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For the past three years,
I have been working with reclaimed and recycled wood. My sculptures are
light weight, and quite often suspended from the ceiling. I strive to
define forms and volumes with as little material as possible, while
using my interest in structures to create strong and durable work.
Many of my sculptures are
kinetic. Some move when they are pushed by people. Some are suspended
from a single cable and turn with the air currents. Others are
motorized and rotate slowly and quietly. Motion brings an additional
dimension to the traditional 3D art form and the mechanisms have become
an integral part of the work.
I have been interested in
mathematics and science all of my life. I studied physics for two years
in college before I became convinced that sculpture was my passion.
Reading about the latest findings and theories in the sciences for the
last forty years has given me a good understanding of what has been
accomplished and what challenges are ahead. These accomplishments are
notable to me because of the creative genius that was at work to see new
relationships and establish new principles. The creative process always
takes place in the midst of boundaries and limitations. In the case of
advances in science, theories must be validated by observation. It’s
clear to me now that limitations don’t restrict creativity. They are a
necessary ingredient.
I have always been
interested in math and especially geometry. For the last few years I
have been reading about the history of mathematics. It is fascination
to learn about the origins of concepts which are so much a part of our
lives today. We often forget that they are inventions of the human
intellect. There are hundreds, if not thousands of languages spoken in
the world today and that is a good thing. But the counting and
calculation tools that we use are accepted by nearly 100% of humanity.
This says a lot about what kinds of ideas bring people together.
Artistic expression has that same universal appeal and cohesive
quality. Not all cultures produce the same type of art, but there is
cross cultural interest and appreciation. It is very fulfilling for me
to be part of such an enterprise and I hope to be more involved in
cultural exchanges in the future.
I am particularly
interested in the history of our understanding of space. As a sculptor,
space is very important to me and I need to know as much about it as
possible. It’s clear to me now that the physical space that we live in
and encounter every day is quite different from the geometric models of
space that have been developed over the last four thousand years. Just
as scientists make models of atoms, cells or the beginnings of the
universe, mathematicians have made models of physical space. Euclidean
geometry is the prime example. I believed, for many years, that the
ancient geometers had figured out the true nature of spatial
relationships. I didn’t think of it as a model, I thought of it as a
description of the real world. It took me years to see it the other
way. The map is not the territory. I am not sure why, but it is
comforting to me to know that even though most of my thoughts and
activities are conducted in the context of three mutually perpendicular
planes, where the parallel lines don’t meet, I do it because it works
well in my small world. If I want to look at it another way, I can.
There are many other models where parallel lines do meet and where there
are more than three dimensions.
Without consciously trying
to do so, my work reflects a blending of art, mathematics and science.
I’ve spent many years making helixes because they are intriguing and
endless in variety. I like mathematical forms that also occur in nature
such as logarithmic spirals, helixes, crystal lattices and polyhedra. A
few natural examples are the shapes of radiolarians, minimal surfaces
generated by soap films, the patterns in sunflowers and the way dried up
mud puddles crack. I also love the shapes and patterns that people have
invented and the processes and tools for transforming the known into the
new. Sometimes the transformations are part of my art work.
As I attempt to express
myself artistically, I rely on my understanding of the natural shape of
things, the shapes and forms which other people have created and the
parameters which control the details. I bring my own aesthetic sense
and my chosen materials. What comes out is uniquely mine, but it points
to its inspirations. My interest is in improving spaces and
environments, not just placing pieces of sculpture. I feel that the
most important aspect of my work is the direct visual and spatial
experience of it. All of my creative energy is directed toward that
goal. |
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EDUCATION
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1969 B.F.A. Penn State University
SOLO EXHIBITIONS / PUBLIC INSTALLATIONS
2011
◦ Loops, Knots & Spirals, Everett Community College Health
and Fitness Center, Everett, WA
◦ Large Suspended Closed Knot, Swedish
Hospital, Issaquah, WA
◦ Foster White Gallery Show, Seattle, WA
2010
◦ Flying Knot, Seattle University Library,
Seattle, WA
2009
◦ Wood and Space ,
Kittredge Gallery & Thompson
Science Hall, University of Puget Sound,
Tacoma, WA
◦ The Five Platonic Solids - Suspended, Robert J Drewel
Building, Snohomish County, Everett, WA
◦ Rotating Helix, Mosaic Transformations and The Platonic Solids,
Bellevue Arts Museum, Bellevue, WA
2008
◦ Whitehorse Hall Helix, Whitehorse Hall Everett Community
College, Everett, WA
◦ The Platonic Solids, Russell Day Gallery, Everett, WA
◦ Tetrahedral Pyramid, Everett Community College, Everett,
WA
GROUP EXHIBITIONS
2010
◦ The Art of Wood, Holter Museum or Art, Helena, MT
◦ Curved, Bent, Laminated, Foster White Gallery, Seattle, WA
2009
◦ Mathematics in Art, Arts Council of Snohomish County,
Everett, WA (10 pieces)
2008
◦ Group Art Exhibit, Lynnwood Convention Center, Lynnwood, WA
◦ Helix and Knots installation, Susan Woltz Gallery,
Seattle, WA
◦ One Piece Curve, Bellevue Arts Museum, Bellevue, WA
COLLECTIONS
2011
◦ SAS Corporation, Raleigh, NC
Swedish Hospital, Issaquah, WA
2009
◦ Bionet Corporation, Taipei, Taiwan
◦ Everett Bone & Joint Clinic & Surgery Center, Everett, WA
◦ Indiana State University, Terre Haute, Indiana
COMPETITIONS
2009
◦ Necklace, Utah Public Art Commission Finalist, USTAR James L
Sorenson Molecular
Biotechnology Building, Salt Lake City, UT
AWARDS
2011
◦ Artist of the Year, Schack Art Center,
Everett, WA
EXPERIENCE
2006 – present Professional Sculptor
1982 Co-Founder/CEO of Quantum Windows & Doors (Manufacturer of
high-end, custom wood windows and doors)
1972 General Contractor/Carpenter
1969 Art Teacher, East Brunswick H.S., East Brunswick, New Jersey
BIBLIOGRAPHY
◦ Goffredo,
Theresa. Kinetic Beauty, The Everett Herald, Arts &
Entertainment, October 21, 2011
◦ Clare Jensen, Kittredge Featured Artist
uses Timber-Based Mediums in Intriguing Displays, Tacoma
Weekly, 2009
◦ Official Washington State
Travel Planner, 2009
◦ Douglas Bullis, 100 Artists of the West Coast II, Spring
2009
◦ Teagarden, Rebecca. Seattle Times, Pacific Northwest
Magazine, December 7, 2008
◦ Everett Herald Staff. Snohomish sculptor adds to geometric
artwork at EvCC, Everett Herald,
October 10, 2008.
◦ Hurst, Thomas James. Life, art entwined, Seattle Times,
August 28, 2008
◦ Pacific Northwest Sculptors Newsletter,
August issue, 2008
◦ Goffredo, Theresa. Movement a vital part of wooden sculptures,
The Everett Herald, June 27, 2008
◦ Nortz, Kevin. On an Upward Spiral, The Everett Herald,
front page, June 13, 2008
PRESENTATIONS AND LECTURES
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2011 Fuller Guild of Seattle Art Museum, Seattle, WA
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2011 Seattle Central Community College, Seattle, WA
◦
2009 Southwest Guild of Seattle Art Museum, Seattle, WA
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2009 Bellevue Arts Museum, Bellevue, WA
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2008 Everett Community College, Everett, WA
PROFESSIONAL AFFILIATION
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Pacific Northwest Sculptors, Portland, Oregon
◦
International Sculpture Center, Hamilton, NJ
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