How does the operating bandwidth of non-foster negative capacitor affect its stability properties?

Time-varying systems to improve the efficiency of wireless power transfer

How does the operating bandwidth of non-foster negative capacitor affect its stability properties?

Dispersion and Stability Properties of Microwave Tunable Negative Inductance in CMOS Technology

Use of Non-Foster Elements based on Compensated Passive Structure in Tunable Bandpass Filter

Non-Foster-inspired Time-varying Matching of a Small Transmitting Dipole

Active Non-Foster-based Magneto-Electric Antenna

Stability Analysis of Active Impedance Inverter based on Loss-compensated Passive Structure

Time-Modulated Circuits and Metasurfaces for Emulating Arbitrary Transfer Functions

Equivalent Circuit of OCS Negative Capacitor based on Linvill’s Floating NIC

Stability-improved Non-Foster Inductance based on Compensated Passive Structure

Open circuit stable non-Foster negative inductor

Physically Oriented Design of Negative Capacitors Based on Linvill's Floating Impedance Converter

Broadly tunable self-oscillating antenna based on negative immittance conversion

Multi-band Antenna System for Fully Connected Smart E-bicycle

Stability Constraints on Practical Implementation of Parity-Time-Symmetric Electromagnetic Systems

Output stage architecture of high-power solid-state shortwave digital transmitter

Superluminal propagation in artificial electromagnetic structures

Optimization of radio frequency components of cryogenic nuclear magnetic resonance spectroscopy system

Preliminary Investigation of B-dot Wire Concept

Non-Foster radiofreqeuncy source

Toward Self-oscillating Non-Foster Unit Cell for Future Active Metasurfaces

Stable Positive/negative Capacitor for use in Active Artificial Structures

Ultrathin active polarization-selective metasurface at X-band frequencies

Graphene characterisation for application in electromagnetic metastructures

Investigation of Bandwidth of Band-pass Non-Foster Negative Capacitor for use in Active Metasurfaces

Sensitivity enhancement of NMR spectroscopy receiving chain used in condensed matter physics

Investigation of Impedance Inverter based on Band-pass non-Foster Negative Capacitor

Electromagnetic structures and devices based on manipulation of displacement current flow

A Reflective Polarization Converting Metasurface at X-Band Frequencies

High-power shortwave DRM transmitter in solid-state technology

First ten years of active metamaterial structures with “negative” elements

Improving Stability of Negative Capacitors for use in Active Metamaterials and Antennas

Low-cost synthesis of high-quality graphene in do-it-yourself CVD reactor

Tailoring Stability Properties of One-dimensional Non-Foster Electromagnetic Structures

Physically sound model of a non-Foster negative capacitor

Stability of Simple Lumped-distributed Networks with Negative Capacitors

Optimal Noise Properties of NMR System Receiving Chain

Towards Optimal Noise Properties of NMR Antenna- Receiver Chain

Application of Active Elements in Artificial Electromagnetic Structures

Fabry-Pérot Antenna-transmitter Based on Active Metasurface: One-dimensional Proof-of-concept Demonstrator

Streamlined flow of Displacement Current in Metatronic-inspired Anisotropic Structure

Low-cost Multi-layer Graphene for Linear/non-linear Metasurface Applications

Towards Broadband Tunable non-Foster Radiating Systems

A Reflective Active Metasurface

Exploiting Intrinsic Dispersion of Metamaterials for Designing Broadband Aperture Antennas: Theory and Experimental Verification

Analytical and experimental characterization of metasurfaces with normal polarizability

Stability of Active RF Systems with Parity-time Symmetry

Stability of Metasurface-Based Parity-Time Symmetric Systems

Leaky-wave Antenna based on non-Foster Metamaterial – Is Stable Operation Feasible?

Broadband non-Foster-based Tunneling in radiofrequency regime

Graphene for Metamaterials: Synthesis using Do-it-yourself Low-cost Reactor

Application of negative capacitor in structure for subwavelength tunneling and scattering of electromagnetic energy

Active radiofrequency metamaterial structures — Pros, cons and future trends

Electromagnetic Structures Based on Passive and Active Epsilon-Near-Zero Metamaterials

Where does electromagnetics go?

How to verify a concept of D-dot wire/loop in the optical regime — A feasibility study

Influence of transmission line on stability of networks containing ideal negative capacitors

Broadband Fabry-Pérot antenna with non-Foster metasurface - how to test the basic idea?

Towards verification of D-dot loop concept in optical regime

Shaping the light distribution of strongly focused systems for efficient excitation of optical nano-circuits

Transmission Lines Emulating Moving Media

Omega transmission lines with applications to effective medium models of metamaterials

Broadband Negative-capacitor-based Enhanced Transmission through Subwavelength Aperture

Ideal versus Realistic non-Foster Elements in Active Metamaterials

From RF Metamaterials to Nanophotonics and back (Is it possible to bridge the gap between engineers and physicists?)

Meatamaterials or How did the New Strange World occur at the Crossroad between Physics and Electrical Engineering

Is Stable Dispersionless non-Foster DNG Metamaterial Indeed Impossible?

On the Transformer Effects in the Measurements of Capacitive Intrabody Communication Transmission Characteristics Using Grounded Instruments

Verification of concepts of D-dot wire and D-dot loop in RF regime

Practical realization of DB metasurface

Application of D-dot Wire Concept in Optical Scattering and Radiating Systems

Stability Analysis of Transmission Line Periodically Loaded with OPAMP-based Negative Capacitors

Transmission lines emulating moving media

Ultra-broadband simultaneous superluminal phase and group velocities in non-Foster epsilon-near- zero metamaterial

An Idea for Optical DB-like Metasurface

Design of UHF Microstrip Non-Foster Leaky-wave Antenna

Practical Aspects of DB Metasurfaces- A Brief Review

From Planar Transmission-line-based Cloak to Volumetric Cloak

Superluminal Propagation in Metamaterials: Anomalous Dispersion versus Non-Foster Approach

Is it Possible to Produce Graphene in (Almost) Home Environment?

Marvelous World of Electromagnetic Waves: From Hertz Experiments, through Wireless Communications, to Metamaterials and Nano-photonics

Broadband Fabry-Pérot radiation based on non-Foster cavity boundary

Non-Foster Microwave Metamaterials

BROADENING OF CLOAKING BANDWIDTH BY PASSIVE AND ACTIVE TECHNIQUES

Towards High‐Power SW DRM Transmitter in Solid‐state Technology

On Bandwidth of Transmission-line-based and Inclusion-based Non-Foster ENZ Metamaterials

Restoring the Radiating Performances of Shortened Horn Antennas over a Broad Frequency Range

Structures for Guiding and Radiation of Electromagnetic Energy based on Resonant Metamaterials

Practical Realization of Broadband Reconfigurable non-Foster ENZ /MNZ/DPS Metamaterial

Subwavlength Tunneling of Electromagnetic Energy based on Active non-Foster ENZ Metamaterial

First 13 Lucky Years of Electromagnetic Metamaterials

Practical Realization of Isotropic RF Replica of Plasmonic Sphere

Particle shape influence on a plasmon hot spot

Towards Experimental Investigation of Metamaterial - based DB Surface in Waveguide Environment

New Research Directions in Broadband Active non- Foster RF Metamaterials

Numerical Analysis of Bandwidth of 2D Cylindrical Anisotropic EM Cloaks

RF ENZ Dielectric Waveguide

Experimental Verification of Metamaterial-based DB Unit Cell

Negative Capacitor and Negative Inductor Pave the Way to Ultra-broadband Metamaterials and Metasurfaces

Microwave Plasmonics

Circuit-theory Interpretation of Optical Multilayer ENZ Metamaterial with Enhanced Bandwidth

Stability Analysis of Active Broadband ENZ Line

Stability Analysis of Superluminal Metamaterial Transmission Line with Realistic Non-Foster Negative Capacitors

Stability of Non-Foster Reactive Elements for use in Active Metamaterials and Antennas

Numerical Analysis of Non-Foster-based Leaky-wave Antenna

Active non-Foster Metamaterials: From Intriguing Background Physics to Real-world Application

Practical realization of DB unit cell

RF and Microwave Vector Network Analyzer

An update of progress in non-Foster metamaterials

Feasibility study of uniaxial structures used for invisible cloak design

Broadband Epsilon-Near-Zero (ENZ) and Mu-Near-Zero (MNZ) Active Metamaterial

Non-foster elements : new path towards broadband enz and mnz metamaterials

Dispersionless ENZ and MNZ Metamaterials based on Non-Foster Elements

Active non-Foster Metamaterials – State of the Art

Numerical Analysis of a Lumped-element-based Planar Anisotropic Cloak

RF non-Foster negative capacitance and negative inductance and possible applications in 2D metamaterials

Investigation of Basic Physics of Non-Foster Negative Capacitance in Time Domain

Investigation of Stability of Negative Impedances for Use in Active Metamaterials and Antennas

Negative World of Metamaterials

Metamaterial Research at University of Zagreb

An RF Analog of ENZ Dielectric Waveguide

DB boundary based on resonant metamaterial inclusions

Broadband Superluminal Effects in ENZ Active Metamaterial

Recent Progress in DB Surface Realization

Analysis of Active Superluminal Transmission Line based on Negative Capacitors

BANDWIDTH ANALYSIS OF LUMPED-ELEMENT-BASED PLANAR ANISOTROPIC CLOAK

Active non-Foster Metamaterials From Invisibility to Superluminal Dispersion-free Transmission Lines

Negative capacitor paves the way to ultra-broadband metamaterials

RF Replica of Plasmonic Nano-sphere

Feasibility of Use of Lumped Elements in Anisotropic 2D Cloak

Metamaterials based on Non-Foster Elements

Metamaterials based on non-Foster elements

Electromagnetic Metamaterials - First Ten (or Almost Hundred ?) Years

Is it Feasible to be Invisible? From Plasma to Active Dispersionless Plasma-like

Homogenization of Active Transmission-line-based ENZ Metamaterials

Basic Concepts of Active Dispersionless Metamaterial based on Non-Foster Elements

Towards active dispersionless ENZ metamaterial for cloaking applications

Towards Experimental Realization of DB Metamaterial Layer

Metamaterials or How Ambiguity of Square Root Reversed Electromagnetics

Optimization of Wire-medium-based Shortened Horn Antenna

Numerical Investigation and Possible Realization of Metamaterial-based DB Boundary Surface

Experimental Realization of RF Analog of Nanosphere-based Magnetic Plasmon

Non-Foster Active Transmission Line with Nearly Dispersionless ENZ Behavior

Experimental Investigation of Active Broadband ENZ Transmission Line based on Negative Capacitors

High-power metamaterial-based CRLH waveguide –state of the art and possible applications

Analysis of Magnetic Response of Circular Arrangement of RF Replicas of Isotropic Plasmonic Spheres

Application of Wire-based Metamaterials for Antenna Miniaturization

Waveguide Miniaturization using Wire-based Metamaterial with Spatial Dispersion

Microwave Structures that Mimic Behavior of Plasmonic Optical Metamaterials

Active Dispersionless Metamaterials – a Path towards Broadband Cloaking

Numerical and experimental investigation of basic properties of wire-medium-based shortened horn antennas

Is it Possible to Overcome Basic Dispersion Constraints and Achieve Broadband Cloaking?

Application of Wire-based Metamaterials for Antenna Miniaturization

Is it Possible to Overcome Basic Dispersion Constraints and Achieve Broadband Cloaking?

Towards Investigation of Magnetic Response of Circular Arrangement of Plasmonic Spheres by Scaled Experiments in RF Regime

Metamaterial-based Scanning Leaky-wave Antenna, Design and Measurements

Numerical and Experimental Investigation of Field Distribution inside Four-arm Spherical Resonator that Mimics Plasmonic Nanosphere

Application of Wire Media in Antenna Technology

Homogenization of SRR-loaded Metamaterial Waveguide - Current State of the Art

Guiding and Radiating Properties of a Metamaterial-based Resonant-Slot Coupled Cavity Chain

Investigation of Guiding and Radiating Properties of Resonant-Slot Coupled Cavity Chain

Propagation in Waveguide filled with Anisotropic MNG Metamaterial with Hyperbolic Dispersion - Rigorous Analysis and Physical Interpretation

Metamaterial-based Scanning Leaky-wave Antenna, Design and Measurements

Analysis of Uniaxial Multilayer Cylinders Used for Invisible Cloak Realization

Experimental Investigation of Basic Properties of Wire medium-based Shortened Horn Antennas

Active Dispersionless ‘ Plasmonic’ Metamaterial - a Step Towards Broadband Cloaking

Analysis of Uniaxial Multilayer Cylinders Used for Invisible Cloak Realization

ENZ-based Shortened Horn Antenna – an Experimental Study

Application of Wire Media in Antenna Technology

Subwavelength Guiding of Electromagnetic Energy in Waveguide filled with Anisotropic MNG Metamaterial

Design of High-power Metamaterial-based Scanning Leaky-wave Antenna

Experimental Investigation of Spatial Dispersion in Thin-Wire-Based Metamaterial

Towards High-power Metamaterial-based Scanning Leaky-wave Antenna for Plasma Physics Applications

Numerical and Experimental Investigation of Homogenization of SRR-loaded Rectangular Waveguide

Physics of Wave Propagation in Miniaturized Metamaterial-based Waveguides: Analytical, Numerical and Experimental Investigation

Shielding

Analytical and Experimental Investigation of Horn Antenna with Embedded ENZ Metamaterial Lens

Influence of Spatial Dispersion on Properties of Waveguide filled with Wire Media – an Experimental Investigation

Electromagnetic Phenomenon

Electromagnetic modes

Subwavelength Guiding of Electromagnetic Energy in Structures based on Anisotropic SNG metamaterials

Reply to "Comments on 'Waveguide Miniaturization Using Uniaxial Negative Permeability Metamaterial' "

Guiding and Radiating Structures based on Volumetric Single-negative Metamaterials

Some Considerations on Radiation Properties of Antennas Embedded into Low-permittivity Metamaterial

Plane Electromagnetic Wave

Magnetic Shielding

Electric Shielding

Numerical and Experimental Investigation of Inductively Loaded Thin-wire-based Metamaterial

Metamaterial-based Waveguides: Principles and Applications

Direct Verification of Backward-wave propagation in Subwavelength Waveguide filled with Split-Ring Resonators

An Intuitive Experimental Demonstration of Backward-wave Propagation in One-dimensional Metamaterial Structures

Investigation of Electromagnetic Properties of a Chain of Plasmonic Nanospheres by Scaled Experiments in Radiofrequency and Microwave Regime

Electromagnetic Shielding

Spherical Resonators acting as RF Replicas of Plasmonic Nanospheres

Basic Radiation Properties of Waveguides Filled With Uniaxial Single-Negative Metamaterials

Experimental Investigation of Radiation Properties of an Antenna Embedded in Low Permittivity Thin-Wire-Based Metamaterial

Experimental Investigation of Waveguide filled with Uniaxial Thin-wire-based ENG Metamaterial

Experimental Investigation of Radiation Properties of an Antenna Embedded in Low Permittivity Thin-Wire-Based Metamaterial

Waveguide Experiments to Characterize the Properties of SNG and DNG Metamaterials

Basic Radiation Properties of Waveguides Filled with Uniaxial Single Negative Metamaterials

Scanning Leaky-wave Antenna based on a Waveguide filled with ENG Metamaterial

Simple Experimental Determination of Complex Permittivity or Complex Permeability of SNG Metamaterials

Shrinking Dimensions of the Unit Cell of Thin-wire-based ENG Metamaterial by Inductive Loading

Electromagnetic Metamterials in Antenna Technology

Numerical and Experimental Investigation of Field Distribution in Waveguide Filled With Anisotropic Single Negative Metamaterial

Miniaturized Guiding Structures based on Evanescent Waveguide filled with Anisotropic Single-negative Meta-material

Transverse Strip Arryas used as Hard Surfaces and AMCs in Miniaturized

Miniaturized open-ended radiator based on waveguide filled with uniaxial negative permeability metamaterial

Waveguide Miniaturization Using Uniaxial Negative Permeability Meta-Material

Experimental Investigation of Radiation Properties of Waveguides Filled with Uniaxial Single Negative Metamaterials

Microwaves in Chemical Finishing of Textiles

Backward-wave Meta-materials - the first four (or almost hundred ?) years

Microwave Device for Termal Treatment of Cellulose Matetials

Klystron

Microwave Device for Thermal Treatment of Cellulose Materials

Experimental study of strip dipole FSS-loaded rectangular waveguide

Miniaturized Waveguides, Resonators and Antennas based on Uniaxial Single-negative Metamaterial

Experimental Investigation of Subwavelength Resonator based on Backward-wave Meta-material

Miniatruization of Rectangular Waveguide using Uniaxial Negative Permeability Material

Introduction to Speciall Session Electromagnetics in COmmunications

Active Double Negative Transmission Line with Negative Group Velocity

Miniaturization of Rectangular Waveguide using Uniaxial Negative Permeability Meta-material

Miniaturized Guiding Structures Based on Evanascent Wavguide Filled with Anisotropic Single-negative Meta-material

Experimental Verification of Negative Index of Refraction by Lateral Beam Displacement

Experimental Investigation Of Two-Dimensional Backward-Wave Meta-Material Based On Parallel-Plate Waveguide Filled With Double Ring Resonators

Novel Sub-wavelength Waveguides based on Single-Negative Meta-Materials

Backward-wave Waveguide based on Uniaxial Anisotropic Negative Permeability Meta-material

Rectangular Waveguide Filled with Split-ring Resonators

Experimental Investigation of Backward Meta-materials in Waveguide Environment

Backward-wave Meta-materials - a Brief Review

Backward Wave Propagation in Waveguide Filled with Negative Permeability Meta Material

Artififical Material with Negative Effective Permeability based on Capacitively Loaded Loops

Investigation of Negative Permeability, Negative Permittivity and Backward Meta-materials in Waveguide Environment

Simplified Analysis of Split Ring Resonator used in Backward Meta-material

Rectangular Waveguide filled with Artificial Backward Material

Capacitively loaded loop as basic element of negative permeability

A Simple Model of Electromagnetic Coupling Between Mobile Telephone and Implanted Pacemaker

Analysis of Coupling between 900 MHz Mobile Telephone and Implanted Pacemaker

A Simple Two-Dimensional Periodic Structure with Negative Effective Permeability

A Bipolar Charge Measurement System for Aerosol Characterization

Microwave spectrum analyzer

: Interference between Mobile Telephone and Electronic Equipment – Rumours or a Real Engineering Problem?

Influence of source internal impedance on uncertainity of SAR calculations in RF hazard studies using FDTD

A Simple Low Cost Three-probes Waveguide Reflectometer in 7 GHz Band

A Bipolar Charge Measurement Szstem for Aerosol Characterization

Modeling of feeding source in analysis of EM interactions between handset antennas and humans

Electromagnetic Interference between Wireless Telecommunication Device and Implanted Pacemakers and Defibrillators

Three-probe reflectometer error analysis

A simple low cost three-probe waveguide reflectometer in 7 GHz band

Influence of the three-probe reflectometer parameters on measurement accuracy

Exposure Evaluation to Electromagnetic Field in Telecommunication Switching Centre and Relay Tower Working Environment

Some Experiences with Implementation of the Neumeyer Six-port Calibration Method

A Simple RF Broadband Spectrum Analyzer Preamplifier

Three-probe Microstrip Reflectometer

Measurements of faint radiofrequency signals using spectrum analyzer

Professional Exposure to Electromagnetic Fields

An Electromagnetic Interference Measurements between satellite and terestrial radiocommunication

Technology of the six-port microwave network analyzers

A Simple Extension of Scalar Network Analyzer Measurement Capabilities to Impedance Measurement

Antenna Duplexer based on Helicoidal Resonators

A Broad-band Symmetrical Five-port Hybrid Circuit and its use in the Sic-port Reflectometer

A Complex Reflection Coefficient Measurement using Three or Four Fixed Probes