COURTING THE VIRTUALI. Introduction
This paper represents an intentional departure from the other
presentations at the symposium.
It is intended as a stretching exercise, and perhaps a small provocation.
It considers the operation of federal courts in an age of complete
inter-connectedness--or almost.
It respects the boundaries of the body, i.e., it assumes that people
continue to communicate from their peripheries instead through probes
connected directly into their nervous systems.
At least one author has explored the extreme alternative. Lisa
Mason published Arachne in 1990.[1]
This otherwise slight novel has the virtue of taking lawyering
and judging to an extreme condition of admission to the bar: in
order to practice, you must be implanted with electrodes that can hook
your brain directly into telespace, where you advocate or adjudicate at
the speed of your nervous system. Others in the virtual courtroom with
you, as adversary or judge, may be
wetware like yourself or digital hardware––you may not know who
is which, and it may not matter much.
One might wonder why anyone but a fantasist would be interested
in such a scenario––just as one might have wondered about the fantasists
who contemplated humans on the moon, robots on Mars, and artificial sheep.
There are, nevertheless, limits to useful provocation, so here
we will draw the line on interdependence at the epidermis.
Why bother with an essay into even this degree of futurity? There are three reasons.
First, because the future becomes the present at an accelerated
rate. Moore’s Law[2]
may turn out to be conservative; computing rates will continue to increase.
Increases in computing rates translate into new opportunities for
software developers. In turn, the economic incentives to invent and market
new software are without parallel as a motivator of frenzied commercial
activity. The combination
of these two facts inexorably speeds the pace of change. The third reason is that, in one configuration or another, the virtual courthouse is inevitable. Its foundation is already under construction, but the scope of the edifice and the design of its interior spaces remain open for negotiation. The inevitability of the virutal courthouse arises from the requirement that adjudicative processes, though appropriately slow to change, must remain comprehensible and defensible to the public. There is evidence all around us that emotional valences attaching to the “real” and the “virtual” may be heading toward equality. Resistance to virtuality is decreasing as television sets and computers merge synergistically into the background facts of life as pervasive and invisible as oxygen. Overview of the Paper
1) there are important psychological and cultural investments in
the relation between physical locations and structures, on the one hand,
and the activities that go on at those places, on the other.
This is clearly demonstrable in the case of courts and judicial
process. Significant moves
to virtuality must be explained and justified in terms of these investments.
Proponents of change should expect to meet resistance to their
ideas, nor can they legitimately ignore the foundations of the resistance.
2) It is useful to disaggregate the spaces and functions of the
courthouse into four pairs: the library, where the law and related information
are stored and retrieved; the clerk’s office, where case information is
received, distributed, and stored; the courtroom, where facts are found
and arguments made and heard; and the chambers, where arguments are pondered,
decisions made, and opinions written. (The jury deliberation room houses
the first two functions.)
3) The introduction of electronic technology into court functions
proceeds in two directions, sometimes simultaneously:
on the one hand, technology concentrates
activities in specified locations, usually pre-existing courthouses; on
the other hand, technology disperses
essential court activities. The
interplay between concentration and dispersion configures the changing
characteristics of these activities.
4) Arguments about change in the direction of virtuality are based
on value judgments, so it is important to establish consensus about the
values whose protection is the source of controversy in the face of the
move to virtuality; different value schemes are introduced and one is
accepted as useful for current purposes.
Section III describes the parameters of complete dispersion in
each of the four rooms/functions of the virtual courthouse, in an effort
to portray the court’s “look and feel” if technical dispersion of court
functions were completely virtual.
The paper points to several important issues: How much of this
change is already in place? What technical barriers to implementation
still exist, if any? Where along the path from the present to complete
implementation will and should change be resisted, and why?
And of special importance, how does the full implementation of
virtuality play out against the values we seek to preserve and enhance?
Section IV assesses the work of Section III and concludes that
it missed something fundamental.
The flaw arose from assuming that the substance and procedure of
law will remain constant during the period that courts gradually come
on-line and adopt, or are adopted by, the new environment created in cyberspace.
As several examples will show, this assumption is certain to be
wrong in ways that will be important for understanding how court work
is likely to evolve. The final section sketches two projects that, it is hoped, grow out of a middle-range perspective on the possibilities of technological feasibility and judicial flexibility. [1]
Lisa Mason, ARACHNE (Avon, 1990). I thank Patrick
Fisher, Clerk of the U.S. Court of Appeals for the Tenth Circuit,
for calling the novel to my attention. [2]
“ Moore's Law /morz law/ /prov./ The observation that the logic
density of silicon integrated circuits has closely followed the curve
(bits per square inch = 2t - 1962 ) where t is time in
years; that is, the amount of information storable on a given amount
of silicon has roughly doubled every year since the technology was
invented. This relation, first uttered in 1964 by semiconductor engineer
Gordon Moore (who co-founded Intel four years later) held until the
late 1970s, at which point the doubling period slowed to 18 months.
It remained at that value through time of writing (late 1995).” www.netmeg.net/jargon/terms (THE JARGON DICTIONARY) [3] The relationship between computer acquisition and national productivity is, in general, a subject of controversy among economists. See for example Jeff Madrick, Computers: Waiting for the Revolution, New York Review of Books, March 26, 1998, at 29 (arguing that extraordinary increases in computer use have apparently not caused growth in national productivity, and that we may be exacerbating differences between haves and have-nots through inadequate education on how to use computers. |