well, what about that? venturing into San Fran for one of those talked-about media events, though I missed Steve Jobs by three days with the hyped unveiling of the iPhone. I did see the worshipful milling about the two glass cases with the two ‘working’ models. hard to engage with the masses of people around. too much time in the boonies! did run into a somewhat familiar face — Steve Bisque of Bisque Software — his father was a prof of mine at CSM, and Steve is a Geophysics grad from CSM, graduating a year after me. his company makes a range of amateur and professional astronomical software. otherwise, well. lotsa toys, things to possibly buy. data security solutions and iPod cases are everywhere. a scattering of Chinese companies have stiff staff manning empty booths, compared to the chaotic and relaxed professional Amurikan consumer and consumee. ID tags are scan-able at every booth with all the data that was required for registration to get into the show. perfect marketing. scan your card to enter in a drawing for a Nano. scan it for propaganda to arrive in the email box later. so it goes. try to buy a discounted replacement battery for my G4 PB, but they are all out. and no microphone is available for my iPod. too old. have to buy a new iPod and then I can get a CD-quality stereo recording mike. sheesh. always something more to buy! never-ending.
CSM
Meet Rafael in the morning, speaking about the political economies of soft game authoring; lunch with Steve, we decided the last time we saw each other was 21 years ago when I walked out of the corporate headquarters of Union Oil Company of California, times past, and catching up on the intervening years. Then a wander around the CSM campus to see what’s new. Strange vibe. Being no stellar student, but Sara, the Geophysics Department senior secretary recognized me (surprise!), got Dr. Keller’s email address. Wander around the campus looking at the new buildings, and allow place to seep in, an overlay of history, into senses. Thomas Hall, second floor, the first dormitory experience, 30 years ago right now. Formative? De-formative? Time past, time passed. Never conscious of the eyes of a 30-year alumni scanning the place back then, did it ever happen?
One of those fall afternoons, brilliant sunshine, Colorado blue sky. Down to Clear Creek, once a gravel ditch, now a sculpted kayak, mountain bike, jogging, and strolling corridor. How things develop in the West. To this standard of tidiness.
Dinner with Rick, Sally, and Natalie.
Crisis of the now. Crisis of being in the past moving into the now, and on into the future past.
Carillion article
for the record, as the university (of Colorado) no longer publishes nor maintains the archive of this magazine, this is the text of an article done by a CU J-School graduate student, Nicole Gordon.
Visiting artist John Hopkins explores relationship between art and technology
After twelve years of living and lecturing in Europe, digital artist John Hopkins is back in the United States. He’s no stranger to the University of Colorado at Boulder; in fact, he earned his master of fine arts degree from CU-Boulder in 1989. These days, however, Hopkins has returned to campus as a visiting artist rather than a student.
“I’ve always had a deep connection to the physical landscape of the West, and intellectually I find Europe stimulating,” Hopkins said. “I’ve attempted to have both, though in the end, physical location is not always important. What is of primary importance is surrounding oneself with humane and positive people — then anything is possible.”
Hopkins’ interest lies at the intersection of art and technology. He describes his work as “art that is not artifact-oriented, but delves into the unique communicative aspects of global networks.”
“John Hopkins has a long-standing commitment to the art network,” said Jim Johnson, interim chair of the Fine Arts Department. “He brings to the department a dedication to art as an ephemeral human process and his work in the digital community has been a natural outgrowth of that dedication. He has inspired numerous art students to pursue art in the real context of one-to-one communication as opposed to the conventional and isolated production of precious objects.”
Hopkins has been a professional artist since 1985. His career has taken him to Iceland, Finland, Norway, Russia, Switzerland, Germany, Estonia, Latvia, Hungary, and Austria as a visiting artist or guest lecturer. His art has been recognized at the prestigious Ars Electronica Festival in Linz, Austria and he has works in numerous private and public collections, including the Bibliothèque Nationale in Paris and the Museum of Modern Art Library in New York City.
At CU-Boulder, Hopkins is teaching introductory and advanced digital art classes, as well as working on individual projects with students and doing international performances.
One of his most recent projects at CU-Boulder, in collaboration with students, is a live, online open-platform happening for creative expression and action called di>fusion. The project, which can be experienced at https://neoscenes.net/projects/difusion1/, simultaneously occupies global network spaces and local physical space with collaborative performance, sonic, music, disc- and video-jockeys, text, poetry-slam, and video events.
“I have done similar projects with students across Europe,” Hopkins said. “And indeed, projects like di>fusion are only partially geographically grounded. Much of the project happens in the space of networks, so there are participants and audiences in many locations.”
Hopkins studied geophysical engineering at the Colorado School of Mines as an undergraduate and worked as a geophysicist before pursuing his art career. He says that art and science aren’t so far apart.
“I worked with electromagnetic fields in geophysics, and I’m basically doing the same in art,” he said.
After receiving his art degree, Hopkins found that the European cultural scene suited his ambitions.
“During the decade of the 90s, while the United States was heavily involved in the dot.com bubble inflation and bursting, there were others in other locations who were looking more critically at technological innovation and the rise of global networks,” he said. “These critical views were often coming out of creative cultural research in Europe.”
Hopkins also noted that funding for arts and culture in Europe is much greater than in the United States.
“There have been many opportunities to get funding for creative projects that could never be realized in the U.S.,” he said. “Scandinavia is generally more advanced than the U.S. in terms of technological implementations society-wide, so naturally there were many interesting things happening on the cultural side related to technology.”
An experienced teacher, Hopkins says that he is committed to the dynamics of the learning environment as a critical and important facet of his work.
“I seek to create vital learning spaces — conceptual and physical zones where the exercise of free expression and spontaneous dialogue take place,” he said.
Examples of Hopkins’ work and more information about him can be accessed on his personal Web site at https://neoscenes.net.
butoh walk
Flatirons wreathed in ice-crystal clouds. resonant. the Bouguer Anomaly calculation in the total gravitational field analysis of a particular point is made to consider the effects of large variations in the topography local to that point. the effect of a cliff or mountain nearby cannot be ignored. below the mountain, ones body is Lightened by its gravitational attraction, while on the top, one is drawn downwards by its mass beneath the feet. that is countered slightly by the greater distance from the center of terrestrial spin which, because of greater velocity, Lightens ones body centripetally.
no mapping
and then, lately, I have been trying to reconstruct the visualizations that Akeno taught one week when teaching butoh at Media Lab. she was teaching us how to walk.
walk as though there is a large carp in your belly, swimming forward with a deep swerving, slow, against the current;
walk as though you are 20 cm above the surface of the ground;
walk as though there is a large eye in the center of the forehead, there is a thread coming from the center of the eye, the thread is being pulled slowly forward;
walk as though there is a massive hand behind the back, pushing;
walk as though there is an expansive forest of mint behind the slightly open mouth;
walk as though there is a wide and shallow ceramic bowl on the top of the head, filled with a deadly poison;
walk as though each joint in the body has a thread going upwards to heaven;
walk as though you are on razor blades;
and the most intense of all:
walk as though you are seen, are being watched by all that is around you, by all the universe.
–Aki Suzuki, butoh teacher
multiple dreams
dreaming of something, but the memory is gone. 20:20 and listening to a Monty Python CD. waiting for Sanna to come home from YLE. ride in from Lahti on the bus with a group of students to Kiasma. Kirsti tells me about her mother who died this spring. we’re on an art field trip. art at 10:15 in the morning. Bruce Naumann, and the rest. coffee and a weineri in the Kiasma cafe and I have lost the foreign students that I was to take around the museum, so I head to a shop to buy a bunch of flowers and then on the number 10 tram to see Sanna — we end up hanging about talking for several hours before she has to go to work for the evening.
more “multiple dreams”
Functions of the Committees
Committee on Aeronautics
The principal function of the Committee on Aeronautics is to explore new possibilities in the general aviation field and to coordinate the efforts of the three military departments toward investigating such possibilities and developing new and improved aerial weapons. To this end it must establish a unitary program of research and development in the aeronautical field and maintain a continuing evaluation of budgetary projects to implement that program. more “Functions of the Committees”
video
At the home of Rikki and Sólrun and their two teenagers Rosa and Kári. I worked with Rikki at the Icelandic Academy of Art for some years, he is an Austrian native (actually from Bolzano which is now in the Italian Dolomite Alps) and is a print-maker. Sólrun teaches in the local school in this small fishing village of around 350 inhabitants. Rikki is still in Reykjavík finishing up teaching at the College. The drive today is long and cold. We finally get out the door around 1030 and head east to Myvatn where we happen to run into the President of Iceland and his wife who are touring the north this week. My back is not doing too well, so I give up driving and lie in the passenger seat for most of the day. We make stops at various places, tourist spots, and locations that I think might be interesting to film. The Hi8 video camera that I have with me is making something of a challenge. I have so long carried my Nikon with a 28mm lens and nothing else, that I am having trouble adjusting my seeing and pacing when using a time-based medium suddenly. One nagging feeling is the dilemma of what I will do with the material once I have gathered a number of hours of raw tape. I rarely have access to decent editing equipment, and even if I did, would I have the time to do the significant editing required to make something interesting out of it. The camera is on loan from my nephew, so I won’t have it on a continuous basis either, which limits the time for experimentation. Of course, I have used video extensively in the past, and audio also, but it remains a challenge to see creatively through this new mediation. I did happen onto an expression of an old idea that I worked with a decade ago in a photographic project with Bill, that of the “infinite half-space” of geophysics and math, where a theoretical space is divided into two half-spaces by an infinitely extensive plane. This is the beginning point of mathematical modeling of the earth and its surface and the various properties of and reactions to changes introduced by external sources. One half of the space is the earth, the other is the atmosphere or space above the surface. Anyway, this idea pops into my head as I am watch the incredibly varied earth-sky interface rolling virtually by outside the silicone-dioxide car window. I make a short video work (to be finished off with titling and all the formalist details in, Finland) called memory of three infinite half-spaces simply by filming with the camera rotated 90 degrees from the horizontal while moving and attempting to maintain the left half of the screen as sky and the right half as earth … a second short video comes from that single day — mama, where are you going? starring Loki with his expansive style. The landscape is bleak and snowy, and there is Light snow falling almost all the day with the exception of an hour spent in Egillstadir at the house of Steinnun where it was warm and sunny.
piss tape
AZImUTH
It had the sound, the cadence, of something that Hesse would have Zarathustra speak about. I think the concept began in that time of my existence; when I was first able to read, though perhaps not to understand Steppenwulf. And, contemplating, with friends — in thought and being — the essence of the Shadow of a Hand falling on the Back of the Skull. Imagine that feeling, that presence of vitality: if you can, you will see God. We seek to live in the discovery of what is behind us. Behind and within us. That we come from nothing and all is open, empty before us. more “AZImUTH”
group portrait, UnoCal paleomag workshop
field work
RE: Huallaga, Peru Aeromagnetic Data
TO: R. T. Burns
FROM: John Hopkins, Integrated Exploration Group
October 29, 1983
Digital aeromagnetic data purchased from Aeroservice in July, 1983 comprises approximately five percent of a large regional survey of eastern sub-Andean Peru. The line spacing is 10 km x 15 km and there are 400 line-kilometers of digital data. Data quality is average considering that the survey was flown in 1974: it is below current high-resolution standards. Actual acquisition specifications for the survey are not available at this time. The data covers only a small corner of Block 29: it will be useful for extrapolating geologic trends to the southeast and establishing a regional gradient if a high-resolution aeromagnetic survey is flown over Block 29.
Given the apparent complexity and scale of geological features in the area, a regional aeromagnetic survey provides only a tentative overview of the gross tectonic features. The magnetic data is dominated by a large low with an east-west orientation. Werner deconvolution depth solutions over the low indicate that the depth to the magnetic basement (a crystalline granodioritic complex) is between five and seven kilometers. Depths decrease to around three kilometers in the east. This thinning of the stratigraphic section corresponds to large-scale thrust faulting as identified from surface geology and SAR information. It is not known whether these thrust-faults continue at high angle into the crystalline basement or whether they are intrasedimentary listric reverse (?) faults. It is possible that the basement complex acts as a ramp on which the sedimentary thrust sheets glide.
Basin formation in this area is closely related to Mid-Cretaceous Andean (Laramide) orogenic activity. Crystalline basement will have an effect on many stratigraphic depositional features as well as post-depositional structural deformation. Perhaps the most interesting geological features in the area are the massive salt diapirs, some of which outcrop over tens of square kilometers. The tectonic mechanisms that have caused these features are unknown. Based on the existence of complex faulting throughout the whole region, diapiric upwelling could be occurring along fault planes or zones of weakness over faults in the basement complex. High-resolution magnetic data can provide definitive information on basement topography and its relation to pertinent stratigraphic features.
In proposing a high-resolution aeromagnetic survey over Block 29, a number of factors must be considered:
- The relationship between magnetic basement trends and possible petroleum bearing structures is not well known. This area is geologically complex and little information is available on even basic tectonics. From the regional aeromagnetic data, it is evident that the surface of the magnetic basement varies in depth between two and seven kilometers.
- The area is remote and access limited for ground geophysical surveys because of terrain and vegetation. The planned seismic acquisition format will be widely spaced dip-lines; aeromagnetic data can greatly aid in selecting proper line orientation and decrease the areal extent of possible prospects. Magnetic information may also aid in tying geologic features between lines.
- The crystalline basement underlying Block 29 is presumed to be a continuation of the Andean batholith which has a fairly homogeneous magnetic susceptibility. This will reduce interpretative errors: magnetic features will generally be caused by variations in basement topography.
- A number of important new processing techniques for enhanced information recovery from aeromagnetic data have recently been developed and successfully applied by Science and Technology. The most valuable of these is Root-Second-Derivative (RSD) analysis: a very powerful method of delineating high frequency/low amplitude intrasedimentary magnetic features.
- With a high-resolution grid 1 km x 4 km, the entire block could be flown (11,000 line-km) including mobilization/demobilization and preliminary processing for an estimated cost of $285,000. The approximate time lapse between signing the survey contract and digital data delivery is five months.
The applicability of gravity data as well as the costs involved in running a gravity survey over Block 29 are discussed in the attached memo data June 22, 1983 from H. D. Sinks.
JH/jc
cc: D. R. Raney
G. E. Kurash
D. E. Willis
H. D. Sinks