Eliciting Insight from Mandala-style Logos in 3D

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Eliciting Insight from Mandala-style Logos in 3D (Links From-Kairos)

[First part | All] ] [Links: To-K | From-Kx ]

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[2025]:  Truncated Tetrahedron as Container for a Cognitive Safe Place: Experimental interactive 3D display (Parts=1)

[2025]:  Triadic Configuration of 3 Cycles on Tetrahedron: Experimental interactive 3D display (Parts=1)

[2025]:  Configuration of Cyclic Sphere Dynamics on Truncated Tetrahedron: Experimental interactive 3D display (Parts=1)

[2025]:  Mapping of 20 Platonic and Archimedean polyhedra onto 20 dodecahedral vertices: Experimental interactive 3D display (Parts=1)

[2025]:  Complexity of Interaction with a Configuration of Cognitive Mirrors: Reclaiming Israel as an implicit cognitive dynamic (Parts=15+Refs)

[2025]:  Rotation of Cuboctahedral Array of 12 Archimedean polyhedra: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 48 Mumonkan Koans on Truncated Cuboctahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 48 Mumonkan Koans on Truncated Cuboctahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 48 Koans on Truncated Cuboctahedron Vertices: Experimental interactive 3D display -- paradox visualized with rotating tennis-ball seam curve (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 48 Mumonkan Koans on Truncated Cuboctahedron Vertices: Experimental interactive 3D display -- paradox visualized with rotating tennis-ball seam curve (Parts=1)

[2024]:  Configuration of 48 Mumonkan Koans on Truncated Cuboctahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Mapping of 48 Mumonkan koans onto truncated cuboctahedron with modified tennis-ball seam curve: Experimental interactive 3D display -- with binary shading (Parts=1)

[2024]:  Patterns of Inner Links between the 48 Mumonkan Koans on a Truncated Cuboctahedron: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Mapping 64-fold Articulation of Sustainable Development Goals onto Truncated Tesseract: Experimental interactive virtual reality display (Parts=1)

[2024]:  Mapping 64 Policy-related Hexagrams onto Truncated Tesseract in 3D: Experimental interactive virtual reality display (Parts=1)

[2024]:  Mapping 64-fold Articulation of Global Digital Compact onto Truncated Tesseract: Experimental interactive virtual reality display (Parts=1)

[2024]:  Mapping 64-fold Articulation of Sustainable Development Goals onto Truncated Tesseract: Experimental interactive virtual reality display (Parts=1)

[2024]:  Mapping 64 Policy-related Hexagrams onto Truncated Tesseract in 3D in Transformative Conferencing: Experimental interactive virtual reality display (Mapping 64 Policy-related Hexagrams onto Truncated Tesseract in 3D) (Parts=1)

[2024]:  Configuring the Paradoxical Insights of 48-fold and 100-fold Sets of Koans: AI-assisted clarification of cognitive challenge of elusive metaphors (Parts=13+Refs)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Configuration of 64 Change Conditions on Truncated Tetrahedron Vertices: Experimental interactive 3D display (Parts=1)

[2024]:  Transformation of 8-fold Pattern of Strategic Pillars into 72-edged Truncated Cuboctahedron in 3D: Configuration of BaGua elements presented as pillars in 3D (Parts=1)

[2024]:  Transformation of an 8-fold Pattern of Strategic Pillars into a 24-edged Cuboctahedron in 3D: Reconfiguration of BaGua elements presented as pillars in 3D (Parts=1)

[2024]:  Shifting views of a 3D Configuration of a Circle of 3x8 Strategic Pillars: Configuration of BaGua elements presented as pillars in 3D (Parts=1)

[2024]:  Mapping Learning Pathway Dynamics in 3D with Rhombicuboctahedron: Experimental interactive virtual reality display (Parts=1)

[2024]:  Mapping Learning Pathway Dynamics in 3D with Drilled Truncated Cube: Experimental interactive virtual reality display (Parts=1)

[2024]:  Mapping Learning Pathway Dynamics in 3D with Rhombicuboctahedron: Experimental interactive virtual reality display (Parts=1)

[2024]:  Mapping Learning Pathway Dynamics in 3D with Drilled Truncated Cube: Experimental interactive virtual reality display (Parts=1)

[2024]:  Just AI Theory: In quest of a robust ethical framework for AI with the aid of ChatGPT (Parts=6+Refs)

[2023]:  Use of ChatGPT to Clarify Possibility of Dialogue of Higher Quality: Implications for Yes and No campaigns on controversial issues (Parts=1)

[2023]:  Eliciting Patterns of Global Consensus via Tensional Integrity: Interweaving agreement and disagreement coherently with force-directed layout tensegrity (Parts=12+Refs)

[2023]:  Rotation of Football within 6 Tennis / Baseball Seam Curves: Experimental interactive 3D display of truncated icosahedron within 6 seam curves (Parts=1)

[2023]:  Rotation of Polyhedral Ball within 6 Tennis / Baseball Seam Curves: Experimental interactive 3D display of icosidodecahedron within 6 seam curves (Parts=1)

[2023]:  Cognitive Navigation of the Elements as Indicative Strategic Metaphors: Engagement via technomimicry with global entanglement of Earth, Air, Fire and Water (Parts=12+Refs)

[2023]:  Spherical Configuration of Olympic Rings with Phased Scaling: Experimental interactive 3D display (Parts=1)

[2023]:  Depopulation, Development, Delusion, Depression, Denial, Denigration: Experimental interactive 3D display of icosidodecahedron within 6 seam curves (Parts=1)

[2023]:  Spherical Configuration of Olympic Rings with Phased Fading: Experimental interactive 3D display (Parts=1)

[2023]:  Depopulation, Development, Delusion, Depression, Denial, Denigration: Experimental interactive 3D display of icosidodecahedron within 6 seam curves (Parts=1)

[2023]:  Spherical Configuration of 6 Olympic Rings: Experimental interactive 3D display (Parts=1)

[2023]:  Spherical Configuration of 5 Olympic Rings: Experimental interactive 3D display (Parts=1)

[2023]:  Paradoxes of Durable Peace, Heaven and a Sustainable Lifestyle: Mysterious dynamics fundamental to hopeful anticipation of enduring viability (Parts=12+Refs)

[2023]:  Nesting a Toroidal Dynamic within a Cubic Polyhedral Container: ***

style="text-align:center">Experimental interactive 3D configuration of a pattern of opposing functions as a container for a sustainable process (Parts=1)

[2023]:  Nesting a Toroidal Dynamic within a Cubic Polyhedral Container: ***

style="text-align:center">Experimental interactive 3D configuration of a pattern of opposing functions as a container for a sustainable process (Parts=1)

[2023]:  Dollar Sign as Questionable Map of Capitalism?: >Exploring the malleability of a fundamental symbol for society (Parts=16+Refs)

[2022]:  Relating Sphere and Torus Dynamically in 3D with Complementary Rotations: Experimental mnemonic aid to metasphere location inspired by rolling ball fountains (Parts=1)

[2022]:  Interlocking torus dynamics with Complementary Rotations: Interlocking torus dynamics: experimental interactive 3D display (Parts=1)

[2022]:  Eliciting Potential Patterns of Governance from 16 Sustainable Development Goals: Interactive exploration of Goal 17 through a polyhedral compound of 16 tetrahedra in 3D (Parts=15+Refs)

[2022]:  Interactive display of three balls moving within Mereon Trefoil knot in 3D: ***

style="text-align:center">*** (Parts=1)

[2022]:  Cyclic Representation of Coherence as Knots and Otherwise: Interestingness of curves of increasing complexity in relation to sustainability (Parts=17+Refs)

[2022]:  Relating Sphere and Torus Dynamically in 3D with Complementary Rotations: Experimental mnemonic aid to metasphere location inspired by rolling ball fountains (Parts=1)

[2022]:  Sustainability through Global Patterns of 60-fold Organization<: Psycho-social implications of fullerenes for coherence, integrity and identity of a higher order (Parts=15+Refs)

[2021]:  Transcending Psychosocial Polarization with Tensegrity: Biomimetic clues to collective resilience and unshackling knowledge (Parts=13+Refs)

[2021]:  Framing Dynamic Transcendence of Simplistic Cognitive Polarization: Implication of circular configuration of targets, dartboards, mandalas, codons and hexagrams (Parts=11+Refs)

[2021]:  Potential for Coherence through Engaging Strategic Poetry: Memorable cycles of subdivision enabling viable governance (Parts=13+Refs)

[2021]:  Dynamics of N-fold Integration of Disparate Cognitive Modalities: Prefixes determining experience of the present moment underlying pseudophilia (Parts=16+Refs)

[2020]:  From Zoom Organization to Zome Configuration and Dynamics: Integrating the doughnut, helix and pineapple models towards global strategic coherence (Parts=10+Refs)

[2020]:  Ring of Ten Bulls of Zen in Virtual Reality: experimental interactive 3D display: Classic images of oxen herded within a torus (Parts=1)

[2020]:  Ring of Ten Bulls of Zen in Virtual Reality: experimental interactive 3D display: Classic images of oxen herded within a torus -- some moving disruptively (Parts=1)

[2020]:  Crown Chakra as Twin Tori in Virtual Reality: experimental interactive 3D display: Movement of 20 rings of 50 heart-petals in two tori (Parts=1)

[2020]:  Interlocking torus dynamics with 20 crown chakra rings -- 10 overlapping rings per torus: Crown Chakra in Virtual Reality: experimental interactive 3D display (Parts=1)

[2020]:  Interlocking torus dynamics with 20 crown chakra rings -- 10 overlapping rings per torus: Crown Chakra in Virtual Reality: experimental interactive 3D display (Parts=1)

[2020]:  Interlocking torus dynamics with 20 crown chakra rings -- 10 horizontal rings per torus: Crown Chakra in Virtual Reality: experimental interactive 3D display (Parts=1)

[2020]:  Interlocking torus dynamics with 20 crown chakra rings -- 10 horizontal rings per torus: Crown Chakra in Virtual Reality: experimental interactive 3D display (Parts=1)

[2020]:  Interlocking torus dynamics with 20 crown chakra rings -- 10 horizontal rings per torus: Crown Chakra in Virtual Reality: experimental interactive 3D display (Parts=1)

[2020]:  Interlocking torus dynamics with 20 crown chakra rings -- 10 circulating rings per torus: Crown Chakra in Virtual Reality: experimental interactive 3D display (Parts=1)

[2020]:  Interlocking torus dynamics with 20 crown chakra rings -- 10 circulating rings per torus: Crown Chakra in Virtual Reality: experimental interactive 3D display (Parts=1)

[2020]:  Interlocking torus dynamics with 20 crown chakra rings -- 10 circulating rings per torus: Crown Chakra in Virtual Reality: experimental interactive 3D display (Parts=1)

[2020]:  Interactive display of a hypotrochoid in 3D: Offering perspectives on circle, lemniscate and seam curves of baseball and tennis ball (Parts=1)

[2020]:  Interactive display of generalized baseball and tennis-ball seam curves in 3D: Hypotrochoid offering perspectives on circle, lemniscate and related curves (Parts=1)

[2020]:  Interactive display of generalized baseball and tennis-ball seam curves in 3D: Hypotrochoid offering perspectives on circle, lemniscate and related curves (Parts=1)

[2020]:  Interactive display of generalized baseball and tennis-ball seam curves in 3D: Hypotrochoid offering perspectives on circle, lemniscate and related curves (Parts=1)

[2020]:  Interactive display of generalized baseball and tennis-ball seam curves in 3D: Hypotrochoid offering perspectives on circle, lemniscate and related curves (Parts=1)

[2020]:  Interactive display of a hypotrochoid in 3D: Offering perspectives on circle, lemniscate and seam curves of baseball and tennis ball (Parts=1)

[2020]:  Interactive display of a hypotrochoid in 3D: Offering perspectives on circle, lemniscate and tennis-ball curves (Parts=1)

[2020]:  Interactive display of tennis-ball / baseball curve in 3D: With timed transparency of ball (Parts=1)

[2020]:  Interactive display of six tennis-ball / baseball curves traversing octants in 3D: With timed transparency of octant display (Parts=1)

[2020]:  Interactive display of two tennis-ball / baseball curves in 3D: With timed transparency of octants (Parts=1)

[2020]:  Interactive display of two tennis-ball / baseball curves in 3D: With timed transparency of ball (Parts=1)

[2020]:  Interactive display of two tennis-ball / baseball curves traversing octants in 3D: With timed transparency of trigram encoding of octants (Parts=1)

[2020]:  Tao/Yin-Yang symbol in 3D: experimental interactive 3D display(professional): Virtual reality clues to reconciling radical differences, global and otherwise? (Parts=1)

[2020]:  Tao/Yin-Yang symbol in 3D: experimental interactive 3D display (preliminary): Virtual reality clues to reconciling radical differences, global and otherwise? (Parts=1)

[2020]:  Ring of 6 Rotating Szilassi Polyhedra: experimental interactive 3D display: Showing linking ring when the polyhedra are aligned (Parts=1)

[2020]:  Interactive Display of Inversion of a Schatz Cube in 3D: ***

style="text-align:center">Implementation in x3D by Sergey Bederov of a formula by Charles Gunn (Parts=1)

[2020]:  Crown Chakra in Virtual Reality: experimental interactive 3D display (with rotating Vajra symbols): Mutually rotating stacked set of 20 rings of 50 heart-petals -- 1,000 petalled lotus (Parts=1)

[2020]:  Crown Chakra as a Torus in Virtual Reality: experimental interactive 3D display: Toroidal movement of 20 rings of 50 heart-petals -- 1,000 petalled lotus (Parts=1)

[2020]:  Crown Chakra in Virtual Reality: experimental interactive 3D display (stacked rings): Stack of 20 rings of 50 heart-petals -- 1,000 petalled lotus (Parts=1)

[2020]:  Crown Chakra in Virtual Reality: experimental interactive 3D display (stacked rings): Stack of 20 rings of 50 heart-petals -- 1,000 petalled lotus (Parts=1)

[2020]:  Crown Chakra in Virtual Reality: experimental interactive 3D display (stacked rings): Rotating stacked set of 20 rings of 50 heart-petals into the plane -- 1,000 petalled lotus (Parts=1)

[2020]:  Crown Chakra in Virtual Reality: experimental interactive 3D display (ring inversion): Stack of 20 rings of 50 heart-petals -- 1,000 petalled lotus (Parts=1)

[2020]:  Crown Chakra in Virtual Reality: experimental interactive 3D display (gyroscopic movement): Rotating set of 20 rings of 50 heart-petals in gyroscopic movement -- 1,000 petalled lotus (Parts=1)

[2020]:  Crown Chakra in Virtual Reality: experimental interactive 3D display (stacked rings): Rotating set of 20 rings of 50 heart-petals into the plane -- 1,000-petalled lotus (Parts=1)

[2020]:  Crown Chakra in Virtual Reality: experimental interactive 3D display (clockwise rotation): Set of 20 rings of 50 heart-petals -- 1,000 petalled lotus -- rotating clockwise (Parts=1)

[2020]:  Crown Chakra in Virtual Reality: experimental interactive 3D display (stacked rings): Rotating set of 20 rings of 50 heart-petals into the plane -- 1,000-petalled lotus (Parts=1)

[2020]:  Crown Chakra in Virtual Reality: experimental interactive 3D display (anticlockwise rotation): Set of 20 rings of 50 heart-petals -- 1,000 petalled lotus -- rotating anti-clockwise (Parts=1)

[2020]:  Crown Chakra in Virtual Reality: experimental interactive 3D display (alternating rotation): Set of 20 rings of 50 heart-petals -- 1,000 petalled lotus -- rings rotating alternately (Parts=1)

[2020]:  Nested Platonic Polyhedra in Pumping Dynamic: experimental interactive 3D display: Showing successive polyhedra emerging from the centre and sinking back to it (Parts=1)

[2020]:  Schematic of rotating heads and tails of Ouroboros in virtual reality: ***

style="text-align:center">Experimental interactive 3D display (Parts=1)

[2020]:  Polyhedral Merkaba Symbol in Virtual Reality: experimental interactive 3D display: 3D Version of the Star of David? (Parts=1)

[2020]:  Interactive display of three balls moving within Mereon Trefoil knot in 3D: ***

style="text-align:center">*** (Parts=1)

[2020]:  three-fold Rendering of the Mandelbrot Set in 3D: Speculative rendering of mutually orthogonal versions of the complex plane (Parts=1)

[2020]:  three-fold Rendering of the Mandelbrot Set in 3D: Speculative rendering of mutually orthogonal versions of the complex plane with distinctive octants (Parts=1)

[2020]:  Entangled Helical Coils in 3D: Movement of mutually entangled helical coils (Parts=1)

[2020]:  Reframing the Righteousness Enabling Repetition of the Titanic Disaster: Comprehension of 144 Distinctions -- Mahjong as Angels versus Demons (Parts=12+Refs)

[2020]:  8-voice Dynamics framed by Basque Lauburu in Virtual Reality (single-plane): experimental interactive 3D display: Use of Lauburu to model an 8-fold pattern of voices (Parts=1)

[2020]:  24-voice Dynamics framed by Basque Lauburu in 3D (triple-plane): Use of Lauburu to model an 24-fold pattern of voices (Parts=1)

[2020]:  16-voice Dynamics framed by Basque Lauburu in Virtual Reality (double-plane): experimental interactive 3D display: Use of Lauburu to model an 16-fold pattern of voices (Parts=1)

[2020]:  Dynamics of 20 rings and spikes configured in relation to icosahedral faces: Crown Chakra in Virtual Reality: experimental interactive 3D display (Parts=1)

[2020]:  three-fold rendering of the Circle of 64 Heagrams in 3D: Speculative rendering of on mutually orthogonal versions within a drilled truncated cube (Parts=1)

[2020]:  Circles of 64 Hexagrams on Drilled Truncated Cube of 64 edges in 3D: Speculative rendering of on mutually orthogonal versions within a drilled truncated cube (Parts=1)

[2020]:  Interactive display of drilled truncated cube with ball moving within Mereon Trefoil knot in 3D: ***

style="text-align:center">*** (Parts=1)

[2020]:  Dynamics of Parallel edges of Drilled truncated cubes in 3D: Dynamics of movement of parallel edges (Parts=1)

[2020]:  Dynamics of 20 configured in relation to dodecahedron axes: Crown Chakra in Virtual Reality: experimental interactive 3D display (Parts=1)

[2020]:  Dynamics of 20 configured in relation to dodecahedron axes: Crown Chakra in Virtual Reality: experimental interactive 3D display (Parts=1)

[2020]:  Crown Chakra framed by a Dodecahedron in Virtual Reality: experimental interactive 3D display: Movement of 20 rings of 50 heart-petals between dodecahedral vertices (Parts=1)

[2020]:  Dynamics of 20 rings and spikes configured in relation to dodecahedron axes: Crown Chakra in Virtual Reality: experimental interactive 3D display (Parts=1)

[2020]:  Dynamics of 20 rings of crown chakra configured in relation to dodecahedron (rotation): Crown Chakra in Virtual Reality: experimental interactive 3D display (Parts=1)

[2020]:  Coronavirus as a configuration of 72 spikes on a polyhedra in virtual reality: ***

style="text-align:center">Experimental interactive 3D display (Parts=1)

[2020]:  Coronavirus as a configuration of 72 mushroom-clouds on a polyhedra in virtual reality: ***

style="text-align:center">Experimental interactive 3D display (Parts=1)

[2020]:  Global Insight from Crown Chakra Dynamics in 3D?: Strategic viability through interrelating 1,000 perspectives in virtual reality (Parts=13+Refs)

[2020]:  Rotation of Cantetruncated tesseract within dodecahedron as indication of Seasonal Dynamics between Major and Minor League Baseball: ***

style="text-align:center">Experimental interactive 3D display using adaptation of 4D 358-Proh polychoron (Parts=1)

[2020]:  Rotation of Cantetruncated tesseract within dodecahedron as indication of Seasonal Dynamics between Major and Minor League Baseball: ***

style="text-align:center">Experimental interactive 3D display using adaptation of 4D 358-Proh polychoron (Parts=1)

[2020]:  Rotation of Icosahedron within Dodecahedron as indication of Dynamics of Major League Baseball Season: ***

style="text-align:center">Experimental interactive 3D display (Parts=1)

[2020]:  Animation in 3D of 4 Baseball Caps in relation to the Baseball Seam Curve: Movement of four baseball caps in relation to a single baseball curve (Parts=1)

[2020]:  Animation in 3D of 2 Baseball Caps in relation to the Baseball Seam Curve: Movement of two baseball caps in relation to a single baseball curve (Parts=1)

[2020]:  Animation in 3D of a Baseball Cap in relation to the Baseball Seam Curve: Movement of single baseball cap in relation to baseball curve (Parts=1)

[2020]:  Animation in 3D of a Large Baseball Cap in relation to the Baseball Seam Curve: Movement of single baseball larger cap in relation to baseball curve (Parts=1)

[2020]:  Ring of 8 BaGua Trigrams in Virtual Reality: Classic images of Chinese trigrams moving within a torus (Parts=1)

[2020]:  Entangled Abrahamic Symbols in Virtual Reality: experimental interactive 3D display: Reconciling Symbols of Islam, Judaism and Christianity (Parts=1)

[2003]:  Triadic Configuration of 6 Cycles on Double Tetrahedron: Experimental interactive 3D display (Parts=1)

[2003]:  Triadic Configuration of 6 Cycles on Double Tetrahedron: Experimental interactive 3D display (Parts=1)

[2003]:  Triadic Configuration of 6 Cycles on Double Tetrahedron: Experimental interactive 3D display (Parts=1)

[2003]:  Triadic Configuration of 6 Cycles on Double Tetrahedron: Experimental interactive 3D display (Parts=1)