~e; On Electromagnetic Jewelry
From
human being <human@electronetwork.org>
Date
Mon, 14 Apr 2003 02:40:29 -0500
On Electromagnetic Jewelry
In earlier work relating architecture with the electrical
infrastructure, the universal iconography of everyday objects such as
electrical streetlights, distribution poles, and antennae were proposed
as a common aesthetic language in the built environment as jewelry.
Several years later the digital sketches (1) of this jewelry were
created by happenstance. The chance arose to take a metal jewelry
class, and in the process, several of these works were completed. The
'sketches of jewelry' and the finished 'jewelry sketches' are close to
identical in composition and intent. So, the idea was further
materialized yet not substantially changed, other than realizing the
sketch in new materials. It is not suspected the basic idea has
changed, nor perception of it.
In any case, prior to beginning to learn new skills in the miniature
making of things, it became obvious that materials current exist in
pre-made formats enabling the mass construction of some kinds of
electroamgnetic jewelry, using the most basic of tools (wire cutters,
needle-nose pliers, superglue) and everyday objects (such as small
lightbulbs, transistors, capacitors, etc.). Thus, the aspect of
Do-It-Yourself jewelry was one possible path to explore, which led to
the 'jewelry sketch' of D.I.Y. Lightbulb Earrings. (2)
Upon taking an 8 session course in metal jewelry, 7 sessions of which
were attended, the instructor from a local community art center
prepares students to make a customized ring from scratch. The teacher
was open to proposals for other creations, as the same basic concepts
would be employed in creating other objects with bezels and stones and
soldering cut and shaped metals. Thus, two custom projects were
undertaken, being a streetlight and an electromagnetic broadcasting
tower. In addition, several sketches of electrical distribution poles
were realized through the cutting, routing, and gluing of wood, and
bending of metal. (3)
In learning more about constructing jewelry, there are many things that
are possible, given skill, and other more difficult projects yet basic
iconographic and found-object jewerly can be created. Yet for actively
energized electromagnetic jewelry, employing batteries and lights and
other possible sensors, requires new EM skills and expertise beyond
that of working with metals, but also their electrical properties for
creating circuits. Some earlier sketches of active electromagnetic
jewelry include flashing rings, brooches, and necklaces. (4)
This activated jewelry, it has been realized, is more complex than
first imagined, and it has more potential for a range of
interpretations. Of the few sketches, such jewelry is related to
similar technologies employed in the built environment, such as
flashing construction barricades, and elevator signage via animated LED
(Light Emitting Diode) indicators, which can be further related to
previous works referencing the structure of language or the
transposition of numbers.
In any case, in investigating the most basic aspect of electronics, and
in attempting to learn more about how LEDs and various other devices
work (capacitors, switches, circuits), it was hoped that some of these
more complex ideas might be approached in the near future. At a local
electronics surplus store (Ax-Man, Twin Cities) various materials for
these jewelry sketches were hunted and gathered. Of these, a set of
uniquely designed green LED lights were considered the easiest place to
start and the task of designing LED earrings was contemplated. The idea
is simple, and it was confirmed that a watch battery would provide
power yet these likely should not contact human skin, and so would
require a covering, possibly a switch or a way to turn the lights on
and off, and a basic earring attachment. How to encase the watch
battery would be a question, so "LED earrings" was googled. Sure
enough, some others had come up with the idea previously, as had
someone with a 1970s US patent, which from the little knowledge
provided in the search result, indicated that a circuit, a battery,
casing, and LED were a patented idea which seemed absurd, as it would
not be possible to make powered LED earrings without having a circuit,
battery, casing for the battery (and human protection), and LEDs.
Including a switch was also an optioned patent.
Something very interesting occured, though, as a result of searching,
and it was that there is an active development of this idea of using
active EM jewelry in the Rave sector of culture. (4.5) Of several
websites, one in particular was excellent in presenting LEDs as a
material for jewelry, and also demonstrates the limits of design with
today's efficiencies for batteries and power requirements which help to
determine the shape, size, and dimensions of the pieces, which appear
to be directly related to the size of watch batteries, or the power
source. (5) Of particular interest are the LED Earrings of Lightgod.com
which use two magnets, one on each side of the earlobe, to hold the
flashing LEDs in place. (6) Added to this, other active electromagnetic
materials were found in use, with special electroluminescent (EL)
properties. (7) As with other designers, these experimetnal materials
are also developed as clothing, accessories, and costumes. (8)
What become clear is that the simple LED earrings or ring would be
someting inferior to what already exists, and it would be of interest
to collect early manifestations of this type of jewelry as it evolves,
with various unique pieces that excel in design and concept. So too,
aspects of creating changing or sequencing LED patterns would require
more than basic knowledge, likely a programmed chip and complex circuit
and larger size with which many pieces seem to address by having
wearers of such EM jewelry carry batteries to make these items work.
Thus, the upper-limit of feasible design is reached with the
requirements of the materials, with power consumption, efficiency,
intensity, and other aspects all part of the equation of a piece of
electromagnetic jewelry. The scale for complex designs seems that of an
LED alarm clock, if addressing similar issues, more than turning one
switch on and off repeatedly. This could well change with advances in
battery, fuel cell, or solar power and in smaller scale LEDs and other
devices.
Yet in searching out LED Jewelry by others, two major approaches were
found immediately, engineers and artists designing EM jewelry, coming
from different perspectives of knowledge of the technical materials to
an interest in these aesthetic, and those with knowledge in aesthetics
approaching the unique aspects of electromagnetic materials. There may
also be people who share both perspectives, as one requires the other.
Like in the earlier individual investigations, the approach to
designing EM jewelry with existing or altered found-objects is also
employed and advanced by persons knowledgable of the qualities of these
materials and their particular cultural value through invention or
cultural ubiquity. The work of Arteco is interesting in this regard,
demontrating the unique perspective of the self-taught electromagnetic
jeweler. (9)
In an entirely different approach, the artistic exploration and use of
'non-traditional' materials results in electromagnetic jewelry that is
refined to the highest degree, challenging the quality of the materials
themselves through intricate and uniquely poetic jewelry. This
aesthetic approach, of limited- and one-of-kind production, is a glipse
at the future of embedded jewelry, a hybrid of traditional skills with
new EM materials, utilizing a knowledge of electronics and design. (10)
One indication of this future which can be seen in various approaches
to electromagnetic jewelry is that Corporations are designing
technology as jewelry, where earrings become hearing pieces or
flash-memory, and may someday have watches that become cellphones much
like the cellphone on a lanyard that is being presented as a fashion
accessory. The watch, the earring, the ring, the necklace, eyeglasses,
bracelets, and other types of wearable artifacts may continue in this
experimental mode, embedding electromagnetic advances in the ongoing
tradition, thus recreating it. Earrings with Bluetooth, a ring with a
digital voice recorder, watches that function as cellphones and
Personal Information Managers (PIMs), in addition to clothing woven of
electronic threads for diagnostics and display, glasses that become
computer screens for Wi-Fi personal area networks, and shoes which
generate power for these.
By investigating this traditional discipline of jewelry, as old as is
human society, and its intersection with the new electromagnetic order
of materials, ideas, innovation, and experimentation, this merging of
the arts and crafts in various disciplines becomes increasingly
evident. This is not a differentation of new media versus old, nor a
dichotemy of digitalism versus analog worldviews, alone. Though it is
about the old and new, it is about media, and it is digital and analog.
But at its core, the tradition is slowly changing everyday through this
steady march of electromagnetic science and technology, which can be
readily perceived in the changing nature of art. That electromagnetic
jewelry may help bridge the gap between internet art and modern art is
only possible if the question is as big as the event that is now
underway: a complete redefinition and recontextualization of culture
tradition via a revolution and evolution of electromagnetic knowledge,
and awareness. It will no longer suffice to ignore the electromagnetic
basis of matter, energy, and information as it is understood today in
its various parts.
The experimental advances being made in the realm of crafts, design,
and the arts offer many views of this future world that is now
unfolding.
brian thomas carroll*
the electromagntic-internetwork
http://www.electronetwork.org/
*IN SEARCH OF electromagnetic artists, designers, technologists
to participate in an open fair-use exhibit of EM art and artifacts:
The EM Assemblage - http://www.electronetwork.org/assemblage/
--
(1) Early digital sketches of Electromagnetic Jewelry (c.1998-1999)
+ Incandescent Lightbulb earrings
http://www.electronetwork.org/works/ae/propose/jewelry/earrings/7.htm
+ Electrical Streetlight necklace
http://www.electronetwork.org/works/ae/propose/jewelry/necklaces/4.htm
+ Cross-arm Distribution Pole necklace
http://www.electronetwork.org/works/ae/propose/jewelry/necklaces/3.htm
+ Electrical Distribution Poles necklace
http://www.electronetwork.org/works/ae/propose/jewelry/necklaces/2.htm
+ Electromagnetic Broadcasting Tower necklace
http://www.electronetwork.org/works/ae/propose/jewelry/necklaces/7.htm
--
(2) Do-It-Yourself Incandescent Lightbulb earrings, 2003.
http://www.electronetwork.org/assemblage/zone2/diy3.htm
--
(3) EM Jewelry: Electrical Streetlight necklace, EM Broadcasting Tower
necklace, Cross-arm necklace, and Distribution Poles necklace, 2003.
http://www.electronetwork.org/assemblage/zone2/bcjewelry.htm
--
(4) Early digital sketches of active EM Jewelry (c.1998-99)
http://www.electronetwork.org/assemblage/zone2/bc1.htm
--
(4.5) LED Jewelry from Chuanz Light Industrial Mfg.Co.,Ltd
http://www.foreign-trade.com/showcase.cfm?c=chuanz%20&i=yes
--
(5) LED Sparkling Ring by Lightgod.com
http://www.lightgod.com/store/product.asp?catid=344&id=2233
--
(6) Flashing LED Earrings by Lightgod.com
http://www.lightgod.com/store/default.asp?catid=341
--
(7) Neon Necklaces Snake Beads by Lightgod.com
http://www.lightgod.com/store/product.asp?id=2033&catid=393
--
(8) Light-Up Clothes and Costumes by Enlighted Designs
http://www.enlighted.com/pages/gallery.html
Of special interest: Electric Nervous System costume
http://www.enlighted.com/pages/nerves.html
--
(9) Artteco, Jewelry made from Recycled Electronics
http://www.artteco.com/
--
(10) Karen McCreary, Jewelry of Non-Traditional Materials
http://www.galleryred.com/mccreary/
--
2003 copyright-free. images temporary. if archiving, download. bc.
the electromagnetic internetwork-list
electromagnetism / infrastructure / civilization
archives.openflows.org/electronetwork-l
http://www.electronetwork.org/list/