CONSERVATION OF HISTORIC CATHODE RAY TUBE-BASED ARTWORKS FROM THE 1960S CHRISTINE FROHNERT ABSTRACT

Similar documents
FUNDAMENTAL CONSTRUCTION OF A CRT

Posted at 05:02 PM ET, 12/12/2012 Father of video art Nam June Paik gets American Art Museum exhibit (Photos) By Maura Judkis

SHIFTING EQUIPMENT SIGNIFICANCE IN TIME-BASED MEDIA ART JOANNA PHILLIPS ABSTRACT

Elements of a Television System

Paik, Nam June; Piene, Otto, «TV Sculpture», 1968 Picture taken from: Media Art Net

The membership approved Carl Bulger s motion that we make no changes to the Constitution and By-Laws.

8000 Plus Series Safety Light Curtain Installation Sheet ( CD206A/ CD206B )

Bookcheck Model 966. Site Planning Guide

TELEVISION'S CREATIVE PALETTE. by Eric Somers

The Cathode Ray Tube

Indoor/Outdoor Security System with Quad Monitor User s Manual

CMPE 466 COMPUTER GRAPHICS

Display Systems. Viewing Images Rochester Institute of Technology

These are used for producing a narrow and sharply focus beam of electrons.

Digital audio is superior to its analog audio counterpart in a number of ways:

S op o e p C on o t n rol o s L arni n n i g n g O bj b e j ctiv i e v s

Hamamatsu R1584 PMT Modifications

THE OPERATION OF A CATHODE RAY TUBE

CATHODE-RAY OSCILLOSCOPE (CRO)

Television brian egan isnm 2004

Secrets of the Studio. TELEVISION CAMERAS Technology and Practise Part 1 Chris Phillips

Using Audiotape to Collect Data Outside the Lab: Kinematics of the Bicycle*

THE JOY OF SETS. A Short History of the Television. Chris Horrocks. r e a k t i o n b o o k s

Television System. EE 3414 May 9, Group Members: Jun Wei Guo Shou Hang Shi Raul Gomez

decodes it along with the normal intensity signal, to determine how to modulate the three colour beams.

Interaction of Infrared Controls And Fluorescent Lamp/Ballast Systems In Educational Facilities

photo by courtesy of Christiaan Beukes - Sphere Custom Design, RSA FORCE SERIES XXL HOME THEATRES VIDEO-PROJECTORS FOR

General Items: Reading Materials: Miscellaneous: Lecture 8 / Chapter 6 COSC1300/ITSC 1401/BCIS /19/2004. Tests? Questions? Anything?

THE OPERATION OF A CATHODE RAY TUBE

Judith Hopf on the Importance of (Occasionally) Being Stupid

INPUT OUTPUT GAIN DELAY. Hue Candela Strobe Controller. Hue Candela s STROBE CONTROLLER. Front Panel Actual Size 7 ¼ By 4 ¾ POWER. msec SEC 10 1.

University of Utah Electrical & Computer Engineering Department ECE1050/1060 Oscilloscope

Electrical and Electronic Laboratory Faculty of Engineering Chulalongkorn University. Cathode-Ray Oscilloscope (CRO)

2.2. VIDEO DISPLAY DEVICES

Natural Radio. News, Comments and Letters About Natural Radio January 2003 Copyright 2003 by Mark S. Karney

Presented by: Amany Mohamed Yara Naguib May Mohamed Sara Mahmoud Maha Ali. Supervised by: Dr.Mohamed Abd El Ghany

Automated Local Loop Test System

Physics in Entertainment and the Arts

CATHODE RAY OSCILLOSCOPE. Basic block diagrams Principle of operation Measurement of voltage, current and frequency

Projection Series from JVC

MclNTOSH MODEL C-4 and C-4P

HTP1502W1 Remote Controlled Multicolor Lighting System

PanelView 1400e CRT Maintenance

Selection of a cable depends on functions such as The material Singlemode or multimode Step or graded index Wave length of the transmitter

Sphinx II. Owner s Manual. Tube Hybrid Integrated Power Amplifier. Rogue Audio, Inc. 3 Marian Lane Brodheadsville, PA Issue date: 08/01/16

Lab # 9 VGA Controller

CUSSOU504A. Microphones. Week Two

Types of CRT Display Devices. DVST-Direct View Storage Tube

4.9 BEAM BLANKING AND PULSING OPTIONS

arxiv:hep-ex/ v1 27 Nov 2003

Computer Graphics. Introduction

INSTALLATION INSTRUCTIONS WIRED REMOTE CONTROL USING TWISTED PAIR AND COAX CABLE U-WRC-U-x

Requirements and Design for Broadcast Television Program Facility

IC Layout Design of Decoders Using DSCH and Microwind Shaik Fazia Kausar MTech, Dr.K.V.Subba Reddy Institute of Technology.

INSTALLATION INSTRUCTIONS WIRED REMOTE CONTROL USING COAX CABLE U-WRC-C

INSTRUMENT CATHODE-RAY TUBE

Sport-TIMER 3000 TM Instruction Manual

Recent APS Storage Ring Instrumentation Developments. Glenn Decker Advanced Photon Source Beam Diagnostics March 1, 2010

Operating instructions

How would you go about creating the presentation?

THERMIONIC GUN CATHODE-GRID ASSEMBLY TEST PROCEDURE

Top reasons to switch to Sony s professional LCD LUMA TM monitors

Warranty Information

K Service Source. Apple High-Res Monochrome Monitor

HD Digital Videocassette Recorder HDW-250

Computer Graphics: Overview of Graphics Systems

Downloads from:

K Service Source. Apple High-Res Monochrome Monitor

L14 - Video. L14: Spring 2005 Introductory Digital Systems Laboratory

1 Your computer screen

A STUDY ON CONSUMER SATISFACTION TOWARDS LED TELEVISION WITH SPECIAL REFERENCE TO ERODE CITY

Specifications. End-Point Linearity - ±5% F.S., when used with HACO SCR-speed control

PLASMA DISPLAY PANEL (PDP) DAEWOO D I G I T A L DIGITAL TV DEVISION

Digital Video Cassette Recorder DNW-75

The hybrid photon detectors for the LHCb-RICH counters

CHAPTER 4 OSCILLOSCOPES

VARIOUS DISPLAY TECHNOLOGIESS

Reading. Display Devices. Light Gathering. The human retina

Technology White Paper Plasma Displays. NEC Technologies Visual Systems Division

TS2.8 Sub OWNER S MANUAL

Electrical & Electronic Measurements: Class Notes (15EE36) Module-5. Display Devices

The Digital Audio Workstation

BNCE TV05: 2008 testing of TV luminance and ambient lighting control

THE AMBER COMPUTER VDU PROJECT.

Doorphone Video Intercom

The Provincial Archives of Alberta. Price List

VPS1 Installation Manual


-Technical Specifications-

Lesson Sequence: S4A (Scratch for Arduino)

Bionic Elephant Trunk. Assembly Instructions

o VIDEO A United States Patent (19) Garfinkle u PROCESSOR AD OR NM STORE 11 Patent Number: 5,530,754 45) Date of Patent: Jun.

Introduction. Introduction

Rec. ITU-R BT RECOMMENDATION ITU-R BT PARAMETER VALUES FOR THE HDTV STANDARDS FOR PRODUCTION AND INTERNATIONAL PROGRAMME EXCHANGE

Energy Consumption in a CE World

What is Ultra High Definition and Why Does it Matter?

Summary Timeline Selection of bids The mission of PWPL

Basically we are fooling our brains into seeing still images at a fast enough rate so that we think its a moving image.

INSTRUMENT CATHODE-RAY TUBE

Computer Graphics : Unit - I

Transcription:

Presented at the Electronic Media Group Session, AIC 40th Annual Meeting, May 8 11, 2012, Albuquerque, NM. CONSERVATION OF HISTORIC CATHODE RAY TUBE-BASED ARTWORKS FROM THE 1960S CHRISTINE FROHNERT ABSTRACT As broadcast television became a ubiquitous part of culture in the 1960s, the first generation of artists to recognize the potential of cathode ray tube (CRT) television sets and later video as a new artist s medium emerged. The Korean-born American artist Nam June Paik (1932 2006) began to experiment with CRT monitors in 1962, pioneering the development of media-based art. Paik transformed the idea of an image on a television screen from a literal representation of objects and events into an expression of the artist. In a diverse body of work that includes installations, performances, interactive artworks, and collaborations with other artists, Paik questioned the idea of time, the nature of music and art, and more specifically our understanding of television. As these technologies become obsolete, our ability to access and exhibit a significant segment of our cultural property is seriously challenged. During Paik s time in Germany from 1956 1963, he met the composers Karlheinz Stockhausen (1928 2007) and John Cage (1912 1992) as well as the conceptual artists Joseph Beuys (1921 1986) and Wolf Vostell (1932 1998), who inspired him to work in the field of electronic art. Paik first began participating in the Neo-Dada art movement, better known as Fluxus and made his big debut at an exhibition known as Exposition of Music Electronic Television, in which visitors interacted with different artworks and performance pieces in different rooms. The Electronic Media Review Volume Two 2013 113

CHRISTINE FROHNERT EXPOSITION OF MUSIC ELECTRONIC TELEVISION Paik s first solo exhibition Exposition of Music Electronic Television was held from March 11 to 20, 1963 in a gallery run by architect Rolf Jährling in his private residence in Wuppertal, Germany. The title that Paik chose for this exhibition indicates his transition from music to the electronic image. Four prepared pianos, mechanical sound objects, several audio records and tape installations referenced his music background. Paik transferred this treatment of musical instruments and records to the television set, while scattering televisions in the gallery rooms. Always exploring different ways to alter or distort their images, he radically changed the use of CRT monitors. Paik created twelve television set artworks in 1963, entitled Zen for TV, by reducing the image to a vertical line. In this group of works, Paik turned the electron beam tube and placed the television sets on their sides, implying both that the sets are in a meditative state and that they might serve as a meditation aid. In Rembrandt Automatic, 1963, television set, private collection, Paik turned the CRT on and placed it face down on the floor. In Point of Light 1963, manipulated television set, Hamburger Bahnhof, Berlin, he invited the visitor to become an active part of the exhibition by including a radio pulse generator that was hooked up to the television so that as the viewer turned the volume dial on the radio, the point of light in the center of the screen became larger or smaller in. In Kuba TV, 1963, manipulated television set made by Kuba manufacturer, 46.5 x 58.5 cm, Collection of Dieter and Si Rosenkranz, Berlin, the image on the television expanded or shrank according to the level of volume linked to the television. In a prototype of Participation TV, 1963, a microphone was connected to the television and a foot operating switch. When the viewer activated the switch and spoke into the microphone, their voice was translated into an explosive pattern of points of light on the screen. Today, this room is seen as the starting point of the video art that later developed, although Paik, did not yet have access to video equipment (fig. 1). Paik was still modifying inexpensive second-hand television sets to distort the images or the programs as they were being broadcasted. Paik left Germany soon after his first exhibition in Wuppertal to move to New York City and began a collaboration with the classical cellist Charlotte Moorman producing performance works. In 1965, Sony introduced the Portapak, the first portable video and audio recorder. Paik could now both move and record things outside of his studio. And with no doubt from there, Paik became an international celebrity, known for his creative video sculptures and video installations. Fig. 1. Installation view of Exposition of Music Electronic Television, Galerie Parnass, Wuppertal, Germany, March 11 20, 1963. Photo by Rolf Jährling. Courtesy of John Hanhardt ELECTRONIC ART In 1965 Paik had two solo shows in New York. The exhibition Electronic Art at the Galeria Bonino and an exhibition at the New School For Social Research, New York, that featured both the Demagnetizer Life Ring (1965) and Magnet TV (1965), a 17-inch black-and-white television set with magnet, 72.1 x 48.9 x 62.2 cm overall, Whitney Museum of American Art, New York, acc. no. 86.60a-b, in a display that acknowledged television as a new tool on the artist pallet. In the performance piece Magnet TV, he created an abstract pattern by moving a magnet on top of a television set and distorting the path of the electrons generated by the CRT. 114 The Electronic Media Review Volume Two 2013

CONSERVATION OF HISTORIC CATHODE RAY TUBE-BASED ARTWORKS FROM THE 1960S In a German video clip produced by broadcast 3 SAT, Paik elaborates on his motivation to work with televisions and in particular Magnet TV (1965): You have to destroy the television. TV was always been one-way information and I wanted to talk back to television. Therefore, this has a symbolic meaning, I found out in 1965. More than five million technicians knew that a magnet is able to create such paintings. But nobody used it. Why? I don t know... Maybe TV was still too expensive.... And than there is this fetishism with technology, but I only respect humans, and not machines or money. Therefore, I like to destroy what is considered to be holy, TV was such a holy thing as the piano. I destroyed the piano and the television. (3 SAT, n.d.) TV as a Creative Medium In 1969 Howard Wise organized a show entitled TV as a Creative Medium to reflect the increasing use of CRTs as an artistic expression. This show also included Paik s iconic TV-Bra for a Living Sculpture, 1969, two CRT television sets, rheostat, foot switches, acrylic boxes, vinyl straps, cables, copper wire, dimensions variable, Walker Art Center, Minneapolis, acc. no. 1991.98.1 10, as well as many other artists using experimental television technology of that time. This included the artist Earl Reiback (1948 2006), who artistically modified and experimented with CRTs in a different way. Usually the inside of the CRT tube is a vacuum. Reibeck removed some of the phosphorous coating on the inside of the glass of the CRT tube, covered the inside of the tube with phosphorus paint, and recreated a vacuum with neon gas. In Thrust, 1968, modified CRT television set with phosphorous paint, Whitney Museum of American Art, New York, acc. no. 94.132, a phosphor coated screen is mounted perpendicular to the face of the tube. As the electron beam scan sweeps across the inner screen, shooting images in color are produced in response to the broadcast program. 1 All those examples describe artworks that were created by manipulating commercial CRT technology as opposed to the use as a video art monitor. The use of manipulated CRTs as a creative medium emphasizes the work-defining properties of this type of artwork and its dependency on a now obsolete technology. CATHODE RAY TUBE MONITORS CRTs were the standard technology used in Paik s studio from the early 1960s until his death. Constant maintenance of CRTs is required to keep Paik s work exhibitable. This includes servicing the monitors, finding replacement parts, and replacement CRTs. With the shift in technology, these preservation needs are a challenging task and hard to perform due to the lack of replacement CRTs and components available on the market, but also due to the decreasing availability of specialized technicians and engineers serving the field of CRT repair. In addition to servicing, repairing, and replacing CRTs, it is important to document the artworks and their components in full detail. Although traditional conservation methods are appropriate for examining and documenting the physical or sculptural components of a work of art as a sculpture or painting, they are not sufficient to capture information about the condition of electronic equipment. The development of new conservation methodologies as well as best practices for documentation is critical to the preservation of media art. DOCUMENTATION In order to gather technical details and to provide as much information for future reference, a detailed documentation form has proven to be extremely helpful. Inspired by the modular documentation forms created by Joanna Phillips, Associate Conservator of Contemporary Art, Solomon R. Guggenheim Museum, New York (Phillips 2010), and the forms developed by the New Art Trust, Matters in Media Art Initiative (Tate 2005), a new documentation template was designed. Chi-Tien Lui, a CRT engineer, and Raphaele Shirley, a former Paik art- The Electronic Media Review Volume Two 2013 115

CHRISTINE FROHNERT ist s assistant collaborated on the development of the form, which is currently undergoing further testing. Beside the artwork and component identification, emphasis is given on the status of the technical and aesthetic condition of the equipment. As such, it is recommended that the information captured should include CRT identification as well as a condition assessment as outlined in the Appendix. For further information on storage and maintenance of CRTs, see Fundamentals of the Cathode Ray Tube based Display and its Maintenance and Conservation within Contemporary Artworks by Chi-Tien Lui and Raphaele Shirley published in this volume. Video input type: Ampere: Voltage: Plug: Associated Items Operating manual: Service manual: Images CRT CONDITION APPENDIX CRT IDENTIFICATION Status of Equipment Dedicated: Historic: Shared equipment: Attributes Original: Modified: Mismatched: Replaced: General information Description of casing (wood, plastic, veneer): TV Model number: Serial number: Manufacturer: Manufacture date: Location/ Origin: CRT model number: CRT manufacturer: CRT diagonal dimensions: Outer case dimensions: TV power draw manufacturer s listing: TV power draw site measurement: IR: Condition Assessment Appearance of Equipment: Casing intact and undamaged: Clean and dust free: Screen undamaged: Condition Track Noise Audio: Noise Component: Power Supply Problem: On/Off working - w/ Breaker: Requires Manual On/Off: Requires remote for Power on: Maintains proper channel for on/off: Control dials: Dials Functional: Odors: Parasite sound: Conservation Needs Cleaning Inside: Outside: Control dials: Odors: Components: 116 The Electronic Media Review Volume Two 2013

CONSERVATION OF HISTORIC CATHODE RAY TUBE-BASED ARTWORKS FROM THE 1960S Maintenance, Service, Repair Spares and Consumables Packing Details Packed Dimensions: Weight: Type of Packing Manufacturer s box: Flight case: NOTES 1 The analog broadcast television signal was discontinued in the US in 2009. In order for the artwork to receive a broadcast signal today, the digital signal needs to be converted to analog. REFERENCES 3 SAT. n.d. Video recording. Portions of this recording are available on DVD in Kubicka-Dzieduszycka, A. and K. Dobrowolski. 2011. Nam June Paik: Driving media. Wroclaw: Centrum Sztuki WRO. Lovejoy, M. 1997. Postmodern currents: Art and artists in the age of electronic media. New Jersey: Prentice Hall. Lovejoy, M. 2004. Digital currents: Art in the electronic age. New York: Routledge. Neuberger, S. 2009. Nam June Paik: Exposition of music: Electronic television: Revisited. Köln: Verlag der Buchhandlung Walther König. Christine Frohnert Judith Praska Distinguished Visiting Professor in Conservation, Fall 2012 Conservation Center Institute of Fine Arts New York University christine.frohnert@nyu.edu Conservator of Contemporary Art Bek & Frohnert, LLC christine@bekandfrohnert.com Phillips, J. 2010. Preparing aged CRTs. Video, 4 mins. Youtube. www.youtube.com/watch?v=yobqm4thjxw (accessed 01/01/13) Tate. 2005. Matters in Media Art. Templates for acquisition. www.tate.org.uk/about/projects/matters-media-art/ templates-acquisitions (accessed 01/01/13) FURTHER READING Decker-Phillips, E. 1998. Paik video. Barrytown, New York: Barrytown, Ltd. Hanhardt, J. 1982. Nam June Paik. New York: Whitney Museum of American Art. Hanhardt, J. 2000. The worlds of Nam June Paik. New York: Guggenheim Museum. Herzogenrath, W. and S. M. Schmidt. 1999. Nam June Paik: Fluxus, video. Bremen: Kunsthalle Bremen. Papers presented in The Electronic Media Review have not undergone peer review. The Electronic Media Review Volume Two 2013 117