Supporting Creative Innovation

CANen R&D Inc.
CANen R&D Inc.
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    • Home
    • Smart Out
    • Smart Glance
    • R&D
    • Locomotion/Propulsion
    • Contextual AI R&D
    • Leveraged Gravity
  • Home
  • Smart Out
  • Smart Glance
  • R&D
  • Locomotion/Propulsion
  • Contextual AI R&D
  • Leveraged Gravity

R&D (page under construction)

Smart Out Waste/Receiving/Inventory/info/Storage

Smart Out Waste/Receiving/Inventory/info/Storage

Smart Out Waste/Receiving/Inventory/info/Storage

Minimalist kitchen countertop with wooden utensils and cutting boards.

Next Gen Consumer Home Hub 

Smart Out

Locomotion & Propulsion

Smart Out Waste/Receiving/Inventory/info/Storage

Smart Out Waste/Receiving/Inventory/info/Storage

Glacier icebergs floating in a serene blue lake under a clear sky.

Vehicular and robotic platform locomotion and propulsion. 

Explore

Contextual AI Research

Robot and engineer interact with augmented reality overlay on a mechanical object.

Beyond prompt, response, artefact, and standing straight. A collaborative real time personalised assistant.

Collaborative AI

Leveraged Gravity

Leveraged Gravity geometric visualization with graphs and mechanical images.

Investigating the geometric efficiency advantages of rotational torque transfer in gravitational systems. A lever rotating 180° under gravity produces a sinusoidal torque profile with a mean mechanical advantage of 2/π — the same constant found in rectified AC waveforms and Buffon's Needle experiment.

A variable-radius spiral winding sheave (shown in red), geometrically matched to this torque profile, achieved 98.6% energy transfer efficiency between two equal masses in a crude prototype — without external energy input.

No passive linear system of comparable simplicity has been demonstrated to achieve equivalent efficiency under the same constraints.

Classical mechanics. Measurable. Reproducible.

View Interactive Model

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