Quantum Sensors (High Precision Measurement)

Devices leveraging quantum phenomena for ultra-sensitive measurements of physical quantities.

Core metadata

ID: quantum_sensors_high_precision_measurement
Era: Future
First known date: 2035 (decade)
Region: Forecast / not yet broadly established
Review status: structurally_validated
Maturity: N/A

Prerequisites

Dependents

Fields

None.

Node sources

Quantum Sensing Explained (NIST, 2026, official_agency) • Supports: node
Locator: Explainer defines quantum sensors as devices using quantum properties for measurements impossible with classical physics and describes emerging ultraprecise sensing applications.

Prerequisite edge evidence

Edge/source evidence summary:

Prerequisite edges: 4
Average edge confidence: 35%
Prerequisite sources: 3
speculative: 4

Prerequisite	Type	Confidence	Evidence level	Note	Sources
Quantum Computing (quantum_computing)	speculative	35%	speculative	Quantum Computing is a plausible dependency for a forecast technology and should be treated as speculative.	No sources recorded.
Nanotechnology (nanotechnology)	speculative	35%	speculative	Nanotechnology is a plausible dependency for a forecast technology and should be treated as speculative.	The Initiative and its Implementation Plan (National Science and Technology Council, 2000, official_agency) • Supports: edge
Lasers (lasers)	speculative	35%	speculative	Lasers is a plausible dependency for a forecast technology and should be treated as speculative.	The Nobel Prize in Physics 1964 (Nobel Prize, 1964, museum) • Supports: edge
Atomic Clocks (atomic_clocks)	speculative	35%	speculative	Atomic Clocks is a plausible dependency for a forecast technology and should be treated as speculative.	A Brief History of Atomic Clocks at NIST (NIST, 2009, official_agency) • Supports: edge

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