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.Alexandria
burned - securing knowledge access in the age
.of
Google |
First
published in VINE, Emerald Group Publishing Limited
by Cynthia M. Gayton
"We are all
worried about the new librarian.
The man must be worthy, and mature, and wise.
That is all there is to it."
The Name
of the Rose, Umberto Eco
Abstract
This article expands
upon my previous VINE article entitled 'Legal Issues facing the
Knowledge Economy in the 21st Century' by concentrating on one
main topic, that of knowledge access specifically to works available
currently in analog form. Most libraries face the daunting task
of preserving their hard copy collections in a way not contemplated
by Johan Gutenberg. How to preserve library collections in a manner
permitted under copyright law is the primary legal issue, but
the legal analysis does not end there. Contract, licensing, and
vendor-driven solutions may leave the ultimate user without access
to vital resources heretofore only available within the physical
library environment. I will address not only copyright issues
and related fair use and first sale doctrines, but antitrust issues,
and the relationship between fair use and the 5th amendment. The
recently initiated Google Library Project offers a useful test
scenario as the debate continues between traditional hardcopy
volumes and their digital counterparts. By way of analogy, I will
compare the ancient Alexandrian libraries with that proposed by
Google.
****
Perhaps by the time
you read this article the dilemma presented here will be resolved.
Such is the nature of the Internet. In the event that the dilemma
is not resolved, this article will expand upon some ideas discussed
in my last article on legal issues in the knowledge-based economy
for the 21st century. My focus will be almost entirely on knowledge
access. Specifically, I will review the legal issues facing an
entity that is attempting to create a library containing the world's
books and making that library available for search purposes online.
Initially, I will
show that the issues being faced by the above-identified communities
are not unique to this century, or even the past thousand years.
I have chosen as an analogy the lost libraries of ancient Alexandria
in Egypt as the starting point. Next, I will outline contemporary
legal issues that face an organization attempting to emulate the
intent of the Ptolemies, most of which were not considered by
the founders of the original "world library". I will
compare the methods used by the knowledge acquirers in the time
of the pharaohs with those used by mere mortals. Finally, I will
identify the legal hurdles facing a commercial online digital
library which will be laws relating to copyright, private property,
and antitrust.
[...]
Google
has an opportunity, although not a duty, to set precedents for
the future digital archives of not only an American cultural heritage,
but one for the expanse of human history. A good faith effort
to cooperate with the authors and publishers whose works populate
their digital space by following the laws already forged by public
debate should not be ignored in favor of technological expediency
and perhaps ephemeral and temporary gain. What is at stake here
is not just providing an Internet search service that also happens
to link search results with commercial advertisements, but a tool
assisting with knowledge accumulation and access for generations."
You can download the full article as a pdf file incl. resources
and credentials
click
here
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.Next
Event |
the
future of Google
and its impact on Media and Entertainment
Thursday, October 25, 2007
Registration:
18:30-19:00, Conference: 19:00-21:15
Make your reservation
and book online
Ticket
Corner
NEW
LOCATION:
De
Industrieele Groote Club, Dam 27, Amsterdam
The conference
language is English.
The
speakers are
Nils Rooijmans, Head of Search and R&D, ilse media
Search
Culture
Mario de Vries, Business Consultant, Triple P
Any resemblance with real life is purely coincidal
Rocco
van den Berg,
Head
of Business Development & Licensing, Endemol The Netherlands
The increase of serious video channels
Arjen Kamphuis, Futurist,
Owner, KMPHS
Futureshock - Dealing
with rapid and fundamental change
Moderated by Simon Jones, University of Amsterdam
Supporter: Info.nl
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.Club
of Amsterdam blog |
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Club
of Amsterdam blog
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in a reader
September
6:
Are
chimeras part of our future?
September
1 :
Importance
of Multiculturalism Expertise, and a Program to Acquire It
September
1 :
Four
Planets
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.News
about the Future |
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World
Investment Report 2007
The Report analyses the latest trends in
foreign direct investment (FDI) and puts a special focus in 2007 on
the role of transnational corporations (TNCs) in the extraction of
oil, gas, and metal minerals.
As in previous years, World Investment Report 2007 (WIR07) presents
the latest data on FDI and traces global and regional trends in FDI
and in international production by TNCs. Global FDI inflows rose in
2006 for the third consecutive year. This growth was shared by all
major country groups: developed countries, developing countries and
the transition-economies of South-East Europe and the Commonwealth
of Independent States . Rising demand for commodities was reflected
in a steep increase in natural resource-related FDI, although the
services sector continued to be the dominant recipient of FDI. Among
the developing regions, FDI inflows to subregions such as North Africa,
sub-Saharan Africa, West Asia, South Asia, East Asia, and South-East
Asia were at record levels, as were foreign investment flows to transition
economies.
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International
Data Protection and Privacy Commissioner's conference
Remarks from the conference:
The very nature of international travel warrants an international
approach to establishing standards that safeguard passenger data,
says Jennifer Stoddart, Canadas Privacy Commissioner. The
transfer of personal information among travel agents, carriers and
any number of domestic and foreign governments poses an ongoing
threat to the personal privacy of passengers.
Michael Geist commenting Michael Chertoff, Secretary of the U.S.
Department of Homeland Security: "Chertoff seemed to say there
is a known reality about our future course and there is little that
the privacy community can do about it."
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.N.I.
Vavilov Institute of Plant Industry
|
The
N.I.
Vavilov Institute of Plant Industry is the only research
institution in Russia whose activities include plant genetics resources
(PGR) collection, conservation and study. This Institute, its accomplishments,
and role in maintaining the global ex situ collection are well known
world-wide. Its global PGR collection represents plant diversity
encompassing 320,000 accessions of 155 botanical families, 2,532
species of 425 genera. For instance, the collection harbours 95,000
accessions of grain crops, over 43,000 of legumes, 52,000 of groat
crops, 26,000 of industrial crops, 28,000 of fodder crops, about
10,000 of potato, and 50,000 of vegetables. VIR also maintains a
herbarium of 260,000 specimens.
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Astrakhan
experiment station
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The
Station was opened in 1966 and is situated 14 km from Astrakhan. At
this station the collections of rice, watermelon, melon, pumpkin,
tomato, alfalfa, forage grasses and ornamental plants are studied.
In particular, the station performs biochemical assessment of accessions
and analyses of tomato physiology under saline soil conditions. |
Daghestan experiment station
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The
Station was organised in 1969 on the Caspian Sea shore, 10 km from
Derbent, and has been studying the collections of wheat and its wild
relatives, barley, oat, vegetables, fruit plants and valuable local
forms of grapevine. The climate provides a natural background infested
by virulent races of brown, stem and yellow rust, which helps to make
precise evaluation of accessions by their rust resistance. This station
performs genetic analysis of wheat accessions in order to identify
donors of male sterility and fertility restoring lines. |
Far East experiment station
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The
Station (20 km from Vladivostok) has existed since 1929 and studies
field crops, vegetables, fruits and berries, grapes, actinidia, aboriginal
forms of plum, apricot, magnolia vine, honeysuckle and Amur grape.
More attention is allocated to soybean, genetics proper of this crop
and its resistance to fungi. The station breeds potato cultivars and
introduces wild forage grasses into cultivation. |
Yekaterinino experiment station
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The
Station was organised in Tambov Province (25 km from Michurinsk).
It identifies sources of resistance to fungous diseases in leguminous
crops, initial materials for breeding of nematode resistant potato
with high content of starch. The station maintains duplicate collections
of pea, lentil, vetch, small grains and perennial grasses. |
Krymsk experiment breeding station
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The
Station was included in the Institute's network in 1935. It is situated
in the town of Krymsk, Krasnodar Region, and studies the collections
of green pea, sugar maize, tomato, pepper, eggplant, cucumber, apple,
plum, peach, pear, apricot, strawberry and some other crops. It is
involved in vegetable and sugar maize breeding programmes. |
Kuban experiment station
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The
Station was established in 1924 in the steppe zone of Krasnodar Region.
It performs studies of maize, sorghum, sunflower and castor oil plant,
immunological research on wheat, barley, chickpea and sunflower, and
on flax resistance to Fusarium wilt. The National Seed Store is situated
on the territory of this station. It houses the base collection of
the Institute within a temperature range from +4°C to -18°C.
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Maikop experiment station
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The
Station was established in 1930. It has been studying the collections
of cultivated and wild grasses, maize, Jerusalem artichoke, potato,
winter rapeseed, and southern varieties of apple, pear, plum, sweet
cherry and filbert. There is a quarantine nursery at this station.
The station specializes in research on onion, pepper, eggplant, cucumber,
cabbage, garlic, carrot and red beet. Heterosis hybrids of cucumber
and tomato are bred at the station. |
Moscow division
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The
Station was opened in 1957 in the town of Mikhnevo near Moscow. It
has been working with cereals, legumes, forages, vegetables, potato
and hop. The research on the effect of ionizing radiation and chemical
supermutagens on the heredity of agricultural and horticultural crops
is concentrated here. It also studies mutants and the prospects of
their utilization in plant breeding, resistance of plants to diseases
and pests, and physiology of environmental stress resistance. |
Pavlovsk experiment station
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The
Station was organised in 1926 near St. Petersburg. Being one of the
major stations of VIR, it studies perennial grasses and cruciferous
tubers cultivated in the Non-Black-Soil area. There are over 3000
accessions of fruit and berry plants maintained in vivo in its gardens.
More than 40 of these fruit samples have been commercialized. This
station operates an experiment farm, a quarantine nursery and greenhouses.
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Polar experiment station
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The
Station was opened in 1923 near the town of Kirovsk beyond the Polar
Circle. It is a kind of natural laboratory for studying crop variability
and their physiological characters under the growing conditions of
the Far North. Cereals, vegetables, forage crops, berries and potato
are studied here. The station is involved in biochemical, physiological,
immunological and chemical weed control research. |
Volgograd experiment station
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The
Station, established in 1932, is located in flood lands of Volga.
It is comprised of the departments of vegetables, fruit plants, vegetable
and potato seed production, and laboratories of biochemistry and technology,
physiology and immunology. Plant genetic resources collections are
studied under intensive irrigation conditions. This station possesses
a big experimental farm and supplies scientific institutions with
breeding materials. |
Zeya experiment station
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The
Station was established in 1985. This station collects old landrasces
and forms of cultivated plants and their wild relatives in the Far
East and Eastern Siberia. It provides complex study of the collected
samples and those from the Institute's collection in order to identify
the most promising accessions of cereals, vegetables, industrial crops,
small fruit plants and potato. Also, it renders scientific assistance
to local farms.
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.Recommended
Book |
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Messages:
Free Expression, Media and the West from Gutenberg to Google
by Brian
Winston
Free expression is in trouble.It can no longer be certain of its best
protection - "the general will of the people" - as Alexander
Hamilton put it over two centuries ago. Today, the public, faced with
the excesses of tabloid journalism and explicitness of all kinds in
other media, appears no longer to be convinced that free expression
is a crucial foundation of civil society. Yet, for all its faults,
free expression under the law has, as Churchill once said of democracy,
to be better than any alternative system.
Messages is a search for the origins of media forms, from print and
stage to photography, film and broadcasting. With a wealth of illuminating
anecdotes and quotations, Brian Winston clearly and forcefully argues,
in jargon-free language, that the development of mass media has been
an essential engine underpinning all human rights and driving the
Western concept of the individual. |
|
.The
Lighting Research Center |
The
Lighting
Research Center
is the worlds leading university-based research and education
center devoted to lighting from technologies to applications
and energy use, from design to health and vision.
Light
and Health
The Light and Health program at the LRC bridges the gap between
science and applications by striving to better understand how
the visual and circadian systems work and what lighting characteristics
affect them, and by developing the means of applying and measuring
light that is effective to both visual and circadian systems.
Biological rhythms
that repeat approximately every 24 hours are called circadian
rhythms. Light is the main stimulus that helps the circadian clock,
and thus circadian rhythms, keep a synchronized rhythm with the
solar day. Humans need to be exposed to a sufficient amount of
light of the right spectrum, for a sufficient amount of time,
and at the right time, for our biological clocks to remain synchronized
with the solar day. Otherwise, we may experience decrements in
physiological functions, neurobehavioral performance, and sleep.
Lighting characteristics
that are effective to the circadian system are different than
those effective to the visual system. In order to apply light
to mitigate the symptoms of Alzheimers disease, seasonal
affective disorder (SAD), jet lag, and sleep deprivation, we need
a better understanding of the quantity, spectrum, timing, duration,
and distribution of light that is effective for the circadian
system.
Recent research has shown that:
-
Light
can alleviate seasonal depression.
-
Light
can increase the length and quality of sleep.
-
Light
can consolidate sleep/activity patterns in Alzheimer's Disease
patients.
-
Light
can improve the performance of night-shift workers.
-
Light
can improve weight gain in premature infants.
-
Light
activation of the circadian system is affected by a newly discovered
photoreceptive mechanism in the eye.
-
Light
regulates melatonin, which has been shown to reduce breast cancer
growth.
-
Light
has a direct impact on cortical brain activity.
Daylighting
Daylighting reduces the need for electric lighting by introducing
daylight into a building. Effective daylighting is achieved through
the strategic placement of skylights and windows, as well as lighting
controls that monitor available daylight and respond as needed
to decrease or increase electric lighting.
Lighting Research Center researchers have identified and evaluated
new, simple concepts for daylight harvesting, a way to increase
energy savings by taking advantage of the natural light entering
a space through windows or skylights.
Automatic switching is a daylight harvesting method designed
for rooms with copious amounts of daylight, said Leslie.
By taking advantage of natural light and using systems that
turn off light fixtures for a portion of the day, we could significantly
reduce energy consumption and the growing strain on the nations
power grid.
Typical daylight
harvesting systems include a photosensor paired with a dimming
ballast to control fluorescent lighting, dimming the lights proportionally
to the amount of daylight entering the work space. However, full-dimming
ballasts are expensive and photosensors are usually difficult
to program and install.
The LRC set out to
improve upon existing daylight harvesting technology and design
a system that meets all of the following goals:
-
easy
to install and retrofit, or incorporate into existing fixtures
-
inexpensive
to manufacture
-
achieves
high energy savings
-
does
not annoy occupants
-
no
high design or programming costs
Technologies
A number of different technologies make lighting possible, including
various light sources, lighting fixtures (known as luminaires),
and lighting controls. Light sources include the traditional incandescent
and fluorescent lamps, high-intensity-discharge lamps, and now
solid-state devices that promise to change the way we light our
world. Ballasts regulate the power to some of these light sources.
Controlling the lighting systems are switches, dimmers, occupancy
sensors, photosensors, and even automatic systems that can reduce
electric load demand when needed.
The LRC tests, evaluates,
and develops all types of lighting technologies in order to promote
lighting that is energy efficient, reliable, and easy to use.
Scientists at the
Lighting Research Center have developed a method known as SPE
to get significantly more light from white LEDs (light-emitting
diodes) without requiring more energy.
We have developed a technology based on a new scattered
photon extraction (SPE) method that will speed up the progress
of solid-state lighting and help secure our nations energy
future, said Nadarajah Narendran, Ph.D., director of research
at the LRC. The new technology dramatically increases light
output and efficacy of white LEDs, and could play a fundamental
role in the evolution of white LEDs for lighting in homes and
offices.
|
|
.European
Futurists Conference |
ADVERT
|
Improve your foresight approach! That is the motto of this year's
European Futurist Conference in Lucerne. The most significant
independent future research conference in Europe offers more than
fluffy trend prognoses. It's the interface between science and
practice. Its goal is the improvement of the future competence
of decision makers in the areas of economics, society, and politics.
|
|
.Agenda |
|
The
Season Events are on Thursdays
Registration: 18:30-19:00, Conference: 19:00-21:15
|
October
25
18:30 - 21:15 |
|
the
future of Google
and its impact on Media & Entertainment
NEW
LOCATION:
De
Industrieele Groote Club, Dam 27, Amsterdam
|
November
29
18:30 - 21:15 |
|
the
future of Sexuality
Location:
Waag Society, Nieuwmarkt 4, 1012 CR Amsterdam [Center of Nieuwmarkt]
|
January
31
18:30 - 21:15 |
|
the
future of Fashion
Location:
|
February
28
18:30 - 21:15 |
|
the
future of NanoEnergy
Location:
|
March
27
18:30 - 21:15 |
|
the
future of Ecological Architecture
Location:
|
April
24
18:30 - 21:15 |
|
the
future of Money
Location:
|
May
29
18:30 - 21:15 |
|
the
future of Children
Location:
Info.nl,
Sint Antoniesbreestraat 16, 1011 HB Amsterdam [Next
to Nieuwmarkt]
|
June
26
18:30 - |
|
Taste
of Diversity
Location:
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.Club
of Amsterdam Open Business Club |
|
|
Club
of Amsterdam Open Business Club
Are you interested in networking, sharing visions,
ideas about your future, the future of your industry, society, discussing
issues, which are relevant for yourself as well as for the 'global'
community? The future starts now - join our
online platform
...:
http://www.openbc.com/go/invuid/Felix_Bopp2
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|
|
|
.Contact |
Your
comments, ideas, articles are welcome!
Please write to Felix Bopp, Editor-in-Chief:
editor@clubofamsterdam.com
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.Subscribe
& Unsubscribe |
Subscription
http://www.clubofamsterdam.com/subscription.htm
To unsubscribe:
http://www.ymlp.com/unsubscribe.php?ClubofAmsterdamJournal
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