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Global-X: Agile Innovative Research

Global-X is a nine-month international science challenge that seeks revolutionary research through active worldwide cooperation

Challenge Problem Statements:


  1. Subsea Object Detection and Identification (Underwater and Seabed)

    Descriptive Attributes:

    • Detect objects of any material (ferrous, non-ferrous, polymeric, organic, biological, etc.) and scale (10-3m to 102m); objects may be moving or stationary, wholly immersed within the water or seabed, or at the interface between two media (e.g. on the seabed surface).
    • Detection resolution and signal to noise ratio is sufficient to classify and identify the object; identification will occur at near real-time.
    • Operates in all salinity (e.g. fresh and salt water) and in minimum visibility conditions (high turbidity) with no degradation in performance
    • Power demand and size of detection and identification components meet mobile host platform constraints and availability.
    • Detection and identification components may be active and/or passive and incorporate multimodal, distributed and cross-domain approaches.
    • Detection and identification components are low cost.

    Potential Enabling Technical Disciplines:

    • Physics
    • Electromagnetic spectrum
    • Acoustics / Infrasound
    • Quantum sensing / Quantum optics / Orbital Angular Momentum optics
    • Signal processing
    • Artificial intelligence / Machine learning
    • Materials
    • Oceanography
    • Meteorology
    • Remote sensing / Satellite altimetry
    • Space science
    • Earth science
    • Synthetic biology
    • Power and energy
    • Microelectronics
    • Neuromorphic imaging
  2. Personal Expeditionary Power and Energy

    Descriptive Attributes:

    • Power density >1000 W/kg and Energy density >=5000 Wh/kg
    • May be weight bearing and incorporated into structures
    • Conformable to non-traditional, 3-dimensional architectures
    • Long-life, quick charge, reusable and recyclable
    • Lightweight and man-portable
    • Low hazard (no risk of thermal runaway)

    Potential Enabling Technical Disciplines:

    • Microbiology / Synthetic biology
    • Chemistry
    • Physics / nuclear physics
    • Quantum science
    • Power and energy
    • Materials Science
    • Advanced manufacturing
  3. High Latitude High Bandwidth Communications

    Descriptive Attributes:

    • Enables voice and data communications in the air, on land, ice, and sea surface in latitudes above 60o in locations with limited satellite communications
    • Communication range is greater than 25 km with minimum data rates of 5 MBPS and in minimum visibility conditions
    • Communication components operate at temperatures below -55oC with no degradation in performance and employ low power
    • May incorporate multimodal, distributed and cross-domain transmission approaches
    • May employ low probability of detection and interference resistant waveforms

    Potential Enabling Technical Disciplines:

    • Artificial Intelligence / Machine Learning
    • Chemistry
    • Physics
    • Electromagnetic spectrum
    • Next generation networking
    • Autonomous self-healing mobile networks
    • Quantum science
    • Signal processing
    • Space science
    • Earth science
    • Meteorology
    • Remote sensing / Satellite altimetry
    • Power and energy / long-duration resilient power
    • Microelectronics
    • Neuromorphic sensors
    • Materials
    • Logistics
    • Oceanography