NIST is developing critical measurement infrastructure and techniques for quantum computing and quantum information science. The research focuses on:
1. Measuring interactions between chiral edge states in 2D heterostructures
2. Developing cryogenic measurement capabilities for novel quantum devices
3. Investigating topological systems and chiral Majorana modes
4. Exploring twisted-angle 2D heterostructures for emergent properties
The research aims to overcome decoherence, a major barrier to scalable quantum computers, by exploiting topological protection in solid state systems. Key technical points include:
– Cryogenic measurements down to 300 mK
– Magnetic fields up to 14 T
– Low-noise electronics for precise measurements
– Development of specialized probe stations
The research team includes experts from NIST and several universities, working on fundamental physics and measurement techniques for quantum materials and devices.
Source: https://www.nist.gov/programs-projects/quantum-transport-measurements
Keywords: Topological, Quantum materials, Emergent properties, Solid state systems, Metrology
