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Projects/Programs

Displaying 1 - 25 of 27

Advanced High Frequency Devices

The Advanced High Frequency Devices Program develops measurement methods to determine the characteristics of advanced electronics and devices at high

Advanced Materials Metrology

In this project we measure the fundamental electrical properties of materials from bulk to nanoscale from 1 MHz to 0.3 THz. Understanding the interaction of

Amplifiers

To process quantum information it is important to have amplifiers with wide bandwidth, high dynamic range, and low noise.

Antenna Metrology

Antennas are the eyes, ears and voices of everything from cell phones to interplanetary spacecraft. The Antenna Metrology Program carries on PML's pioneering

Antenna Metrology Project

Antennas are the eyes, ears and voice boxes of everything from cell phones to interplanetary spacecraft. The Antenna Metrology Program carries on NIST's

Field Parameter Metrology

Consider the consequences if nearby electronics could interfere with a jet's instruments or cause an automobile to stall. The Field Parameter Metrology Program

Flux Quantum Electronics

Researchers in the Flux Quantum Electronics (FQE) Project exploit the inherent quantum behavior of superconductivity to develop cryogenic superconductive

Fundamental Guided Wave Metrology

Radio-frequency (RF) waves and microwaves are involved with almost every facet of everyday life. Radio stations, television, wireless devices, satellite

Genomics of Electronic Materials

Our goal is to develop the metrology to enable a materials genomic approach to the discovery and optimization of complex electronic and electromagnetic

Ion Traps

The Ion Traps Project collaborates with PML's Ion Storage Group to lower the intrinsic heating of ions from ion trap components.

Magnetic Random Access Memory

The program on magnetic random-access memory develops metrology to determine how spin currents can be generated and used to control and manipulate magnetization

Nanoelectromagnetics

The core activities in this program are the development and application of metrology for quantitative characterization of hetero-structured materials and

Neuromorphic Computing

Neuromorphic computing promises to dramatically improve the efficiency of important computational tasks, such as perception and decision making. While software

Noise Thermometry

The Noise Thermometry Project is applying quantum-based voltage waveform synthesis to a precision measurement of Boltzmann's constant kB by developing a primary

Quantum Radiometry Project

Calibrated and characterized single photon sources and detectors are building blocks of the infrastructure required to achieve widely used, industrialized

Qubits

The Qubits Project develops new geometries for superconducting quantum binary devices as fundamental building blocks for quantum computing.

Smart Grid Program

The Smart Grid Program develops and demonstrates smart grid measurement science advances to improve the efficiency, reliability, resilience, and sustainability

Spin Dynamics and Magnetic Microscopy

The Spin Dynamics and Magnetic Microscopy Project develops metrology for magnetodynamic effects such as ferromagnetic resonance, switching, and damping. We