written 2017
A scalpel within a millimeter of an artery… The hand gently caressing the neck of an 18th Century Stradivarius… Like the vocations of the surgeon, and the violinist, I am an artist that seeks precision. I embrace the correlation between medium specificity and human perception by the application. Three basic tenets propel me, the pursuit of meaning, and the exploring, and expanding of avenues to human understanding. As an artist, I have long been interested in the specific investigation of material and the diverse responses reached through engagement with the Art Object.
My “Propositions” have become a nomenclature of entitling. With exactitude, I have created surfaces that shift when engaged by the viewer. There is play between both the physical and chromatic natures of paint, which allows the substance a sensual viscous nature. Paint can flow, drip, and carry the brushstroke’s gesture, while at the same time being governed by the laws of gravity, measured geometrically, and formed mechanically. I am deeply involved with the textures of a medium capable of universalizing so much lost intimacy. By creating a chemical conversation, I am enthralled with the incessant change of pace, a slowing-down, that allows the viewer the opportunity for contemplative exercises of the mind.
A pause in locomotion is necessary since the human eye has certain limits; a designed myopia, where the eye cannot see what the intellect understands. Breakthroughs in material science have allowed me to work with specialized substances that have great potential to relieve these types of blind spots. With precision in mind, I began to incorporate into my work carbon nanotubes while at the brilliantly-led Heller Lab in New York City (Memorial Sloan Kettering/Weill Cornell). More recently at Rice University, I’ve continued these iterations by studying innovations in optics. Utilizing short wave infrared cameras at the Weisman Lab I have generated new ways of seeing color. Working with Christian Boada, Tasciotti Lab, Houston Methodist Research Institute, has allowed me to analyze pigment samples and create audio signatures based on the physical material analyzed. This feat is achieved using techniques idiosyncratic to nanotech. Collaborating with Dan Workman at Sugar Hill Studios has permitted me to pursue, answer, and display to the viewer, with great fidelity, the question: what does a painting sound like?
Like the doctor and musician, the precision I bring as an artist is central to my vocation. Through an interdisciplinary approach to art and science, I will continue to include carbon nanotubes as I fully integrate the artist, researcher, and scientist into my practice. Our ability to learn from one another as we evolve, extend visions, and share our diverse experiences, will inevitability push the boundaries of art. For me, this heightened layer that I am unlocking for the senses adds a level to the art and science for which new meaning and understanding can be realized.
A scalpel within a millimeter of an artery… The hand gently caressing the neck of an 18th Century Stradivarius… Like the vocations of the surgeon, and the violinist, I am an artist that seeks precision. I embrace the correlation between medium specificity and human perception by the application. Three basic tenets propel me, the pursuit of meaning, and the exploring, and expanding of avenues to human understanding. As an artist, I have long been interested in the specific investigation of material and the diverse responses reached through engagement with the Art Object.
My “Propositions” have become a nomenclature of entitling. With exactitude, I have created surfaces that shift when engaged by the viewer. There is play between both the physical and chromatic natures of paint, which allows the substance a sensual viscous nature. Paint can flow, drip, and carry the brushstroke’s gesture, while at the same time being governed by the laws of gravity, measured geometrically, and formed mechanically. I am deeply involved with the textures of a medium capable of universalizing so much lost intimacy. By creating a chemical conversation, I am enthralled with the incessant change of pace, a slowing-down, that allows the viewer the opportunity for contemplative exercises of the mind.
A pause in locomotion is necessary since the human eye has certain limits; a designed myopia, where the eye cannot see what the intellect understands. Breakthroughs in material science have allowed me to work with specialized substances that have great potential to relieve these types of blind spots. With precision in mind, I began to incorporate into my work carbon nanotubes while at the brilliantly-led Heller Lab in New York City (Memorial Sloan Kettering/Weill Cornell). More recently at Rice University, I’ve continued these iterations by studying innovations in optics. Utilizing short wave infrared cameras at the Weisman Lab I have generated new ways of seeing color. Working with Christian Boada, Tasciotti Lab, Houston Methodist Research Institute, has allowed me to analyze pigment samples and create audio signatures based on the physical material analyzed. This feat is achieved using techniques idiosyncratic to nanotech. Collaborating with Dan Workman at Sugar Hill Studios has permitted me to pursue, answer, and display to the viewer, with great fidelity, the question: what does a painting sound like?
Like the doctor and musician, the precision I bring as an artist is central to my vocation. Through an interdisciplinary approach to art and science, I will continue to include carbon nanotubes as I fully integrate the artist, researcher, and scientist into my practice. Our ability to learn from one another as we evolve, extend visions, and share our diverse experiences, will inevitability push the boundaries of art. For me, this heightened layer that I am unlocking for the senses adds a level to the art and science for which new meaning and understanding can be realized.
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Proposition 400Reclaimed paint on birch60"x40" -
Proposition 401Pigment, gold, and varnish on birch42"x36" -
Proposition 402Pigment, gold, and varnish on birch48"x54" -
Proposition 403Pigment, gold, platinum, and varnish on birch48"x54" -
Proposition 404Pigment, platinum, and varnish on birch42"x48" -
Proposition 405Pigment, platinum, and varnish on birch42"x48" -
Proposition 422Pigment, diamond dust, gold, and varnish on canvas over oak80"x60" -
Proposition 424Pigment, gold, diamond dust, and varnish on birch80"x60" -
Proposition 425Pigment, gold, diamond dust, and varnish on birch80"x60" -
Proposition 426Pigment, gold, diamond dust, and varnish on birch60"x80" -
Proposition 440Pigment, diamond dust, and varnish on birch41"x35" -
Proposition 441Pigment, diamond dust, acrylic and varnish on birch46-1/2"x45-1/2" -
Proposition 442Pigment, diamond dust, acrylic, and varnish on birch46-1/2"x45-1/2" -
Proposition 443Pigment, diamond dust, acrylic, and varnish on birch46-1/2"x45-1/2" -
Proposition 444Pigment, diamond dust, acrylic, and varnish on birch46-1/2"x60" -
Proposition 446Pigment, diamond dust, and varnish on birch46-1/2"x60" -
Proposition 447Pigment, diamond dust, and varnish on birch47"x60" -
Proposition 448Pigment, gold, acrylic, and varnish on birch42"x31" -
Proposition 449Pigment, gold, acrylic, and varnish on birch42"x31" -
Proposition 450Pigment, acrylic, varnish, and Lee filter on birch24"x20" -
Proposition 451Pigment, acrylic, varnish, and Lee filter on birch24"x20" -
Proposition 452Pigment, acrylic, and varnish on birch24"x20" -
Proposition 453Pigment, acrylic, and varnish on birch24"x20" -
Proposition 454Pigment, acrylic, varnish, and Lee filter on birch24"x20" -
Proposition 455Pigment, acrylic, and varnish on birch24"x20" -
Proposition 456Pigment, acrylic, and varnish on birch24"x20" -
Proposition 457Pigment, acrylic, and varnish on birch24"x20" -
Proposition 458Pigment, acrylic, varnish, and Lee filter on birch24"x20" -
Proposition 459Pigment, acrylic, varnish, and Lee filter on birch24"x20" -
Proposition 460Pigment, diamond dust, and varnish on birch60"x40" -
Proposition 461Pigment, diamond dust, and varnish on birch60"x40" -
Proposition 462Pigment, gold, diamond dust, and varnish on birch60"x40" -
Proposition 463Pigment, gold, diamond dust, and varnish on birch80"x40" -
Proposition 464Pigment, diamond dust, varnish, and Lee filter on birch80"x40" -
Proposition 470Pigment, gold, diamond dust, and varnish on birch57"x66" -
Proposition 471Pigment, diamond dust, and varnish on birch41"x35-1/2" -
Proposition 472Pigment, diamond dust, and varnish on birch41"x35-1/2" -
Proposition 474Pigment, gold, diamond dust, and varnish on birch35"x27-1/2" -
Proposition 475Pigment, diamond dust, and varnish on birch35-1/2"x27-1/2" -
Proposition 476Pigment, gold, diamond dust, and varnish on birch35"x27-1/2" -
Proposition 477Pigment, gold, diamond dust, and varnish on birch36"x27-1/2" -
Proposition 480Separated carbon nanotubes, pigment, diamond dust, and varnish on birch60"x80" -
Proposition 492 (If he she could only see my love_install at Rice)Separated carbon nanotubes, 590 nm 30w led diode chips, short pass KG3 filters, heat sinks, fans, power supplies, spacers, and screws on acrylic and polycarbonate24"x24" and Pigment print on fiber paper, 24"x24" -
Proposition 495 (Meditation)Separated carbon nanotubes, surfactant, binder, tracer dyes, doped fluorescent and phosphorescent gouache, and gold on linen76"x64" -
Proposition 497 (Bed 1)Separated carbon nanotubes, surfactant, binder, tracer dyes, gold, and doped fluorescent and phosphorescent gouache on 140lb Arches mounted on birch in artist’s frame12"x12" -
Proposition 498Separated carbon nanotubes, gold, doped fluorescent gouache, iron, acrylic, and pigment on linen46"x34" -
Proposition 499 (Nanostring Painting 1)Separated carbon nanotubes, surfactant, binder, tracer dyes, doped fluorescent and phosphorescent gouache, and gold on linen12"x9"