Quantum gravimetry and magnetometry for intelligence surveillance applications: capabilities and technology maturity.
Where quantum sensors address collection gaps. Key areas include: Intelligence collection challenges: targets that defeat classical sensor capabilities; Quantum sensing modalities overview: magnetometry, gradiometry, and quantum illumination; Collection scenario framework: which intelligence targets could benefit from quantum sensors.
Detecting and tracking through magnetic signatures. Key areas include: SQUID magnetometers: sensitivity, cryogenic requirements, and intelligence collection platform options; Optically pumped magnetometers: room-temperature operation for airborne and maritime deployment; NV-centre diamond: vector measurement capability and compact sensor array potential.
Facility monitoring and stealth detection. Key areas include: Cold atom gravity gradiometers: precision, survey speed, and intelligence collection scenarios; Underground facility monitoring: gravity gradient changes from construction and equipment movement; Quantum illumination: entangled photon target detection theory and engineering reality.
Quantum sensor performance for intelligence scenarios. Key areas include: Facilitator-led modelling: quantum magnetometer detection range for intelligence surveillance targets; Gravity gradiometry resolution analysis for underground facility change detection; Sensitivity and noise analysis: how collection conditions affect detection probability.
Deploying quantum sensors on intelligence platforms. Key areas include: Airborne intelligence platforms: SWaP constraints and vibration compensation for quantum sensors; Space-based quantum sensing: satellite orbit considerations and coverage analysis; Ground-based persistent surveillance: quantum sensor arrays for facility monitoring.
Published programmes and development status. Key areas include: Government quantum sensing programmes with intelligence surveillance applications; International quantum sensor development: competitive intelligence assessment.
Q&A and Collection Capability Planning: this session covers the core principles and technical underpinnings relevant to the subject area.
Discuss this topic with senior peers.
