Related News for Carmine Vittoria
ECE Professor Emeritus Carmine Vittoria recently published the book Bitter Chicory to Sweet Espresso about events of WW II in the Naples area as witnessed and seen by a child and his family. Vittoria worked as an ECE Distinguished Professor for 15 years before retiring in 2016. Previous to the appointment as a full professor […]
ECE Professor Emeritus Carmine Vittoria was awarded a patent for "Apparatus and method of measuring permeability of a sample across which a DC voltage is being applied ".
ECE Professors Vincent Harris & Carmine Vittoria awarded patent for “Voltage tuning of microwave magnetic devices using magnetoelectric transducers”.
Professor Carmine Vittoria was awarded a $78K NSF Eager grant to explore Magneto-Electric Hexaferrite Thin film Devices.
Electrical and Computer Engineering Professors Carmine Vittoria & Vincent Harris were awarded a patent for creating an “Antenna Module having Reduced Size, High Gain, and Increased Power Efficiency”. Carmine Vittoria received his PH.D. in applied quantum physics from Yale University in 1970. He was employed at the Naval Research Laboratory as a physicist. Topics of research […]
ECE Professors Carmine Vittoria and Vincent Harris received another NSF grant to continue their work with single phase magnetolelectric materials at room temperature using cation engineered hexaferrite structures.
ECE Professors Vincent Harris and Carmine Vittoria have received a $375K DARPA grant for creating low frequency magnetic field sensors for the detection of IED and other terrorist threats.
ECE Professors Vincent Harris and Carmine Vittoria received a $400K NSF grant to study electric field tunable microwave magnetic passive devices.
Professors Vince Harris and Carmine Vittoria receive $1.4M from the Defense Advanced Research Projects Agency (DARPA), Navy, and Air Force for advanced magnets and their use in next generation microwave electronics.
Professor Carmine Vittoria has been elected a Life Fellow of the IEEE for for his contributions to the understanding of the microwave properties of magnetic materials and their applications in microwave technology.