About Hgon hyper-structures
Beyond lattices:
Hgons are hyper-dimensional computed objects, combining both isotropic and guided (field-optimized) meta-structures,
uniquely automatically conforming to most any complex, multi-connected CAD shape.
A surprise discovery: Hgons have strong vibration-damping and anti-resonance properties.
See our NATURE Sci-rep publication on this topic: https://www.nature.com/articles/s41598-020-78239-9
Read more on hyperdimensional AI computing, concepts and projects here: Hyperdimensional Computing , and FReps
Register here to participate in our upcoming alpha software testing program (starting Feb '24).
Learn more: Two brief technical-demonstration videos
Beyond lattices:
Hgons are hyper-dimensional computed objects, combining both isotropic and guided (field-optimized) meta-structures,
uniquely automatically conforming to most any complex, multi-connected CAD shape.
A surprise discovery: Hgons have strong vibration-damping and anti-resonance properties.
See our NATURE Sci-rep publication on this topic: https://www.nature.com/articles/s41598-020-78239-9
Read more on hyperdimensional AI computing, concepts and projects here: Hyperdimensional Computing , and FReps
Register here to participate in our upcoming alpha software testing program (starting Feb '24).
Learn more: Two brief technical-demonstration videos
Plugins and GUI add-ons for CAD and design software are in development.
Learn even more
- More technical demonstrations: Vibration isolation and adaptive FEA meta-topological optimization.
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Static and vibration material calibration/validation/testing:
We build multi-axis testing systems for custom testing. - Important for validation and model optimization - Both materials and AM printed components - Model validation, tension/torsion - Vibration and Fatigue |
Hgons encompass and extend the concept of simple periodic lattices, using a holographic-like method.
To our knowledge, this has never been done before.
- EXPERIMENTAL: 3D PORTALS -
The best way to view and understand our structures is in 3D+.
Please visit below our new Experimental 3D+ web-portals.
For MANY HGons viewable in 3D/VR, Visit our updated SketchFab page.
The best way to view and understand our structures is in 3D+.
Please visit below our new Experimental 3D+ web-portals.
For MANY HGons viewable in 3D/VR, Visit our updated SketchFab page.
Important note: our new 3D+ portals (below, left) can take more time to load than a typical webpage
and might appear 'stuck' at 100%, but it's not. Please wait 20-30 sec to load.
and might appear 'stuck' at 100%, but it's not. Please wait 20-30 sec to load.
We can now generate and 3D print unique custom Mgon structures from most any CAD-STL component.
Fully AM hybrid multi-materials; controlled density-porosity-fibers; complex EM passive-active vibration control
(e.g. copper-piezo) -- programmable transition control, much more!
Fully AM hybrid multi-materials; controlled density-porosity-fibers; complex EM passive-active vibration control
(e.g. copper-piezo) -- programmable transition control, much more!
CONTACT US FOR A live TECHNICAL DEMONSTRATION
and/or a Free consultation for your challenging structure/project.
Email: info@abemis.com - for IP/Investor/Licensing and any questions.
Note, this is not a 'dummy' email. We respond.