Simulation techniques enhance cellular nanobioimaging
A new 3D computational approach constructs realistic optical phase contrast microscope images of gold nanoparticles in biological cells.
Previous Stories
- Silicon nanowires for solar photovoltaic applications
- Far-field superlens imaging at visible wavelengths
- Patent Review: Nanotechnology in Optics
- Laser-induced destruction of gold nanoshells: new weapons in the cell-killing arsenal
- Electromagnetic response of thin metamaterial layers
- Keeping Nanotech Safe
- Titanium dioxide nanotube arrays improve solar cells
- Stopping light in metamaterials: the trapped rainbow
- Correlated enhancement of linear and nonlinear optical response of nanoslits
- Lighting up polymer LEDs through nanotechnology
- Quantum-dot comb laser with low relative-intensity noise for each mode
- Optical nanoantennae: bridging the far-field to the near-field
- Nonlinear photonic crystals for passive switches
- Biopolymer materials show promise for electronics and photonics applications
- Improving biomedical imaging with gold nanocages
- PATENTS: New developments in atomic clock technology
- Electrically controlled surface plasmon dispersion in hole arrays
- Quantum information processing on photonic crystal chips
- Counting single electrons with a carbon-nanotube transistor
- Localized luminescence of zinc oxide nanostructures
- Fabricating nanowire-based solar cells on low-cost metal substrates
- From polystyrene beads to photonic devices for telecommunication
- Large-scale quantum dot IR focal plane array
- High-rate data buffering in silicon nanophotonic devices
- Energy harvesting for self-powered nanosystems
- Paving the way for carbon nanotube integrated circuits
- A plasmonic âbull’s-eyeâ nanoresonator
- A plasmonic ‘bull’s-eye’ nanoresonator
- Light emission from a zinc oxide nanowire
- Using a nano light source to investigate small-scale composite materials
- Multi-octave spectral comb from a gas-filled hollow fiber
- Biomolecular motors: A video interview with Henry Hess
- Optically transduced MEMS/NEMS resonators: A video interview with Harold Craighead
- Stationary digital breast tomosynthesis for breast cancer detection
- Unique nanotube composites constructed for organic solar cells
- March of the Metamaterials
- Tiny treatments promise big results
- Nanocomposites for novel holographic applications
- Understanding metal/organic interfacial properties
- High-power LEDs and solid-state lighting: a video interview with Mike Krames
- Performing laser nanosurgery and transfection on living embryos
- Carbon-nanotube cathodes for miniature analytical instruments
- Electrically switchable optical vortices
- Porphyrin and carbon nanotube assemblies in polar solvents
- Titania photovoltaic cell performance
- Making smart materials using electroactive polymers and carbon nanotubes