Medical Wireless Sensing Ltd.

Efthymios Kallos

George Palikaras

Helena Cano Garcia

Nikolaos Uzunoglu

Georgios Stratakos

Anastasios Garetsos

Ioannis Gouzouasis

Michail Gargalakos

Panagiotis Kosmas

Constantinos Kakoyiannis

Irene Karanasiou

Maria Koutsoupidou

Georgios Palikaras

Nadine Geddes

Ioannis Sotiriou

Shimul Chandra Saha

The present disclosure is directed to a device and a magnetic resonance system for concentrating a magnetic field of radio frequency signals, and methods for concentrating a magnetic field of as radio frequency signal in an object to be imaged.

Tunable metamaterial device for concentrating magnetic field of RF signals in an MRI system

There is provided a device arranged to couple electromagnetic radiation into or out of a biological material. The device comprises a first metamaterial comprising: a substrate component having a thickness no greater than a first wavelength of the electromagnetic radiation; and a plurality of elements supported by the substrate component, wherein each element has a first dimension no greater than a first wavelength of the electromagnetic radiation and at least two of the elements of the plurality of elements are non-identical.

Sensor

A novel medical imaging system that is based on radio-wave signals at microwave frequencies and has unique properties. The system can be used for various diagnostic applications such as breast cancer detection, brain stroke detection, and assessment of internal bleeding (trauma emergencies).

Microwave tomography system

There is provided a device arranged to couple electromagnetic-imaging radiation from a source medium into an electromagnetic-imaging target, the device comprising a first supporting component having a thickness no greater than a wavelength of the electromagnetic-imaging radiation. The first supporting component supports a planar array of first conducting elements, wherein each first conducting element has a first dimension no greater than a first wavelength of the electromagnetic-imaging radiation.

Electromagnetic imaging

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London, United Kingdom

Efthymios Kallos