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Victor Vasarely
(Vásárhelyi
Győző) (1906-1997), Hungarian
artist, the father of
Optical Art, the
style's leading theorist and its most
inventive practician, a man of science who
understood ahead of everybody else how
technology would radically change our world,
an intuition that he projected into his
works. An artist and socialist whose goal
was to create designs that were universal,
to produce an art that could be mass
produced and affordable for everyone. A man
who was fascinated with an art of pure
visual perception without traditional themes.
A man whose
works are
represented at major museum all over the
world. A man who received many
artistic
awards and honorary awards, e.g. he was
awarded the rank of Officer in the French
Legion of Honor and honorary citizen of New
York, he received the Guggenheim Prize and
the Art Critics Prize in Brussels, and he
won a gold medal at the Milan Triennale.
Vasarely
was born in Pécs in 1906 and died in
Paris
in 1997
at the age of 91.
He spent
his childhood and teenage years living in Pöstyén (now
Pieštany,
Slovakia) until his
family moved to
Budapest
in
1919. In
1925 after finishing secondary school he
studied medicine
at the
University of
Budapest.
Throughout his early life Vasarely found
himself drawn more towards the sciences than
the arts. In 1927 he decided to change
direction completely. He abandoned medicine
to learn traditional academic painting in
Budapest, first at the private
Podolini-Volkmann
Academy, and in 1929 he enrolled at
Alexander
Bortnyik's Műhely
Academy,
then widely recognized as the center of
Bauhaus studies in
Budapest. Bortnyik
followed the principles of the Bauhaus
School of Dessau.
The German Bauhaus
(1919-1932) was the most important school of
architecture, art and design of the 20th
century. Cooperation between architects,
painters, sculptors, designers and craftsmen
- an interplay between art and technology
should create a harmonic whole, and all
sorts of applied art and artistic products
should be summarized into a common manifesto.
Design could improve society, not just be a
reflection of society. Bauhaus’ style was
characterized by economy of method, a strict
geometry of form and design that took into
account the nature of the materials employed.
The Bauhaus thoughts had an enormous impact
in Vasarely’s work, leaving an indelible
mark in his creation up until the end. It
was during this period that he initiated
himself into the tendencies of
constructivism and discovered Abstract Art.
At Mühely he became acquainted with the
abstract geometric art of
Klee
and
Kandinsky
and Wilhelm Ostwald’s colour system.
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Vasarely
Múzeum,
Budapest.
In 1987 the
Vasarely Museum in
Budapest
was
inaugurated,
the museum
houses a
great
collection
of his works
and works by
other
Hungarian
artists, who
worked
outside the
country. |
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These years
studying medicine were far from wasted though as
the formal scientific training provided him with a
strong sense of scientific method and objectivity
- something that stood him in good stead
throughout his artistic career.
In 1930 Vasarely settles in
Paris
, where he worked as a graphic artist for various
advertising agencies, and he began his
"Zebra" studies. In the following years
he explored optical effects in his graphic works,
and in the next two decades he developed his
own (scientific) abstract geometric style -
paintings, drawings and designs in black and white.
In 1931 he married Claire Spinner,
who was also an artist, she gave birth to their
two sons André and Jean-Pierre,
the latter became
an artist
known
as Yvaral,
he died in 2002, he also worked in the fields of
Op Art.
From the 1950’s on, Vasarely insistently
questioned himself about the role of the artist in
society and eagerly searched for a way to create a
social art, accessible and available to all.
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the 1950s he introduced new
materials in his paintings
e.g. glass and aluminium,
and completed several
architectural integrations
e.g. the
ceramic wall from 1954
"Tribute to Malevich"
at the University of Caracas,
Venezuela -
(Integration of Art in the
City). In 1955 he published
his "Manifeste jaune"
("Yellow Manifesto")
- he was aware of that the
easel painting was outdated
and suggested the necessity
of homogeneity in plastic
art. He imagined a new
function of art, he
concluded that a work of art
was not a reflection of the
inner world of the artist,
more like objects, a result
of a work - the only
justification of art was to
give beauty and joy to human
beings and to create peace
and harmony. During the
1960’s and 1970’s his
optical images became part
of the popular culture,
having a deep impact on
architecture, computer
science, fashion, and the
way we now look at things in
general. Even though he
achieved great fame he
insisted on making his art
accessible to everyone. His
motto was "Art for all". |
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he participated in the "Responsive
Eye" exhibition at the
Museum
of
Modern Art
in
New York
, dedicated exclusively to "Optical
Art". It instituted a new
relationship between artist and spectator,
where the observer cannot remain passive, he
is free to interpret the image in as many
visual scenarios he can conceive. Received
with great acclaim, the press and the public
hailed Vasarely as the inventor and creator
of “Op-Art”. In the late 1960s he
achieved great success in the Op Art
exhibition "Lumière et mouvement"
at Musée d'Art Moderne in
Paris
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1970
he inaugurated his own Museum - Musée
Vasarely in Château de Gordes in
Vaucluse in the South of France. After his
death in 1997 law of wills and succession
caused that his paintings were removed from
the museum.
In 1982 The French-Soviet team of cosmonauts
of the Salyut 7 transported into space 154
of Vasarely’s prints specially created for
such event. The prints were later sold for
the benefit of UNESCO.
Vasarely remains one of the pillars of
contemporary art for having lead abstract
geometric painting into its extraordinary
culmination under the name of Op Art or
Kineticism. His entire works are
characterized by great coherence, from the
evolution of his early graphic art to his
determination to promote a social art.
In 1960 Vasarely said "The end of
personal art for a sophisticated elite is
near, we are heading straight towards a
global civilization, governed by Sciences
and Techniques. We must integrate visual
sensibility into a correct world” …
"The art of tomorrow will be a common
collective treasure or it will not be art at
all." |
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Victor Vasarely -
PERIODS |
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2. |
Early
Graphic Period
(1929-1946) |
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Vasarely experimented with
textural effects, perspective,
shadow and light. |
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3. |
Wrong Ways
aka Fausses Routes
(1935-1947) |
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Vasarely was influenced by
Cubism and Surrealism. He
focused on still lives,
landscapes and portraits. |
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4. |
Belle-Isle Period
(1947-1958) |
A turning point in
Vasarely's career
-
a transformation of natural
elements into abstract art,
a return to nature by using geometrical forms
such as the oval which
symbolizes
the oceanic feeling. |
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5. |
Denfert Period
(1951-1958) |
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Primarily paintings
influenced by the walls at
the Denfert-Rochereau
metro station located
near Arcueil, where
Vasarely lived for more
than 30 years. |
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6. |
Cristal-Gordes Period
(1948-1958) |
"Homage
à Malewitsch"
marks the turn towards
kineticism.
The Russian artist Kasimir
Malewitsch/Malevich was one of the pioneers of Abstract Art, the
founder of Suprematism, a style using
only a few colours and few
basic geometric shapes. By
using strict, simple shapes
and colours, Malevich could
go beyond superficial
appearances to attain a
deeper level of meaning. In 1913 he
painted the epoch-making "Black Square"
a black square on a ground of white. |
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"Homage
à Malewitsch",
1952 - 1958. |
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”Pensar
5", 1956 - 68
(Pensar Spanish verb, to think) |
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8. |
Black-White Period
(1950-1965) |
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In this
period
he developed
the basic elements of Op-Art. |
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”Vega", 1957,
looks like a twisted chessboard, named
after the brightest star in the
constellation Lyra. |
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9. |
Planetary Folklore
(From 1960) |
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Brightly coloured shapes
which led to the invention
of his fine arts alphabet "Alphabet
Plastique", a comprehensive
"alphabet", a universal fine
arts language to be
understood by everyone, a
step towards truly
collective art. |
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10. |
Hommage à
L´Hexagone
(1964-1976) |
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Vasarely was attracted
by cellular structure in a
series of works belonging to
"Homage to the hexagon"
theme. |
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11. |
Vonal Period
(1964-1970) |
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In the 'Vonal' series, he
revisited his earlier line studies (e.g. the Zebres series) and graphic works but this time
making full use of colour. |
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12. |
Expansive-Regressive Structures
(From 1968 onwards) |
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"Vega Nor", 1969, shows
the warmth of Vasarely's colours and the
freshness.
From his "Vega Period".
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OPTICAL ART
influenced by |
- de Stijl/Neoplasticism
- Futurism
- Constructivism |
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Piet Mondrian, "Composition with Yellow,
Blue and Red", 1937-42, Tate
Gallery,
London. |
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Giacomo Balla, "Dynamism
of a Dog on a Leash" (Dinamismo
di un cane al guinzaglio),
1912,
Albright-Knox Art Gallery, Buffalo, New
York. |
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Vladimir Tatlin, model of "Tatlin’s
Tower or "The Monument to the Third
International". |
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Op Art or
Optical Art,
was a
painting style used by European and American artists
during the 1960s.
The
style can
trace its
roots back to de
Stijl, Futurism and Constructivism. |
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De Stijl was a
Dutch artist movement founded in
Leiden in 1917 by Theo van Doesburg
and Piet Mondrian.
De Stijl's style was Neoplasticism
influenced by Cubism, it is
non-figurative plane geometrical
simplified abstract art consisting
of straight lines and the three
primary colours (yellow, red, blue)
and black and white. |
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Futurism was an artistic movement in
Italy between 1909-1918 founded be
the Italian poet Filippo Tommaso
Marinetti, who declared "... a new
beauty, the beauty of speed", he
said "A racing motor car ... is more
beautiful than Nike from Samotrache
(the Victory of Samotrahrace)".
Futurists tried to express the
energy and values of the machine age
- they expressed motion in their
paintings by repetition of forms
e.g. wheeled traffic or walking
people, and the most famous painting
is "Dynamism of a Dog on a Leash", 1912, by Giacomo Balla. |
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Constructivism was an artistic and
architectural Russian movement
(1919-1934), non-figurative art
contemporary with the Bauhaus School
i Weimar, founded in 1919 by Walter
Gropius, in which a basis for
Functionalism was made. Always
mentioned as the most typical
architectural example of
Constructivism is "Tatlin's Tower"
from 1920. It was a monumental
building envisioned by the Russian
artist and architect Vladimir Tatlin,
but never built. It was planned to
be erected in Petrograd (now St.
Petersburg) after the Bolshevik
Revolution of 1917, as the
headaquarters and monument of the
Comintern (the Third International).
The constructivist created a new
mode of expression, a collage,
containing a time/motion aka the
fourth dimension.
Comon to de Stijl, Futurism,
Constructivism and Op Art are the
illusion of motion, dynamics and
elements such as straight lines,
geometrical forms, black and white
an bright colours. |
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Going further
back it is possible to see a natural progression
which lead to Modern Art movements, to Op Art. One
can say that artists, even the ancient Greeks and
Romans, created illusions of visual reality by using
the basic geometric principles, the ancient
techniques was rediscovered by the Renaissance
painters who experimented with optical illusions so
a flat surface could appear three-dimensional. The
optical illusions were continued by the Mannerist
painters, the Baroque painters and so on.
Artists
such as the Impressionist
Claude Monet,
(1840-1926), the Impressionist and Pointillist
Georges
Seurat
(1859-1891) and the Postimpressionist
Paul Cézanne
(1839-1906),
Vasarely’s favorite painter, have inspired the
Op Artist with there theories of optics.
Sometimes Impressionism is called Optical Realism because of its
almost scientific interest in the actual visual
experience and effect of light, and movement on
appearance of objects. The Impressionists famous
motto was: "human eye is a marvelous instrument".
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Optical Art is a method of painting,
it is
abstract art using geometrical forms to create an
optical illusion, it is
dynamic visual art.
Colours are used in creating visual effects, such as
afterimages and trompe-l'oeil. Paintings and
sculptures created of black
and white planes or contrasting colours seem to
move and vibrate.
Time magazine gave in an
article called "Op Art:
Pictures that attack the eye"
published in October 1964,
the term "Op Art"
to paintings that focused on manipulation of the
eye.
The idea of Op
Art was poetic play with light, to confuse the eye,
and not
visual irritations, and it was to highlight the fact
that the eyes can trick the mind in to seeing things
that are not there and that if visual illusions can
trick the eye so can words and propaganda.
Op Art strived
to break down the barriers between art and
technology, as well as to establish relationships
between the various branches of science, such as
optics and cybernetics. It embodies new uses of form
and shape, including industrial aesthetics.
Is Op Art
synonymous
with Kinetic Art?
The answer is Yes or No.
A simple
explanation is that both Op Art and Kinetic Art
concentrate on the idea of creating illusion of
movement on a flat plane.
However Kinetic
art is first and foremost art that contains moving
parts or depends on motion for its effect, e.g.
Alexander Calder’s
mobiles that are moved either by air currents or by
some artificial means—usually electronic or
magnetic.
Kinetic Art
originated in Russia by Constructivists such as the
Russian
sculptor Naum Gabo
(1890-1977), a
pioneer of Kinetic Art. Also the Hungarian painter,
photographer and Bauhaus-professor
László
Moholy-Nagy
was highly
influenced by constructivism and a strong advocate
of the integration of technology and industry into
the arts.
The
emergence of Op art and kinetic art in the early
1960s
evinced a strong
interest in objectivity and in scientific
experiment. Fascinated by the physical
laws of light and optics, a whole
generation of artists devoted themselves to explore
visual phenomena and principles of
perception.
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Joseph
Albers, (German/American,
1888-1976) "Homage to the Square: Soft
Spoken", 1969. |
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Victor Vasarely,
(Hungarian/French, 1908-1997)
"Vonal-Ksz", 1968. |
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Yaakov Agam,
(Israeli, 1928), "Synthesis: Solfage
Fusion", Serigraph from "Fusion suite",
1978. |
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Julian
Stanczak, (Poish/American,
1928), "Passing
Contour",
1960s |
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Bridget Riley,
(English, 1931), "Blaze 1", 1962. |
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Almir de Silva
Mavignier, (Brazilian, 1925), "Two squares", 1967. |
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Richard Anuszkiewicz,
(American, 1930), "Knowledge
and Disappearance," 1961.
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TIME THE WEEKLY NEWS
MAGAZINE
October
23, 1964 |
OP
ART:
PICTURES THAT ATTACK THE EYE
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Op Art contains all the
ingredients of an optometrist's
nightmare. |
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Optical art is this year's dress
length. |
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Op fascinates the way a
kaleidoscope does a child. |
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Its pitfall is that fascination
often turns, by repetition, to
boredom. |
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Op art are the essentially
static visual phenomena that
enslave and enthrall the eye. |
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We consider ourselves
technicians, in the medieval
sense, rather than artists. |
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Optics is a tool, as perspective
once was. |
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OP
ART:
PICTURES
THAT ATTACK
THE EYE
Friday,
Oct. 23,
1964
MAN'S
eyes are not
windows,
although he
has long
regarded
them as such.
They can be
baffled,
boggled and
balked. They
often see
things that
are not
there and
fail to see
things that
are. In the
eyes resides
man's first
sense, and
it is
fallible.
Preying
and playing
on the
fallibility
in vision is
the new
movement of
"optical
art"
that has
sprung up
across the
Western
world. No
less a break
from
abstract
expressionism
than pop
art, op art
is made
tantalizing,
eye-teasing,
even
eye-smarting
by visual
researchers
using all
the
ingredients
of an
optometrist's
nightmare.
Manhattan
's
commercial
galleries
are
beginning to
find space
on their
walls for it,
and the
Museum
of
Modern Art
is planning
an op show
titled
"The
Responsive
Eye"
early next
year. Says
the show's
organizer,
Curator
William
Seitz:
"These
works exist
less as
objects than
as
generators
of
perceptual
responses."
Pleasure
in
Precision.
"Optical
art is
this
year's
dress
length,"
says Carl
J.
Weinhardt
Jr.,
director
of
Manhattan
's
Gallery
of Modern
Art, which
will not
show any.
Some
critics
already
are
throwing
their
weight
behind op
in dubious
battle
with pop.
Actually,
they both
share an
everyman's
land. If
anything,
they are
opposite
sides of
the same
coin,
gambling
on what
art can
become.
Scornful
of the
emotionalism
and
accident
in
abstract
expressionism,
op artists
know where
they
stand.
Precision
is their
pleasure.
Their art
instantly
engages
the
beholder,
yet does
not demand
his
involvement
or insist
that he
relate it
to the
world of
objects,
emotions
or
experiences.
Op
fascinates
the way a
kaleidoscope
does a
child. Its
pitfall is
that
fascination
often
turns, by
repetition,
to boredom.
Op
art has a
legitimate
ancestry.
Cézanne,
Seurat and
Monet
seized
upon newly
proposed
theories
of optics
when they
painted.
In this
century,
such
constructivists
as
Mondrian
and
Malevich
were the
forebears
of op
art's dry,
highly
controlled
use of
color,
which
sometimes—as
in the
work of
Britain
's
labyrinth-making
Jeffrey
Steele, 33
(above)
—amounts
to
rejecting
color.
When they
do use
color,
however,
it is to
stimulate
the first
sense
directly
rather
than to
enhance
forms.
Sleights
of Art.
The
immediate
father
figures of
op art are
Josef
Albers,
76, that
pioneer in
the
perception
of color,
and Victor
Vasarely,
56 (see
opposite
page), a
Hungarian
who lives
in Paris.
Albers
paints
only
colored
squares.
Vasarely
dons the
craftsy
lab coat
instead of
the smock
and refers
to his
work as
visual
research.
Their
influence
has given
birth to
optical
artists in
a dozen
countries,
from
Israel
's Yaacov
Agam to
remote
Iceland
's
poet-painter
Diter Rot.
Last
summer the
pavilions
at the
Venice
Biennale
and the
attics of
Germany
's
Dokumenta
III
dickered
and
chattered
with
electrically
driven,
and even
electronically
musical,
kinetic
op. At the
square
root of op
art are
the
essentially
static
visual
phenomena
that
enslave
and
enthrall
the eye.
The op
artist's
job is to
turn those
illusions
into
sleights
of art.
Some
examine
the way a
single
color
looks
darker
than it is
against a
lighter
background.
Some, like
Steele,
place
contrasting
shapes
together,
which
cause the
eye to
perceive
them
alternately
as figure
and ground;
the theory
is that
such
shifts
move
between
stimulation
and repose,
possibly
to relieve
eyestrain.
Richard
Anuszkiewicz,
34, plays
with
afterimages,
or the way
one color
engenders
the false
sensation
of its
complement
on the
retina. In
his
Union
of the
Four (at
right),
the red
pigment
throughout
the
painting
is the
same hue,
despite
what the
eye sees.
Another
optical
effect
often
exploited
by op is
the moiré
pattern,
familiar
in the
shimmer of
watered
silk
fabrics.
Fundamentally,
these
flashes of
apparent
reflection
are
created
whenever
two or
more grids
of
parallel
or
periodic
rulings—window
screens,
for
example—are
overlapped.
When
misaligned
slightly,
they
produce
ripples
and curves
not
actually
inherent
in the
grids. The
smallest
angle of
change
yields the
greatest,
most
disturbed
pattern
displacements.
AEC
& Ph.D.
Op artists
often work
in teams.
Vasarely's
son,
yclept
Yvaral,
has helped
him start
the Groupe
de
Recherche
d'Art
Visuel in
Paris
—six
researchers
who
resemble
the Atomic
Energy
Commission
more than
café-sitting
artists.
Germany
boasts a
group
called
Zero,
begun in
1959 by
three
artists
who hold
Ph.D.
degrees;
they call
for
"new
idealism"
as opposed
to the
"new
realism"
of pop.
The
Italians
have two
op groups,
the Gruppo
N in
Padua
and the
Gruppo T
in
Milan
, which
hopes to
"codify
visual
phenomena,
just as
music was
codified
into
notes."
Dating
from 1959,
Gruppo N
numbers
five young
artists
more adept
with
pliers and
power
drills
than
brushes
who meet
for
seminars
once a
week. Says
N-Man
Manfredo
Massironi,
27, "We
consider
ourselves
technicians,
in the
medieval
sense,
rather
than
artists."
Going to
the Nth
degree,
they use
prisms and
grids,
often
machine-driven,
whose
rippling
moiré
patterns
look more
vibrant
through
spotlighted
darkness
(at left,
top). A
similar
splinter
group is
Spain
's Equipo
57, who
like
others
sign their
work
collectively
(lower
left).
Their
theory
starts
with
"interactivity,"
in which
any two
planes in
a painting
are
separated
by an S
curve, and
end up as
mathematically
interlocked—and
complicated—as
a Bucky
Fuller
dome.
One
loner
living in
Germany
, a tall
Brazilian,
Almir de
Silva
Mavignier,
39, is the
prototype
op artist
(lower
right). He
works
slowly,
sells for
little,
and does
not care
for fame.
"Think
about the
anonymous
craftsmen
who built
that,"
he said
recently,
peering
from
behind
gold-rimmed
spectacles
at the
Ulm
cathedral.
"They
have been
depersonalized,
yet might
have died
with
satisfaction
that they
helped
create
something
still
pulsating
500 years
later."
His works,
dotted
with neat
cones of
oil, are
uniformly
produced
in
permutations
of the
spectrum:
a
painstaking
topography
that seems
to prick
the retina.
British
Coolth. An
unusual
number of
op artists
come from
Latin
America
. One is a
Venezuelan
named Jésus
Raphael
Soto, 41,
now
working in
Paris
, who
calls his
work
"vibrations"
(left),
though he
states
that he
has never
read a
physics
book. His
colored
aluminum
bars,
suspended
from fine
nylon
threads in
shadow
boxes,
sway in
front of
lined
backgrounds
and
dematerialize.
"See
how the
stiff bars
become
fluid and
luminous,"
says Soto.
Like
conductors'
batons
summoning
music from
strings,
they do
assume a
sonorous
life.
The
British
have
already
scored
with
Bridget
Riley, 32
(TIME, May
1), whose
stark
black-and-white
patterns
have made
viewers
physically
sick. She
generally
lets
craftsmen
execute
her
designs,
has a
standoffishness
and coolth
matched by
her
countryman,
Steele.
"These
pictures
are not
necessarily
meant to
be looked
at,"
says
Steele.
Another
Englishman
is
Cambridge-educated
Michael
Kidner (below),
at 46 one
of the
oldest of
the
flicker
boys.
Years ago
he bashed
away at
abstract
expressionism,
but, says
he, "never
convinced
myself
that the
gesture I
was making
had much
significance."
Then he
learned
that he
could make
people see
colors
that, in
fact, he
did not
paint.
"I
use optics,"
says he,
"as a
means to
an end
that is
bigger—in
short, a
good
painting.
Optics is
a tool, as
perspective
once was."
American
Impersonality.
The
Americans,
such as
Julian
Stanczak,
35, who
roomed
with
Anuszkiewicz
while
studying
under
Albers at
Yale, try
not to
imitate
nature.
"I
use visual
activities,"
says
Stanczak,
"to
run
parallel
to it"
(right).
There is
even a
U.S.
group,
impersonally
called
Anonima.
Composed
of three
young men,
Francis
Hewitt (below),
Edwin
Mieczkowski
(next
page) and
Ernst
Benkert,
who met at
the
Carnegie
Institute
of
Technology
and
Oberlin
College
in 1958
and '59,
they
believe
that the
rule and
the
compass
are proper
artist's
tools.
Like other
op
artists,
they
dislike
artistic
preciousness,
the
expression
of the
prima
donna
personality
on canvas,
and
psychic
plumbing
into the
meaning of
art. They
also hold,
says
Hewitt,
that
"if
people
find our
art dull,
that
doesn't
really
bother us
that much.
The
quality
and depth
of the
experience
depend on
the
willingness
to
perceive
and
persistence
to
overcome
certain
levels of
frustration.
We don't
want to
make our
paintings
popular."
Much
op art is
removed from
the artist's
subjective
discovery.
It is the
result of a
mechanical
muse, and
the artist
becomes a
computer
programmer
churning out
visual
experiences.
Some, like
moiré
patterns,
suddenly
reveal new
sensations
that man
never knew
were within
his visible
province.
But is it
therefore
science and
not art?
Perhaps.
By analyzing
wave lengths
of visible
light,
scientists
might well
make the
paintings on
these pages.
But they
have not
bothered,
and if they
had tried,
the
man-hours
would have
far
outnumbered
the time
spent by
artists
using
intuition.
Still, what
makes the
end product
not the same
as waves on
an
oscilloscope?
One artist
has an
answer. He
is John
Goodyear,
34, an
associate
professor of
art at
Rutgers
University
, whose work
consists of
gently
moving
colored
lattices (above).
Not as
chilly an
artist as
most oppers,
he lets his
eight-year-old
daughter
pick his
colors. Says
Goodyear:
"I want
to include
real space
in my
paintings,
to squeeze
it, negate
it, play in
it."
From all
that caprice,
come
surprises,
and there is
always the
possibility
of more.
Says he,
"These
realities in
some sense
not
conceived by
man give us
insight into
a world
which was
certainly
not
conceived by
man."
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