Quantum

Performance

Profile

Dynamic portfolio: the AI model continuously re-measures each component’s relevance to the fund’s theme — including hidden connections the obvious sector lists miss. Component hot-swaps are proposed by the model network and executed only with Human-In-The-Loop approval — a conservative, long-term governance loop modeled on cell–cell signal transduction. The index series stays continuous through every approved change.

Focus Areas & Supply Chains

The controlled vocabulary governing this fund — category → class → subclass, plus the sector’s supply chain. The AI model measures every concept against the live stock and crypto universe; asset chips show human-curator-approved connections only. Full graph for all seven funds: AIB Ontology Graph.

• Quantum Cloud Access (QCaaS) aib-quantum-cloud
  cloud platforms delivering remote, on-demand access to quantum processors and simulators as a service
• Quantum Communications & Networking aib-quantum-comms-networking
  quantum key distribution (QKD) systems and the quantum-network infrastructure linking QKD nodes into secure networks
• Enabling Components aib-quantum-enabling-components
  the specialized hardware layer every qubit modality depends on to operate and be controlled
  • Control Electronics aib-quantum-enabling-control-electronics
    room-temperature RF/microwave signal generation and cryo-compatible control hardware that drives and reads out qubits
  • Cryogenics aib-quantum-enabling-cryogenics
    dilution refrigerators and cryostats cooling superconducting and spin-qubit systems to millikelvin temperatures
  • Photonics & Lasers aib-quantum-enabling-photonics-lasers
    precision laser systems, optics and photonic components used for qubit control, readout and photonic-qubit generation
• Government Programs & Research Services aib-quantum-gov-research
  federally funded quantum R&D programs and the contractors/national-lab-affiliated research centers that execute them
• Quantum Computing Hardware aib-quantum-hardware
  manufacturers of physical quantum processors across all competing qubit modalities
  • Neutral-Atom & Quantum Annealing aib-quantum-hardware-neutral-atom
    optically-trapped neutral-atom processors and adiabatic/annealing-based quantum systems
  • Photonic Qubits aib-quantum-hardware-photonic
    photon-based processors suited to room-temperature operation and fiber-network compatibility
  • Superconducting Qubits aib-quantum-hardware-superconducting
    Josephson-junction superconducting-circuit qubit processors, the highest technology-readiness and qubit-count modality
  • Trapped-Ion Qubits aib-quantum-hardware-trapped-ion
    laser-controlled trapped-ion processors leading on gate fidelity
• Quantum Materials & Fabrication aib-quantum-materials-fabrication
  wafer-scale, CMOS-compatible cleanroom fabrication of qubit chips and the ultra-low-defect materials they require
• Post-Quantum Cryptography & Quantum Security aib-quantum-pqc-security
  cryptographic algorithms and migration tooling engineered to resist attack by cryptographically-relevant quantum computers
• Quantum Sensing & Metrology aib-quantum-sensing
  instruments exploiting quantum effects for precision measurement beyond classical limits
  • Magnetometry & Gravimetry aib-quantum-sensing-magnetometry-gravimetry
    atomic magnetometers and gravimeters used in geophysics, medical imaging and materials science
  • Quantum Navigation (PNT) aib-quantum-sensing-navigation
    quantum inertial-navigation and magnetometry systems providing positioning/navigation/timing without GPS
  • Atomic Clocks & Timing aib-quantum-sensing-timing
    optical-lattice and ion-based atomic clocks delivering attosecond-scale timing resolution
• Quantum Software & Algorithms aib-quantum-software
  algorithm development, SDKs, compilers and error-correction/mitigation software that runs on quantum hardware

Holdings

Governance activity

Headlines