metamaterial

But as metamaterials show, chemistry is not the only path to developing materials with an interesting electromagnetic response.

Since then we have had a steady stream of advances in metamaterials that is beginning to deliver the technology.

Metamaterials can and have been designed and made to possess certain properties, even counterintuitive ones.

Changing into a totally different field, we do a lot of stuff in solid-state physics, particularly in an area called metamaterials.

Metamaterials , unfortunately -- A , it only works on microwave, and B, it doesn't work all that well yet .

Metamaterials can manipulate light or other electromagnetic radiation in ways that nature ordinarily cannot.

And since metamaterials can do things with light that ordinary materials can't, the hyperlinks would be a powerful tool.

As the researchers explain, most previous invisibility cloaks have used metallic metamaterials for cloaking at microwave frequencies.

D. Using the equipment made of metamaterials to forecast arrival of a tsunami.

These engineered substances, known as metamaterials, get their unusual properties from their size and shape, not their chemistry.

But this rule doesn't hold for lenses made of metamaterials, composite materials that bend light or sound waves in unusual ways.

Lead scientist Dr Andrea Di Falco said: 'Metamaterials give us the ultimate handle on manipulating the behaviour of light. '

If scientists ever manage to build a full-fledged invisibility cloak, it will probably be made of metamaterials.

The technology was "metamaterials" : assemblages of little rods, rings, and wires that act like materials with bizarre optical properties.

Although the magnetic resonance becomes quite weak at these short wavelengths, interesting metamaterials can still be formed.

"Metamaterials give us the ultimate handle on manipulating the behavior of light, " Di Falco said.

In September French and British physicists presented a plan for using metamaterials to shield shorelines from the impact of massive waves.

Since the substrate of the antenna has spatially variant parameters, it can be realized with layered metamaterials.

But metamaterials for microwaves could have myriad practical uses.

The study of metamaterials is an interdisciplinary field of science and engineering that has grown considerably in recent years.

Invisibility cloaks would have remained impossible, forever locked in science fiction, had it not been for the development of metamaterials.

Using metamaterials means the scheme should work for all objects, regardless of their shape.

But new manmade materials, called "metamaterials, " are tossing the laws of physics out the window.

B. Stopping the tsunami with metamaterials hours before it reaches them.

Metamaterials work by steering light and other electromagnetic waves.

In the meantime, scientists like Cummer and Pendry are pondering these 10 future uses for metamaterials.

We need to explore into the application of metamaterials.

Metamaterials are mixtures of metal and circuit board materials such as ceramic, Teflon or fiber composite.

The work is in the domain of metamaterials, or compounds with a surface that interacts with light thanks to a tiny, nano-level structure

Realization of an angular filter using one-dimensional photonic crystal containing negative refractive metamaterials

Metamaterials and Plasmonics: Fundamentals, Modelling, Applications ( NATO Science for Peace and Security Series B: Physics and Biophysics )

Multiband Properties of the Metamaterials and its Application in Antenna Substrate

Dispersion and localization of defect state in one-dimensional photonic crystal consisting of metamaterials

Reflection and negative refraction of left-handed metamaterials at microwave frequencies

Left-handed Metamaterials and Its Applications in Antenna

Left-handed metamaterials and theirs applications at microwave frequency

Mechanical Metamaterials Could Create Cushions That Push Back Johan via Wikimedia

Regulating ability of defects on the negative refraction of left-handed metamaterials

H-shaped structure of left-handed metamaterials with simultaneous negative permittivity and permeability

Effect of nonuniform-defect split ring resonators on the left-handed metamaterials

Advances in Research on Left-handed Metamaterials

Refraction of Gaussian beam in prism of metamaterials

Metamaterials based on transmission lines

Dr. Themos Kallos, electrical engineer, metamaterials and particle accelerators, University of Patras in Greece