crystals open up possibilities for new physics and materials (nr. 61)
- Protons in minuscule drops (nr. 118)
- Nr. 128 - Quantum effects in nanowires at room temperature
- Quantum interference in single molecules (nr. 141)
- Radio detection of high-energy cosmic radiation (nr. 106)
- Switches for the best quantum light sources (nr. 105)
- Violation of Lorentz invariance during beta decay (nr. 114)
- Nr. 104 - Simulation deciphers particle shower at LHC
- Strong reduction in hydrogen uptake in tungsten (nr. 75)
- Strength out of nothing (nr. 143)
- Supercoils in DNA make jumps (nr. 103)
- Too small for Archimedes (nr. 111)
- A closer look at how proteins cooperate (nr. 151)
- Turbulent evaporation simulated (nr. 112)
- Nr. 23 - Extremely rare decays of beauty mesons discovered
- Ultrathin antireflection coating for ultraviolet light (nr. i23)
- From Rydberg atom to quantum bit (nr. 153)
- Examining friction between surfaces (nr. 129)
- Black holes, space time and quantum entanglement (nr. 121)
- Highlights 2014
- Highlights
- Mission and strategy
- Boards, workgroups and committees
- List of female physicists' networks
- NWO Domain Science (physics)
- About NWO Domain Science - Physics
- NWO transition
- Digital newsletter Dutch Physics News
- Research grants
- NWO Physics Industrial Partnership Programmes (IPP)
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- Call HTM 2017 - Call closed
- Announcement call FLAG-ERA (Flagship ERA-NET) - Call closed
- KIEM-HTSM for physics - Call closed
- Joint CSER and eScience programme for Energy Research (JCER) - Call closed
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- Announcement QuantERA Call 2017 - Call closed
- Research programme CO2-neutral fuels
- Valorisation projects for university workgroups
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- Call MIT scheme for small business entrepreneurs - Call closed
- Call NWO programme Energy system integration and big data - Call closed
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- L•INT scheme funds lecturer posts at NWO Institutes - Call closed
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- Nr. i30 - High tech systems and materials
- Nr. i32 - Computational sciences for energy research
- Nr. i36 - Heat, mass transport and phase transition in dense bubbly flows
- Nr. i40 - Rock-on-a-Chip: Salt-controlled wettability alteration in oil-water-solid systems for applications
- Nr. i41 - Hybrid soft materials: from physical mechanisms to designer products
- Nr. i43 - Fundamental fluid dynamics challenges in inkjet printing
- Nr. i45 - Energy conversion with highly responsive magnetic materials for efficiency
- Nr. i15 - Size dependent material properties
- Nr. i16 - Innovative physics for oil and gas
- Nr. i19 - Bio(-related) materials
- Nr. i20 - Contact line control during wetting and dewetting
- Nr. i23 - Controlling photon and plasma induced processes at EUV optical surfaces
- Nr. i25 - Spectroscopic analysis of particles in water
- Nr. i26 - Topological quantum computation
- Nr. i27 - Understanding the visco-elasticity of elastomer-based nanocomposites
- Nr. i28 - Third generation magnetocaloric materials
- Nr. i31 - The science of atmospheric plasma processing of functional films
- Nr. i33 - Nanophotonics for solid-state lighting (NSL)
- Nr. i34 - Fundamental fluid dynamics challenges of extreme ultraviolet lithography (FUEL)
- Nr. i35 - Physics of failure
- Nr. i37 - The foundations for faster electron microscopy
- Nr. i42 - Physics for nanolithography
- Nr. i44 - High Tech Materials voorjaar 2015
- Nr. i38 - High Tech Materials call
- NWO Physics Vrije programma's
- Neurophotonics: the physics of signals in neural networks
- Nr. 101 - Graphene based electronics
- Nr. 103 - DNA in action: Physics of the genome
- Nr. 122 - Fellowships for Young Energy Scientists
- Nr. 125 - Broken mirrors and drifting constants - Ultra-precise investigations of fundamental symmetries and constants at ...
- Nr. 128 - The singular physics of 1D electrons
- Nr. 145 - Computational sciences for energy research - knowledge infrastructures
- Nr. 63 - Physics of granular matter
- Nr. 73 - Solid state quantum information processing
- Nr. 95 - ERA-NET Nanoscience
- Nr. 997 - Special strategic research activities
- Physics beyond the Standard Model with cold molecules
- Scanning new horizons: emergent space-time, black holes and quantum information
- Single-molecule protein sequencing
- Skyrmions as information carriers
- Strange metals
- The mysterious size of the proton
- Nr. 102 - Rheophysics: Connecting jamming and rheology
- Nr. 107 - New physics instruments for health care
- Nr. 109 - Controlling spin dynamics in magnetic nanostructures: combining fast time and short length scales for tomorrow's ...
- Nr. 111 - Control over functional nanoparticle solids
- Nr. 124 - Nanoscale quantum optics
- Nr. 146 - Uncertainty reduction in smart energy systems
- Nr. 21 - Relativistic heavy-ion physics: ALICE
- Nr. 23 - Physics with b-quarks: LHCb
- Nr. 61 - Physics of colloidal dispersions in external fields
- Nr. 7 - Physics at the TeV scale: ATLAS
- Nr. 78 - The user facility for high magnetic fields
- Nr. 86 - Atomic and molecular nanophysics
- Nr. 88 - Materials-specific theory for interface physics and nanophysics
- Subatomic physics
- Nanophysics/technology
- Condensed matter and optical physics
- Physics of life processes
- Nr. 121 - A string theoretic approach to cosmology and quantum matter
- Nr. 113 - Nano-photovoltaics
- Two-dimensional semiconductor crystals
- Nr. 150 - Quantum gravity and the search for quantum spacetime
- Nr. 171 - Taming the flame: tackling fusion's biggest challenge through an integrated, multi-faceted research approach (FLAME)
- Nr. 160 - Observing the big bang: the quantum universe and its imprint on the sky
- Fusion physics
- Barriers in the brain: the molecular physics of learning and memory
- Other physics
- The fingerprint of the Big Bang and the quantum origin of structure
- The search for quantum space-time
- Single gold nanorods in live cells
- Physical origins of randomness in a primitive brain
- Conducting interfaces in insulating oxides
- Semiconductors with a honeycomb geometry
- Stirring of light!
- Magnon spintronics: conduction without moving electrons
- Nr. 104 - Theoretical particle physics in the era of the LHC
- Exciting interaction
- Single phonon nanomechanics
- A closer look at how proteins cooperate
- Topological insulators
- Ultimate turbulence regime
- From Rydberg atom to quantum bit
- Nr. 105 - Plasmonics
- Nr. 132 - High Field Magnet Laboratory: a global player in science in high magnetic fields
- Nr. 120 - Active control of magneto-hydrodynamic modes in burning plasmas
- Nr. 123 - KM3NeT: The next generation neutrino telescope
- Nr. 130 - Next generation organic photovoltaics
- Nr. 131 - Light management in new photovoltaic materials
- Nr. 139 - The missing universe: what is the subatomic constituent of dark matter?
- Nr. 144 - LHC Physics: the Dutch participation
- Nr. 148 - Magnum-PSI: a world-class user facility to tame the plasma-wall interface (MPSI)
- Nr. 156 - Higgs as probe and portal
- Beyond the Standard Model with the Higgs boson
- Nr. 112 - Droplets in turbulent flow
- Nr. 115 - Towards biosolar cells
- Nr. 116 - Use of nano science and technology
- Nr. 117 - Mechanosensing and mechanotransduction by cells
- Nr. 127 - A single-molecule view on protein aggregation
- Nr. 129 - Fundamental aspects of friction
- Nr. 134 - Topological insulators
- Nr. 135 - Single gold nanorods in live cells
- Nr. 136 - Single phonon nanomechanics
- Nr. 137 - Barriers in the brain: the molecular physics of learning and memory
- Nr. 138 - Stirring of light!
- Nr. 140 - Crowd management: the physics of DNA processing in complex environments
- Nr. 141 - Quantum interference effects in single molecules
- Nr. 142 - Towards ultimate turbulence (ULT)
- Nr. 143 - Marginal soft matter: leveraging the mechanics of responsive networks (CMA)
- Nr. 147 - CO2-neutral fuels
- Nr. 149 - 2-dimensional electron systems in complex oxides
- Nr. 151 - Spatio-temporal patterns of membrane protein activity
- Nr. 126 - The thylakoid membrane - a dynamic switch
- Nr. 152 - Designing Dirac carriers in semiconductor honeycomb superlattices
- Nr. 153 - Rydberg atoms on a lattice
- Nr. 155 - Photosynthesis of nanomaterials: developing nanostructured photocatalysts for solar fuel generation using light
- Nr. 157 - Two-dimensional semiconductor crystals (TWOD)
- Nr. 158 - Exciting exchange
- Nr. 159 - Magnon spintronics
- Nr. i39 - Scalable circuits of Majorana qubits with topological protection
- Nr. 161 - The signal is the noise: seeking physical origins of fluctuations in organism-scale (NOISE)
- Closed programmes
- Nr. 114 - Fundamental symmetries and interactions - trapped radioactive isotopes as micro laboratories for fundamental physics
- Nr. 106 - The origin of cosmic rays
- Nr. 110 - Spatial design of biochemical regulation networks
- Nr. 118 - Proton mobility in confinement
- Nr. 119 - Gravitational physics - the dynamics of spacetime
- Nr. 133 - Free electron lasers for infrared experiments
- Phenomenological physics
- Nr. 75 - PSI-lab: an integrated laboratory on plasma-surface interaction
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