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EM INVISIBILITY. "Strictly speaking, the invisibility of the object is the absence of electromagnetic field perturbations around the object at large enough distances from it." https://lnkd.in/enxaHbT View in LinkedIn

REALITY CHECK. "The invisibility cloak does not make the object disappear, but guides the light around the hidden object and makes it appear on the other side without deflection, which makes the hidden object undetectable." https://lnkd.in/eyP6_vj View in LinkedIn

INVISIBILITY. "In practical terms, invisibility, or the cloaking effect, aims at cancelling the electromagnetic field that is scattered by an object, by placing it inside a cover (cloak) that makes the ensemble undetectable to electromagnetic sensors." https://lnkd.in/eV48D4C View in LinkedIn

INVISIBILITY. "Perhaps one of the most appealing applications of metamaterials consists in the possibility of making objects invisible to the impinging radiation." https://lnkd.in/eV48D4C View in LinkedIn

EXOTIC POSSIBILITIES. "Metamaterials are well known today for opening exotic possibilities to manipulate electromagnetic waves, including negative refraction, spatial localization and sub-wavelength focusing, spontaneous emission control, and anomalous tunneling effects." https://lnkd.in/eV48D4C View in LinkedIn

CLOAKING AND INVISIBILITY. " With recent developments in metamaterial science and nanotechnology, the possibility of cloaking objects to incoming electromagnetic radiation has been escaping the realm of science fiction to become a technological reality." https://lnkd.in/eV48D4C View in LinkedIn

CLOAKING. All brand new topics, all with remarkable consequences if the theory can be confirmed by reduction to practice. At the heart of it all, is the ability to manipulate photons, via asymmetric Metamaterials, which are the darling of future telecommunications and more. View in LinkedIn

METAMATERIALS led to negative refractive index; this led to 'visual cloaking' experiments; and this in turn led to 'time cloaking' of actual events, theory and early experiments. And then it led to lab wormhole experiments. View in LinkedIn

NEW FIELD. "A field of physics has recently appeared -- transformation optics -- which allows looking at the fundamental laws of optics from a new angle, and creating new research areas in the science of light. One promising application for transformation optics is the development of cloaking devices." https://lnkd.in/enxaHbT View in LinkedIn

CLOAKING is the subject of the next series of postings. Unanticipated, except in the heated fanciful brain of writers, cloaking today is a brand-new discipline, born in 2006 with the invention of metamaterials, that is opening a number of very surprising and quite wonderful doors for the application of technology. View in LinkedIn