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SECTION I — BIOGRAPHY 

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RIKXECOM (born 1959) is a contemporary artist whose work investigates the invisible architecture of reality: the movement of electrons, the flow of energy, and the transformation of that energy into visual experience. Working across photography, digital abstraction, physical media, and early generative systems, his practice is rooted in a singular and sustained inquiry into how technology, perception, and consciousness converge in the making of an image.

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The earliest foundations of RIKXECOM’s artistic life began in childhood. His first artistic teacher was his mother, Lise, who introduced him to drawing, observation, and the intuitive discipline of visual sensitivity. This early formation was deepened during his years at Cardinal Villeneuve School in Québec (les arts plastiques), where he received structured visual arts education in the 5th, 6th, and 7th grades within a pedagogical environment that treated art as essential to intellectual, emotional, and perceptual development. There, he encountered drawing, color, form, design, modeling, and three-dimensional creation, as well as a philosophy of art grounded in imagination, experimentation, and humanization.

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A decisive second foundation emerged in 1977, when RIKXECOM undertook technical training in South Florida through vocational electronics studies at Sheridan Technical College and additional coursework in Coconut Creek. There he studied radio and television repair, signal flow, component-level diagnostics, and the internal logic of analog display systems. Working directly with cathode-ray tube technologies, he developed a rare understanding of how electronic signals become visible images through the RGB color model the triadic structure that underlies modern screen-based visuality.

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During this same period, Sheridan’s electronics program also received a surplus MODCOMP minicomputer previously associated with aerospace environments linked to NASA. RIKXECOM was among the students exposed to this modular architecture, gaining experience with backplanes, logic boards, and early computational systems at a time when personal computing had not yet become common. This placed him at a rare intersection of analog electronics, early computation, and image technology decades before generative systems entered public consciousness.

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Across the following decades, RIKXECOM developed an extensive body of photographic and contemporary visual work grounded in this dual inheritance: the intuitive freedom of early artistic formation and the structural precision of electronic systems. His work consistently explored light, abstraction, color, and form as active processes rather than static representations. For him, the image is not a fixed object; it is an event within a system of energy, translation, and perception.

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By the 21st century, RIKXECOM extended this inquiry into digital and physical hybrid media. Computer-assisted design became a tool for mapping RGB color-space decisions into precise visual compositions and physical spray-based applications, translating electronic image logic into material form. Whether working through film, digital sensors, software, or painted surfaces, his methodology remained constant: structured systems guided by human intention.

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When public generative image systems became accessible in 2022, RIKXECOM approached them not as novelty, but as a continuation of a lifelong investigation already decades in progress. In December 2022, during the first wave of public AI image generation, he entered the field as an early adopter, producing pioneering works released for sale in limited, certified, numbered digital editions. By February 2023, under the RIKXECOM identity and using his dedicated RicKART Prompt Architecture, he was simultaneously directing as many as fifteen AI systems at once across multiple programs and stylistic environments.

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Rather than treating algorithmic output as a finished object, he generated thousands of possible images and selected only a small fraction according to the same curatorial discipline that had guided his practice for decades. In this model, the machine produced abundance; the artist produced meaning. As RIKXECOM has articulated through his own philosophy: selection becomes the final brushstroke.

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This early generative body may be understood as part of the RIKXECOM Latent Space Archive—a historically significant archive of artist-directed, early-phase generative abstraction created during the formative, less-regulated period of public AI image systems. Crucially, RIKXECOM preserved the original RicKART prompt phrases associated with these works, creating a rare layer of archival proof and authorship verification that strengthens both their historical significance and long-term market integrity.

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His work has been featured twice on CBS Sunday Morning in consecutive years, shown at Photoville, published in Observica contemporary art magazine’s special edition, exhibited in the United States, London, Canada, France, and Italy, featured on the cover of Contemporary Art Magazine Issue #37 (August 2023), and presented within the broader context of Art Basel Miami Beach in 2023. His work is also available through Artsy and Singulart.

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Life as we know it is nothing but a movement of electrons, and so is my art.

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Electrons become Light.
Light becomes Image.
Image becomes Consciousness.

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SECTION II      CHRONOLOGY (1959–2026)

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1959

• Birth of RIKXECOM (RichaR GobouT).

1960s–Early 1970s

• Earliest artistic formation begins under the guidance of his mother, Lise.

• First exposure to drawing, observation, visual sensitivity, and creative discipline.

Late 1960s–Early 1970s

• Formal visual arts education at Cardinal Villeneuve School in Québec (les arts plastiques)

• Structured training in:

  • drawing

  • color

  • form

  • design

  • modeling

  • 2D and 3D object creation

• Art understood as foundational to intelligence, imagination, and perception.

1977

• Technical studies begin in South Florida.

• Vocational electronics training at Sheridan Technical College.

• Additional technical coursework in Coconut Creek.

1977–1979

• Studies:

  • radio repair

  • television repair

  • signal flow

  • component-level diagnostics

  • CRT systems

• Develops deep awareness of the RGB color model as a basis of electronic image formation.

Late 1970s

• Exposure to surplus MODCOMP minicomputer associated with NASA-era environments.

• Gains hands-on understanding of:

  • logic boards

  • backplanes

  • modular computation

  • early machine systems

1980s

• Expands practice through photography and image-based experimentation.

• Develops a growing interest in:

  • light as material

  • abstraction as perception

  • image as event

1990s

• Refines mature visual methodology.

• Deepens exploration of:

  • compositional precision

  • color relationships

  • perceptual structure

  • abstraction grounded in systems

2000s

• Extends work into digital imaging and contemporary image technologies.

• Strengthens conceptual bridge between:

  • photography

  • electronic light

  • digital image systems

2010s

• Advances hybrid digital/physical methodologies.

• Uses computer-assisted design for:

  • RGB mapping

  • compositional structuring

  • system-based visual orchestration

• Translates digital logic into physical media.

2022

• Public generative image systems become available.

• RIKXECOM enters the field as an early adopter from an already mature technical-artistic foundation.

December 2022

• Year One of Generative Authorship begins.

• Pioneering AI-generated works created and positioned for sale as:

  • limited

  • certified

  • numbered digital editions

December 2022–Early 2023

• Formation of the RicKART Prompt Architecture.

• Prompt design becomes an extension of artistic authorship and system control.

February 2023

• Simultaneously directs up to 15 AI systems

• Across 4 program/style environments

• Uses dedicated RicKART prompts

• Establishes early multi-system orchestration as a distinguishing authorship method.

2023

• Generates thousands of algorithmic possibilities.

• Preserves only a small fraction as final works.

• Establishes core principle:

  • Selection becomes the final brushstroke.

2023

• Early generative body consolidated conceptually as:

  • The RIKXECOM Latent Space Archive

2023

• Preserves original RicKART prompt phrases

• Creates rare archival evidence supporting:

  • authorship

  • provenance

  • chronology

  • anti-duplication protection

  • long-term authentication

2023

• International visibility expands:

  • featured twice on CBS Sunday Morning

  • shown at Photoville

  • published in Observica special edition

  • cover of Contemporary Art Magazine Issue #37

  • participation within the context of Art Basel Miami Beach

  • work available through Artsy and Singulart

2024

• International circulation and framing continue.

• Early generative work increasingly positioned within transnational contemporary art discourse.

2025

• Legacy and archival consolidation deepen through:

  • legal-strength certificates

  • scarcity language

  • resale integrity frameworks

  • collector documentation

  • museum-facing historical positioning

2026

• Early generative works increasingly understood as historical artifacts of the first public AI-image era.

• Triangular exhibition/presentation arc emphasized:

  • Brooklyn (2023)

  • London (2024)

  • Lake Worth Beach / Palm Beach (2026)

SECTION III 

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1. The Machine Is Not the Artist

A system may generate images, but it does not generate authorship.
Authorship begins with intention.

2. Prompting Is Composition

The prompt is not a command alone it is a compositional instrument.

3. Abundance Is Raw Material

Thousands of outputs are not thousands of artworks.
They are the field from which the artwork may emerge.

4. Selection Is the Final Brushstroke

Curatorial judgment transforms output into art.

5. Systems Extend, They Do Not Replace

Generative tools expand artistic possibility but do not replace artistic intelligence.

6. Structure Precedes Surprise

True generative practice is not randomness it is structured openness.

7. Continuity Matters

Generative art is strongest when it extends an existing artistic language, not when it imitates novelty.

8. Archive 

Preserved prompts, process records, editions, and certificates are not secondary—they are integral.

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9. Scarcity 

Without discipline, digital abundance collapses into sameness.

10. Consciousness Completes the Image

The artwork is not complete until the human mind receives and transforms it.

SECTION IV 

Law I — Energy Precedes Image

Every electronic image begins as electrical movement.

Law II — Light Is Structured

Electronic images become visible through ordered systems, most fundamentally the RGB color model.

Law III — Systems Produce Possibility

Analog circuits, sensors, software, and generative models produce fields of potential images.

Law IV — Human Selection Creates Meaning

Machines produce options; the artist creates significance.

Law V — Perception Completes the Work

The final stage of electronic art occurs within human consciousness.

SECTION V 

I. Electrons 

The artwork begins in invisible electrical movement.

II. RGB Systems 

Energy becomes visible through structured light.

III. Human Selection

Meaning emerges through judgment, restraint, and authorship.

Trinity Formula

Electrons → RGB Light → Human Perception

Signature Continuum

Electrons become Light.
Light becomes Image.
Image becomes Consciousness.

SECTION VI 

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• original RicKART

SECTION VII 

Edition ​​

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SECTION VIII 

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• Featured twice on CBS Sunday Morning in consecutive years

• Presented at Photoville, New York

• Published in Observica contemporary art magazine special edition

• Cover feature: Contemporary Art Magazine Issue #37 (August 2023)

• Participation within the context of Art Basel/Wynwood Miami Beach (2023)

• Exhibited / presented in:

  • United States

  • London

  • Canada

  • France

  • Italy

• Works available via Artsy, Singulart and Artmajeur

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SECTION IX 

RIKXECOM

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SECTION X 

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The RIKXECOM Equation

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E → L → I → C
Electrons → Light → Image → Consciousness

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The RIKXECOM Trinity

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Electrons.
Light.
Consciousness.

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RIKXECOM: Early Electromechanical Foundations (1978)

Historical Lineage Note

RichaR GobouT (d/b/a RIKXECOM) traces an important aspect of his contemporary visual language to an unusually early and documented engagement with electricity, circuitry, and electromechanical construction.

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In 1978, at the age of seventeen, during his final year of high school in Broward County, Florida, he independently conceived, designed, and built four original electromechanical demonstration projects for a school board vocational open-house exposition intended to introduce prospective students to the school’s technical training programs. The annual exhibition served as a public-facing educational event through which younger students and families were invited to explore available coursework and consider future career pathways in the electrical trades.

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Working with notable independence and without formal design instruction, RIKXECOM created a series of functioning tabletop electrical showcases mounted on presentation boards and intended to demonstrate the practical and conceptual possibilities of electromechanical control. These projects were not the result of a conventional classroom assignment or prescribed manual exercise; rather, they emerged from an open invitation to produce something that might inspire students in grades 9 through 12 and expand their understanding of electrical systems as a field of invention, problem-solving, and creative application.

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The four electromechanical display panels centered on distinct switch-based control principles:

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I. Sub Mini Switch
II. Mercury Switch
III. Thermo Switch
IV. Reed Switch

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Collectively, these works explored electromechanical switching behavior, control logic, and circuit response, engaging both alternating current (110/117 VAC, 60 Hz) and direct current (48 VDC via step-down transformer applications). In addition to the functional constructions themselves, he prepared accompanying wiring schematics on display boards, enabling visiting students to understand the underlying circuit architecture required for each project and reinforcing the educational purpose of the exhibition.

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Among the most notable of these early works was a miniaturized functioning telephone prototype, housed in a silver aluminum enclosure with a white push-button interface. Conceived as a compact reinterpretation of the large, heavy telephones common to the 1970s, the project was recognized by faculty and school administrators as unusually advanced for its time due to its small scale, practical ingenuity, and fully operational design. Its reduced form, particularly within the technological context of the late 1970s, was considered striking enough that school leadership discussed the possibility of presenting it to industry representatives.

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The conditions of production are especially significant. These projects were developed through direct experimentation rather than formalized instruction. RIKXECOM sourced materials from the school’s building maintenance inventory and the electrical classroom supply room, selecting components intuitively and assembling the works through observation, improvisation, and self-directed technical reasoning.

There was no reliance on textbooks, no prescribed build sequence, and no specialized training manual only the freedom to construct, test, and refine according to his own emerging logic. Recognizing the originality and seriousness of the work, the school principal authorized access to school board funds for any additional components required, including trips to Graybar Electrical Warehouse in Fort Lauderdale, Florida, using a commercial electrical purchasing account.

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This same academic year also marked a significant achievement in his formal education. He completed his final year of high school with two diplomas: one for 12th-grade completion and a second in electrical wiring, while earning straight A+ grades in every semester. The combination of academic excellence, technical initiative, and independent invention during this period establishes a compelling early foundation for the artist’s later relationship to technologically mediated form.

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Crucially, these works are not merely remembered but documented. RIKXECOM brought his own 35mm color film SLR camera into the classroom and photographed the projects at the time, creating a rare and authentic visual record of their existence. Decades later, he carefully digitized and scanned the original prints, preserving these images despite the natural aging of the photographic paper and restoring them from yellowing and time-related discoloration. The surviving photographs therefore function not only as personal archive, but as historical evidence of an early electromechanical practice that materially predates his later digital and AI-origin work by nearly half a century.

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Viewed retrospectively, these 1978 electromechanical projects establish a meaningful and continuous through-line within RIKXECOM’s broader artistic trajectory. Long before contemporary digital abstraction, before networked image culture, and decades before the pre-guardrail AI image window of early 2023, he was already working with electricity, circuitry, control systems, miniaturization, signal behavior, and the transformation of technical structure into visual and conceptual form. In this context, his later pre-guardrail AI-origin works should not be understood as a sudden stylistic departure or trend-based adoption, but rather as a contemporary extension of a much earlier and deeply rooted engagement with electronically mediated creation.

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As such, the 1978 electromechanical works provide essential historical context for understanding the continuity of RIKXECOM’s practice. They reveal that his longstanding artistic and philosophical orientation toward energy, structure, and transformation was present from an early age making his later digital and AI-assisted works not incidental experiments, but the latest phase of a decades-long investigation into the expressive potential of systems, signals, and the movement of electrons.

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