Content Q&A with Frank Lekanne Deprez About the future of Education & Learning News about the Future Report about ‘the future of the European Knowledge Society Center for the Minds Recommended Book Round Table: Jelle Feringa Upcoming Events Club of Amsterdam SearchSubmit your articleContactSubscribe Q&A with Frank Lekanne Deprez Frank Lekanne Deprez, Director, ZeroSpace Advies Club of Amsterdam: In your practice you combine working at a university with working as a consultant. If you look 10-15 years ahead, how should universities change to meet the demand of business?Frank Lekanne Deprez: Learning in the agricultural economy focused on children between 7 and 14 years of age. Churches and other institutions were the ‘owners’ of the educational process. The amount and type of education was sufficient to last all the years of a working life. During the industrial economy, education was government led, and the age range of the formal student population was between 5 and 22. In the knowledge economy, education / training / learning is almost ubiquitous for all people at all ages. It’s about life broad learning, which refers to “the attitude that learning should not comprise a narrow sector of life, but rather life to its fullest extent” (Larsson, 2000). A job for life is replaced by ‘a life full of jobs”! Universities in the Knowledge Economy will be doing what they are designed to do: support life broad learning! Looking 10 -15 years ahead, people will probably have Personal Learning Accounts and Learning Portfolio’s. People decide where to go for their formal and non-formal learning challenges and experiences. Do they need just-in-time learning (on-line learning)? The challenge for the universities is to support the knowledge worker – anytime, anyway, anywhere – in his/her cycle of formal and non-formal learning requirements. Education & learning are prerequisites for a good functioning knowledge economy. What should in particular Small and Medium-sized Enterprises (SME’s : 20 – 250 people ) do to stay competitive in a knowledge economy?Frank Lekanne Deprez: Small companies have to increase their learning power to stay alive and kicking. In these type of companies you are either working or you are out of the ‘loop’, taking a course. Today people say, ‘I’m working’, and what they are doing is quickly answering e-mails and voicemails. In SME’s learning must become just that – ‘I’m working’. Formal learning (education) and non-formal learning (work, leisure time) experiences have to be considered as two sides of the same coin. SME’s often fail to integrate new information and knowledge into their ‘memory system’. Their absorptive capacity – the ability to recognize the value of new external knowledge, assimilate it, and apply it to commercial ends – is low. Currently government controls most educational institutions in Europe. Should government control continue or should education be left to market forces?Frank Lekanne Deprez: Formal education will be government – driven (investment in human capital). Non-formal education (workplace/daily life) will increasingly be market – driven (investment in intellectual capital). Once attention is focused on workplace learning and leisure time learning as an important source of knowledge and experience that will drive the innovative capabilities and growth potential of companies, both government and the market place become part of a shared learning community using their resources for common advantage. Frank Lekanne Deprez speaks at our Club of Amsterdam Event aboutthe future of Education & Learning on Wednesday, February 18, 18:30-22:15! About the future of Education & Learning Incubating ‘Real Time Learning’by Tom Bentley, Demos, Matthew Horne, Demos & NCSLReal time learning aims to be a knowledge generating and knowledge sharing set of processes and relationships which can help to meet the context-specific needs of practitioners working in school to school networks and the wider needs of a larger scale national programme aiming to improve attainment outcomes, meet some of the objectives of an ambitious national reform programme, and help to provide policy-makers with lessons about what constitutes effective, capacity-building intervention. The conceptual framework has been built on a synthesis of the principles of collaborative practitioner enquiry, action research and emergent forms of ‘knowledge management’. It is not designed to meet the conventional requirements of large scale academic research, but to be complementary to, and to draw on, the forms of knowledge which such research generates. Making a European Area of Lifelong Learning a Realityby EC, Directorate-General for Education and CultureThe Feira European Council in June 2000 asked the Member States, the Council and the Commission, within their areas of competence, to “identify coherent strategies and practical measures with a view to fostering lifelong learning for all”. This mandate confirms lifelong learning as a key element of the strategy, devised at Lisbon, to make Europe the most competitive and dynamic knowledge-based society in the world. News about the Future IBM Text-to-Speech Research“Text-to-speech (TTS) is the generation of synthesized speech from text. Our goal is to make sythesized speech as intelligible, natural and pleasant to listen to as human speech and have it communicate just as meaningfully. We have developed a novel TTS system, built on IBM’s work in data-driven methodologies for speech recognition. Unlike many others, our system obtains its parameters through completely automated training on a few hours of speech data, which is acquired by recording a specially prepared script. During synthesis very small segments of recorded human speech are concatenated together to produce the synthesized speech.” ENERGY Smithsonian Environmental Research Center (SERC)SERC is dedicated to increasing knowledge of the biological and physical processes that sustain life on earth. SERC’s interdisciplinary research applies long-term studies to examine the ecological questions about landscapes of linked ecosystems, especially those impacted by human activities. SERC scientists use an experimental approach to discover mechanisms regulating the structure and dynamics of the environment. Several studies focus on the effects of increasing concentrations of atmospheric carbon dioxide (CO2) caused by fossil fuel combustion and forest clearing. Increased CO2 contributes to the “greenhouse effect,” the trapping of heat in the atmosphere. Global warming causes increases in sea level and changes in weather patterns. This threatens destruction of coastal areas, alteration of natural ecosystems, and widespread disruption of agriculture. Report about ‘the future of the European Knowledge Society’ Report: the future of the European Knowledge Society The Club of Amsterdam organised a conference about ‘the future of the European Knowledge Society’ on January 28, 2004. This report will give you a brief summary of the topics and the discussion between the panel and the participants of the Club of Amsterdam. The participants of the event filled out a questionnaire; you can find the results in the report. Centre for the Mind Paul Scherrer Institute – PSI General Energy Research Department (ENE)Research at PSI comprises all aspects of human energy use, with the ultimate goal of promoting development towards a sustainable energy supply system. Technologies are being advanced for the utilization of renewable energy sources, low-loss energy storage, efficient conversion, and low emission energy use. Experimental and model-based assessment of these emissions forms the basis of a comprehensive assessment of economic, ecological and environmental consequences, for both present and future energy supply systems. Electrochemistry Laboratory (ECL)The Electrochemistry Laboratory is part of the General Energy Research Department at the Paul Scherrer Institute. It is dedicated to modern aspects of electrochemical energy storage and conversion. Micro- and Nanostructuring Technology: Nano Imprint LithographyNano Imprint Lithography (Hot Embossing Lithography) is a novel technique for the fabrication of nanostructures on large surfaces. The method is based on the excellent replication fidelity obtained with polymers and combines thermo-plastic molding with common pattern transfer methods. Once a solid stamp with a nanorelief on the surface is fabricated it can be used for the replication of many identical surface patterns. It therefore circumvents many limitations of conventional optical lithography. Center for Radiopharmaceutical ScienceOur VisionTo create smart radioactive drugs – radiodiagnostics/therapeutics to target metastatic diseasesTo visualize molecular functions of brain and tumors with PET-radioligands Laboratory for AstrophysicsOur Laboratory is involved in experimental, observational, and theoretical astrophysics, in the building of space harware components, as well as in the development of cryogenic detectors. Major projects developed or being developed include contributions to the XMM-Newton, Hessi, Integral, GWST-MIRI space observatories. Recommended Book Innovation, Competence Building and Social Cohesion in Europe: Towards a Learning Societyby Pedro Conceicao (Editor), Manuel V. Heitor (Editor), Bengt-Ake Lundvall (Editor) It is almost universally accepted that we are moving increasingly towards an information society, where knowledge and learning are the new currency of power. This book seeks to challenge this axiom by looking in more detail at the subtle relationships between knowledge and social development. The editors are at pains to differentiate the process of knowledge creation from the simple accumulation of knowledge. The original contributions within this book are aimed at capturing new socio-economic trends and finding policy strategies promoting the learning society in Europe through joint efforts and integrated actions on innovation, competence building and social cohesion. Innovation, Competence Building and Social Cohesion in Europe will be of special interest to researchers and scholars of science and innovation and technical change. Its policy recommendations will ensure that the book will also appeal to social scientists of education policy. Supporter of the Club of Amsterdam event about ‘the future of Education & Learning’ on Wednesday, February 18, 2004 is: The Club of Amsterdam Round Table: Jelle Feringa Jelle Feringa, EZCT, a network dedicated to critical research Other than globalization another radical societal phenomena is occurring, having equally radically implications on life; the phantomisation of society. Invariably we deal with phantom-systems; those however abstract have radical implications on daily life. Economy by no doubt is the greatest, most implying of these systems. How global and grotesque this system is, its influence resonates in each of our lives. A phantom aspect is that when the economy is slow (what is that ‘is slow?’), the cause is most likely far from our empirical perception. By phantom-system I don’t aim for those systems that are incomprehensible, but those that fall out of empirical reach. When someone’s credit card is duplicated on the other end of the world, and the account cleaned out, you’re likely to receive another form of empathy, than if you would have been robbed from your physical money. If your library goes up in flames, or if your record collection is stolen, people are much more likely to sympathize with you than when your hard drive cracks up. The greater part of the infrastructure facilitating these phantom-systems is never disclosed to most persons: from telephony servers to internet backbones, the servers running banks & stock exchanges up to the source code of the system running most home-computers (until this week that is… [click here]) Perhaps the most important societal phantomisation is the lack of causation in the profession one performs, and the reason one survives, nearly a lack of primitivism one might argue. The abstraction allowing this is at the instigation of economy. I wonder if this implies for a cultural norm: does it imply a certain superiority over there where a relation between action and survival can be deduced. Club of Amsterdam Events 2003/2004 October 28, 2003 the future of Food & Biotech November 27, 2003 the future of the Media & Entertainment Industry January 28, 2004 the future of the European Knowledge Society February 18, 2004 the future of Education & Learning March 31, 2004 the future of Energy – the Hydrogen Economy? April 28, 2004 the future of Healthcare & Technology May 19, 2004 the future of Architecture June 23, 2004 the future of Culture & Religion
by Philippa Cordingley, CUREE Knowledge creation and management – building an enquiry and research strategy for a networked learning initiative Background In 2003 the English National College for School Leadership established a research and development initiative to promote “Networked Learning Communities” (NLCs). The programme invited volunteer networks of schools with either Higher Education or Local Education Authority partners to prepare proposals for supporting networked learning for pupils, adults, school leaders and groups of schools over a three year period. Successful bidders were to be offered £50,000 per year and the opportunity to work with other similar networks. Forty networks started in September 2002 and a further 40 started in January 2003 involving some 1000 schools in total. The initiative was supported by the Networked Learning Group (NLG) at the National College, comprising approximately 50 professional and administrative support staff including a group of facilitators whose role was to support networks. During the Autumn term 2002 a small group of facilitator-researchers worked with the author, an external consultant, to start to develop the oriented research strategy for the programme highlighted in the symposium submission. This included preliminary work on defining what such a strategy might mean and the nature of its relationship with professional learning, practitioner enquiry and more traditional research. This paper explores the process or developing an appropriate research strategy within an initiative oriented towards knowledge production. It does so through an examination of early strategic decisions relating to programme values, empirical and theoretical approaches to research utilisation, drawing in particular on the work of Huberman (1993) and concludes with case study examples of early research related work. In doing so the paper enters contested territory in full acknowledgement that the efforts of the programme make pragmatic compromises; the reflections here are offered tentatively to the world of academic critique for debate, refinement and exploration, not as simple solutions. There are three core features of the Networked Learning Communities Programme that set the context and framework for developing its research strategy: • its comprehensive attempt to embrace the complexity of networked reform in education communities;• its emphasis upon enquiry oriented learning; and• its claims to contribute to knowledge creation for and on behalf of others. The NLC programme is positioned on the boundary between schools and teachers and university-based research. Some, but by no means all NLCs have strong links with universities and have specific research aims. An early question for the initiative, which will ultimately shape the direction of the Programme’s research strategy, is how far can or should knowledge creation be defined in traditional research terms and what is the connection to be made between programme approaches and those of academe? The scale of the programme, its 3 year timescale and its capacity to link policy making, practice and research all have the potential to complement established approaches to research but not necessarily to duplicate them. You can download the full paper as a *.pdf file: click here Visit also the Club of Amsterdam conference about ‘the future of the Education & Learning‘
Content Q&A with Wim H. Gijselaers About the future of Education & Learning News about the Future Paul Scherrer Institute – PSI Recommended Book Round Table: Job Romijn Club of Amsterdam SearchSubmit your articleContactSubscribe Q&A with Wim H. Gijselaers Wim H. Gijselaers, Professor of education, Maastricht University C lub of Amsterdam: You have a global overview of the developments in education and learning. What would you consider the main issues that universities face, to stay competitive in thee future?Wim H. Gijselaers: Our Universities are expected to produce the educated citizens necessary for our society and to transmit our cultural heritage through creation of new knowledge and provision of adequate learning experiences to our students. However, to stay competitive universities have to identify market forces playing a significant role in shaping their organizations and realizing their purposes. One powerful force which is likely to affect universities will be the significant expansion of demand for educational services. The future workforce will require more sophisticated education and training from universities. Knowledge workers are likely to make less and less distinction between work and learning. Probably our greatest challenge lies in approaching the growing market for advanced education and learning. How can the gap between the world of education and the world of work be closed?Wim H. Gijselaers: For Bachelor programs, I don’t expect revolutionary changes, because students will look for excellent on-campus education, for acceptable tuition fees. But, if universities aim to address the changing needs of the workforce (and if the workforce is calling for change), this demand cannot be met by current on-campus teaching programs. Universities can not control and dictate who will get access to their knowledge. Either new providers will emerge, or new technologies will force universities to alter their teaching-learning paradigms. Could you name any universities that are well prepared for the future? What are the elements of their success?Wim H. Gijselaers: Several US researchers have argued that we will get various university types. On one side the established “Brand-name Universities” such as Leiden, Oxford, Cambridge, and on the other side mass-provider institutions and “Convenience Institutions”. It is expected that those who decide on a clear-cut profile, and it doesn’t matter whatever profile, will be well prepared for the future. Those who want to do everything will get in trouble. I am not sure whether we will follow US trends and whether this kind of analysis will hold true for the EU. Wim H. Gijsselaers speaks at our Club of Amsterdam Event aboutthe future of Education & Learning on Wednesday, February 18, 18:30-22:15! About the future of Education & Learning Knowledge creation and managementby Philippa Cordingley, CUREEThis paper explores the process or developing an appropriate research strategy within an initiative oriented towards knowledge production. It does so through an examination of early strategic decisions relating to programme values, empirical and theoretical approaches to research utilisation, drawing in particular on the work of Huberman (1993) and concludes with case study examples of early research related work. Breaking the boundaries between academic degrees and lifelong learning by Thomas J.P. Thijssen, Fons T.J. VernooijMany educational institutes and their staff, struggle with the issue of capturing the market of lifelong learning, whilst continuing to offer traditional courses. Whereas traditional courses are more or less fixed in curricula and cover certain topics in a planned period of time, lifelong learning requires agreements between teachers and students on specific topics related to competencies acquired before. News about the Future Ambient Networks projectThe Ambient Networks project develops solutions for automatically installable wireless network services as well as their seamless interconnecting and use. The project will be initiated in early 2004. The project includes a large number of parties, such as equipment suppliers (e.g. Nokia, Ericsson, Alcatel, Siemens, Lucent), operators (e.g. Elisa, Vodafone, BT, FT, Telenor, Telefonica, TeliaSonera) and research institutions (e.g. VTT Technical Research Centre of Finland). There are forty partners in total, also from Canada, Australia and Japan. The EU Commission has approved the project to be funded as a part of the sixth framework programme of the EU. Ericsson AB coordinates the Ambient Networks project. HEALTHCARE Physicists use fractals to help Parkinson’s sufferersA new portable system for analyzing the walking patterns of people with Parkinson’s disease has been developed by researchers in the US and Japan. The system, described in the Institute of Physics publication Journal of Neural Engineering, will help doctors monitor the progress of the disease in patients and so tailor their therapy and drug regime more accurately than previously possible. Parkinson’s disease is a progressive disorder of the central nervous system. Its symptoms include: uncontrollable trembling, difficulty walking, and postural problems that often lead to falls. These symptoms are usually controlled with dopamine agonist drugs. However, these can have a number of side-effects, such as jerking movements. It is also known that the body builds up a tolerance to the drug.Understanding the nature and severity of symptoms for individual patients, which is reflected in their walking pattern, could help doctors improve a patient’s quality of life, by guiding their treatment more effectively, and so reduce side-effects. Paul Scherrer Institute – PSI Paul Scherrer Institute – PSI General Energy Research Department (ENE)Research at PSI comprises all aspects of human energy use, with the ultimate goal of promoting development towards a sustainable energy supply system. Technologies are being advanced for the utilization of renewable energy sources, low-loss energy storage, efficient conversion, and low emission energy use. Experimental and model-based assessment of these emissions forms the basis of a comprehensive assessment of economic, ecological and environmental consequences, for both present and future energy supply systems. Electrochemistry Laboratory (ECL)The Electrochemistry Laboratory is part of the General Energy Research Department at the Paul Scherrer Institute. It is dedicated to modern aspects of electrochemical energy storage and conversion. Micro- and Nanostructuring Technology: Nano Imprint LithographyNano Imprint Lithography (Hot Embossing Lithography) is a novel technique for the fabrication of nanostructures on large surfaces. The method is based on the excellent replication fidelity obtained with polymers and combines thermo-plastic molding with common pattern transfer methods. Once a solid stamp with a nanorelief on the surface is fabricated it can be used for the replication of many identical surface patterns. It therefore circumvents many limitations of conventional optical lithography. Center for Radiopharmaceutical ScienceOur VisionTo create smart radioactive drugs – radiodiagnostics/therapeutics to target metastatic diseasesTo visualize molecular functions of brain and tumors with PET-radioligands Laboratory for AstrophysicsOur Laboratory is involved in experimental, observational, and theoretical astrophysics, in the building of space harware components, as well as in the development of cryogenic detectors. Major projects developed or being developed include contributions to the XMM-Newton, Hessi, Integral, GWST-MIRI space observatories. Recommended Book Curriculum of the Future : From the New Sociology of Education to a Critical Theory of Learningby Michael F. D. Young In this important new book the author looks back on the ‘knowing question’. What knowledge is selected to be validated as school knowledge, or as part of the curriculum, and why is it selected? Looking forward to the next decade, Young discusses how most developed countries have high levels of participation in post-compulsory education but still use curricula designed for a time when only the elite pursued further education. He argues the need to rethink post-16 education to shift focus onto vocational education, schoolwork issues and lifelong learning. Supporter of the Club of Amsterdam event about ‘the future of Education & Learning’ on Wednesday, February 18, 2004 is: The Club of Amsterdam Round Table: Job Romijn Job Romijn Vision of the future society. A youth-like simplicity:People don’t want to take decisions anymore, at least no irreversible ones. They try to live a carefree kind of life as most of us experienced in our youth: You just enjoy the day-to-day life, knowing a parent watches over you. That parent makes all the mid-term and long-term decisions for you. Therefore a new kind of ‘parent’ or ‘mentor’ organisation will appear: this will take all the important decisions for you (career move, retirement, pay raise, savings, time for holiday, etc). You just choose the person who is going to be your new parent. This might be a person representing the organisation or a politician, pop star or guru who chooses to give this service in addition to his/her daily profession. Even fictional or legendary figures may be used for this role. The newfound sense of freedom will have a very visible effect on everyday life:– clothing will be simple; you hang your overall-type suit in a cleaning device at night. In the morning you wear the same suit, maybe with different add-ons.– houses and cars are modular; you just add or delete parts to reshape it.– house are transportable; you link it to the community at the place you want to live at that moment.– cities will be formed by several communities, linked together by choice or chance. They will change continuously. So although there is only a limited variety in basic house/car/clothes available, everything is made very individual through accessories and personal combinations of the composing parts. Club of Amsterdam Events 2003/2004 October 28, 2003 the future of Food & Biotech November 27, 2003 the future of the Media & Entertainment Industry January 28, 2004 the future of the European Knowledge Society February 18, 2004 the future of Education & Learning March 31, 2004 the future of Energy – the Hydrogen Economy? April 28, 2004 the future of Healthcare & Technology May 19, 2004 the future of Architecture June 23, 2004 the future of Culture & Religion
Content Simon Jones, MIT Media Lab Europe About the future of Energy News about the Future >>> in the long run Recommended Book The Japan Research Institute Upcoming Events Club of Amsterdam SearchSubmit your articleContactSubscribe Simon Jones, MIT Media Lab Europe Simon Jones, Managing Director, MIT Media Lab Europe Beyond Candybar and Clamshell: The Future of Mobile Communications TechnologyMobile phone handsets have become a major technology over the last few years. It is hard to think of a more significant development in our lives. Given the pressures on the functionality required, the ease of use needed and the richness of the media forms it is to support, there are some signs that the now accepted candybar or clamshell form is running out of potential. Here at Media Lab Europe, the European Research Partner of the MIT Media Lab, a 100-strong research and innovation laboratory in the heart of Dublin, Ireland we have a different approach based around the ‘body as interface’ Utilising the latest developments in spectacle lenses incorporating VGA displays in one or both glasses we can display mobile phone content at a size and position for effortless visualisation. The control of the device is performed via patches (a la nicotine withdrawal patches) that sense muscle control and communicate wirelessly to a 1cm3 piece of silicon that comprises the computational and communications core of a handset. By flexing muscles one can manipulate menus, dial numbers and otherwise maintain control why still operating in the physical world. Other developments involve rings or gloves and personal jewellery that incorporate movement sensors; interaction then becomes a matter of gesture – a sweep of the hand to the back pocket accessing banking information for instance. Whatever happens, the handset is likely to disappear from our pockets and re-emerge in our jewellery, skin patches and eye-wear. Want to know more?www.medialabeurope.org for the latest in design and innovation Simon Jones, Managing Director, MIT Media Lab speaks at the Summit for the Future 2005: Science & Technology About the future of Healthcare A possible scenario for the energy system in 2020…“Our energy future – creating a low carbon economy” by the UK Department of Trade and Industry’s Energy Group We envisage the energy system in 2020 being much more diverse than today. At its heart will be a much greater mix of energy, especially electricity sources and technologies, affecting both the means of supply and the control and management of demand.From heating and lighting to transport, industry and communications, energy is fundamental to almost everything we do. We expect it to be available whenever we want it, to be affordable, safe and environmentally sustainable.This white paper defines a long-term strategic vision for energy policy combining our environmental, security of supply, competitiveness and social goals. Sweden’s renewable energy resourcesEnergy and electricity have played a major role in facilitating the economic development of Sweden. This applies not only to the country’s manufacturing sector, but also to the creation of a good standard of comfort in buildings and elsewhere.Altogether, renewable energy in the form of hydropower and biofuels accounts for almost as large a percentage of the country’s energy supply as oil.Broadly speaking, Sweden’s energy mix consists of somewhat more than 40 percent oil, nearly as much renewable energy and 20 percent nuclear power.The trend of the past 20 years has been that renewable energy has increased, while oil use has decreased. News about the Future What does the future hold?by BBCSky-trains, space travel for the masses and food pills? Future predictions haven’t always hit the mark…Governments and businesses are increasingly using scenario planning – essentially a way of telling stories about the future – as an aid to policy and decision-making in a seemingly ever more unpredictable and complicated world. Nanotech ready for big changes soonMajor changes are coming to the nanotechnology sector in the near future, including a sharp rise in acquisitions, failures and mergers among the roughly 1,500 companies worldwide involved in nanotechnology research and development, experts told United Press International.In 2004, governments, corporations and venture capitalists will spend more than $8.6 billion worldwide on nanotech research and development, Lux Research reports, with national and local governments investing more than $4.6 billion of that total and established corporations spending more than $3.8 billion. Lux expects 2004 to be the last year governments outspend corporations on nanotechnology, however, as activity shifts from basic research to development. >>> in the long run >>> in the long run – International Conference on Long-Term Thinking, Corporate Foresight and Innovation Strategies in Companies and Society on October 18th/19th in Berlin. Z_punkt – The Foresight Company is organizing a dialogue of the future with renowned representatives from companies, the industry and society. Best practices from the USA and Europe will show how companies can prepare themselves strategically for the challenges of the future. This conference is supported by Deutsche Telekom, Siemens, Volkswagen, Deutsche Bank Research and the German Federal Ministry of Education and Research. Media partners are brand eins, MIT Technology Review, Politische Ökologie and ChangeX. For further information:http://www.inthelongrun.de Recommended Book The End of Oil : On the Edge of a Perilous New World by Paul Roberts Petroleum is now so deeply entrenched in our economy, our politics, and our personal expectations that even modest efforts to phase it out are fought tooth and nail by the most powerful forces in the world: companies and governments that depend on oil revenues; the developing nations that see oil as the only means to industrial success; and a Western middle class that refuses to modify its energy-dependent lifestyle. But within thirty years, by even conservative estimates, we will have burned our way through most of the oil that is easily accessible. And well before then, the side effects of an oil-based society – economic volatility, geopolitical conflict, and the climate-changing impact of hydrocarbon pollution – will render fossil fuels an all but unacceptable solution. How will we break our addiction to oil? And what will we use in its place to maintain a global economy and political system that are entirely reliant on cheap, readily available energy? Brilliantly reported from around the globe, The End of Oil brings the world situation into fresh and dramatic focus for business and general readers alike. Roberts talks to both oil optimists and oil pessimists, delves deep into the economics and politics of oil, considers the promises and pitfalls of altenatives, and shows that, although the world energy system has begun its epoch-defining transition, disruption and violent dislocation are almost assured if we do not take a more proactive stance. The Japan Research Institute The Japan Research InstituteFrom Dreams to Reality through “Knowledge Engineering”by Shunichi Okuyama, PresidentA global shift in the historical paradigm that accompanied the IT revolution is becoming evident both in Japan and overseas. The key to carving out a future in this era of change is a clear vision coupled with strategies grounded in practical information. Since its establishment, the Japan Research Institute, Limited (JRI) has served the changing interests of its clients by adopting the basic concept of “creating new value for the client.” Using its ability to provide integrated and advanced information backed by the expertise gained from state-of-the-art technology and knowledge, JRI identifies the essence of its clients’ problems and offers concrete proposals for solving those problems, thereby generating new value for its clients. Moreover, the cumulative effects of these efforts are felt throughout the economy and society at large, which benefit from the new value created. We perceive these efforts at comprehensive problem-solving and the new value created as “knowledge engineering”, a concept that has come to form the basis of all our activities. As Japan is transformed from the highly industrialized society of the 20th century to the new network economy and society of the 21st century, think tanks such as ours will play an increasingly important role. JRI will refine its three-in-one integrated information service, continuing to develop strategic information systems based on thirty years experience in the IT field, as well as offering consulting services to draw out and enhance the dynamic management potential of the client, and making highly effective, globally oriented policy recommendations on wider issues, helping to build a better society for tomorrow. Realizing the dream through “knowledge engineering”: the Japan Research Institute, driven by its mission to provide innovative solutions, will persist in its pursuit of the dream and the generation of new value for the client. Club of Amsterdam Upcoming Events Special Events September 27, 2004 NanoWater January 26-28, 2005Club of Amsterdam Season 2004/2005 Summit for the Future 2005 October 27, 2004 the future of ICT November 30, 2004 the future of Developing Countries February 23, 2005 the future of the Service Industry March 30, 2005 the future of Water April 27, 2005 the future of Branding June 1, 2005 the future of Robotics June 29, 2005 the future of Philosophy
Content Q&A with Wendy L. Schultz About the future of the Knowledge Society News about the Future “Einstein year” in 2005 Recommended Book Round Table: Homme Heida Upcoming Events Club of Amsterdam SearchSubmit your articleContactSubscribe Q&A with Wendy L. Schultz Wendy L. Schultz, Futurist, Oxford, UK Club of Amsterdam: In your work as a futurist you discuss preferred as part of possible futures. How can we determine how preferred futures look like?Wendy L. Schultz: Preferred futures are defined by their complementarity or congruence with specific value sets. They are, by definition, subjective. I may look at a given image of a possible future and find it delightful, ideal, a utopia: you may look at the same image and see only a nightmare. Thus the best we may do as futures researchers is facilitate: assist as many people as possible in articulating their individual preferred futures, and then nurture a dialogue to explore those myriad images and discover points of congruence and complementarity; to elicit common themes and characteristics which we can all agree would create a better future. This would ideally go hand-in-hand with a deep conversation mapping both the individual and the jointly held values of this community of visionaries. Thus determining what preferred futures look like must be an endeavour of collaborative creation, involving values clarification and mapping; vision articulation that taps both the logical extrapolation of current trends, the systemic understanding of interrelated changes, and the creative, intuitive visioning of new possibilities; and considerate, and well-considered, conversation. Do you feel that the current efforts to create a European Knowledge Society will in fact bring preferred futures closer?Wendy L. Schultz: Any systematic thinking about possibilities for the future allows for greater understanding of potential decision points, or points where the momentum of change may be leveraged. If clearly communicated, that understanding, and the logical, systemic, and creative thinking behind it – not to mention the data gathered describing emerging change – can in turn contribute to clearer debate within the community involved on the trade-offs that will necessarily need to be made in negotiating the positive and negative impacts of any action subsequent to a policy or planning decision. Given that the current efforts to create a European Knowledge Society involve data-gathering, logical extrapolation of trends, systems analyses of interactions and interrelationships among trends, and creative imaging of the possibilities that may emerge, and follow those futures research efforts with public communication and discussion of the results, then yes, I think that current efforts may indeed make a preferred futuremore possible. What must be considered when creating preferred futures, however, are the likely residents of those futures. To what extent are they involved in these deep dialogues constructed images of preferred futures, and paths to them? Reaching a truly transformative preferred future will require at least a generation (25 years, +/- 5); our discussions and actions today merely lay the groundwork for transformative change in worldviews, values, and economic, political, educational, and technological structures. Yet our values were formed (as age cohort analysis tells us) by shared historical experiences and cultural milieux – not to mention educational systems the basic structures and values of which were laid down centuries ago. In short, participants and practitioners in the hierarchical, authoritarian, empirically-focussed, Newtonian educational and knowledge infrastructure of the present are perhaps ill-suited to encompass all the design possibilities for a Knowledge Society whose most active members will grow up in a milieu characterized by complex adaptive systems, participatory and collaborative relationships, and a far more decentralized and holistic worldview. We were born in Cartesian boxes; they were not (although traditional educational systems may have attempted to stuff them into some). How many members of generation X, or the millennials, are participating in – or, for that matter, leading – this process? To what extent can these efforts to design a preferred “Knowledge Society” be considered legitimate if they are not involved? How can futures studies be beneficial to business, government and NGO’s?Wendy L. Schultz: Let me count the ways. To continue with the theme I began above, one benefit (in no particular order of priority) is the ability to challenge people’s assumptions, helping them move beyond the tunnel vision of daily priorities, and see the broader context within which they are living, working, learning, playing, making decisions, and acting. Futures studies is by its very nature and by its historical roots a transdisciplinary and systems-science-based academic discipline and intellectual endeavour. Straddling the sciences and the humanities, it demands not only acute observation and logical rigor, but also unfettered creativity and the ability to identify and analyse systemic interrelationships. It is an excellent discipline for mastering clear thinking. Given its five key activities – identifying and monitoring change; extrapolating and critiquing the impacts of change; imagining alternative possible outcomes and contingencies; envisioning preferred futures and articulating goals clearly; and planning and managing change – it also provides one of the best possible curricula for transformative leadership. More specifically, both the opportunities and the challenges arising today and in the decades to come demand foresight. Change is not only moving faster, it is moving farther: an idea leaps from a gleam in an inventor’s eye to prototype to product to global distribution in months rather than years; impacts therefore also go global quickly. And all around the world, our different cultures, values, political andeconomic systems respond differently, so the secondary and tertiary impacts may themselves create transformative change. In this context, futures studies, futures research, and futures methodologies can provide at least five specific benefits: early warning of changes and their impacts; contingency planning based on scenarios depicting alternative outcomes; enhanced creativity in generating products or policies using scenarios as challenging new contexts; long-range goal-setting and innovative structural transformation via visioning; and pre-empting conflict over plans and policies by participatory change management. Wendy L. Schultz speaks at our Club of Amsterdam Event aboutthe future of the European Knowledge Society on Wednesday, January 28, 18:30-22:15! About the future of the Knowledge Society Arab Human Development Report 2003 Building a Knowledge Society “AHDR 2002 challenged the Arab world to overcome three cardinal obstacles to human development posed by widening gaps in freedom, women’s empowerment and knowledge across the region. Looking at international, regional and local developments affecting Arab countries since the report was issued confirms that those challenges remain critically pertinent and may have become even graver, especially in the area of freedom. Nowhere is this more apparent than the status of Arab knowledge at the beginning of the 21st century, the theme of this second report. Despite the presence of significant human capital in the region, AHDR 2003 concludes that disabling constraints hamper the acquisition, diffusion and production of knowledge in Arab societies. This human capital, under more promising conditions, could offer a substantial base for an Arab knowledge renaissance. The Report affirms that knowledge can help the region to expand the scope of human freedoms, enhance the capacity to guarantee those freedoms through good governance and achieve the higher moral human goals of justice and human dignity. It also underlines the importance of knowledge to Arab countries as a powerful driver of economic growth through higher productivity. Its closing section puts forward a strategic vision for creating knowledge societies in the Arab world based on five pillars: Guaranteeing key freedoms; Disseminating quality education; Embedding science; Shifting towards knowledge based production; and Developing an enlightened Arab knowledge model. AHDR 2003 makes it clear that, in the Arab civilization, the pursuit of knowledge is prompted by religion, culture, history and the human will to achieve success. Obstructions to this quest are the defective structures created by human beings- social, economic and above all political. Arabs must remove or reform these structures in order to take the place they deserve in the world of knowledge at the beginning of the knowledge millennium.” World Development Report 2004: Making Services Work For Poor People Broad improvements in human welfare will not occur unless poor people receive wider access to affordable, better quality services in health, education, water, sanitation, and electricity. Without such improvements in services, freedom from illness and freedom from illiteracy – two of the most important ways poor people can escape poverty – will remain elusive to many. The World Development Report 2004: Making Services Work for Poor People says that too often, key services fail poor people – in access, in quantity, in quality. This imperils a set of development targets known as the Millennium Development Goals (MDGs) which call for a halving of the global incidence of poverty, and broad improvements in human development by 2015. News about the Future Radio Frequency Identification (RFID)“Systems that read or write data to RF (Radio Frequency) tags that are present in a radio frequency field projected from RF reading/writing equipment. Data may be contained in one (1 ) or more bits for the purpose of providing identification and other information relevant to the object to which the tag is attached. It incorporates the use of electromagnetic, or electrostatic coupling in the radio frequency portion of the spectrum to communicate to or from a tag through a variety of modulation and encodation schemes.” Privacy advocates are sounding alarm bells but the day of the radio frequency identification (RFID) tag is upon us, according to research company IDC. At its simplest end, RFID technolgy consists of a passive radio beacon implanted in products and a “reader” that bounces a signal out and records what the tag sends back. That data set can include an enormous number of variables, from individual product identification codes to such minutia as a use-by date or manufacture information. Intel has teamed up with Carrefour, Metro Group and Tesco to form a European working group to accelerate the use of radio frequency identification (RFID) and EPC (Electronic Product Code) technology, which is being touted as the successor to barcodes in retail supply chains. HEALTHCARE Grid technologies for the medical community Powerful computer simulation tools have been developed to assist doctors in diagnosis, pre-operation planning and surgery. So powerful in fact that many of these tools cannot be run efficiently on normal computers. The Grid, however, is much more than a normal desktop – it is a vast interconnected collection of computers, programmes and people. The IST project GEMSS is harnessing the Grid’s processing power to place it in the hands of medical practitioners.The GEMSS project plans to present the first prototype of its Grid middleware at the end of February along with a testbed that will be one of Europe’s first computing and resource Grids for clinical use, allowing easy access to advanced simulation and image processing tools operating at levels of speed and efficiency that conventional local hospital systems cannot match. Developed by 10 partners from academia and industry, GEMSS (Grid-Enabled Medical Simulation Services) incorporates tools designed by previous European medical projects such as BloodSim, SimBio, COPHIT and RAPT that created effective but complex and computationally demanding aids. FOOD & BIOTECH Scientists create “antibubbles” in Belgian beerPhysicists from the University of Liège in Belgium have succeeded in creating antibubbles (the exact opposite of bubbles) in one of Belgium’s most famous exports – beer – demonstrating what British real-ale drinkers have claimed for a long time: that Belgian beer actually is a lot like dish-water! Research reveals for the first time how antibubbles form and move through a liquid. Antibubbles are the exact opposite of bubbles and move down instead of up. Whereas a bubble is a thin flim of liquid in air and which encloses a pocket of air, an antibubble is a thin film of air made inside a liquid, enclosing a pocket of that liquid. Scientists have known about them for almost a century but why and how they form has been a mystery until now. Wednesday, January 28, 2004 “Einstein year” in 2005 Germany will hold an “Einstein year” in 2005 to help boost interest in scientific research and stimulate innovative partnerships between science and industry, the government says. “What we need above all is simply a change in thinking,” Education and Research Minister Edelgard Bulmahn told German radio. “Because we are very good in research, but we are frequently too slow in applying research results.” The initiatives, which include a campaign to promote the “Made in Germany” label as a mark of quality manufacturing, are intended to improve ties between researchers and industry. Recommended Book The Future of Knowledge: Increasing Prosperity through Value Networksby Verna AlleeVerna Allee, whose groundbreaking book ‘The Knowledge Evolution’ helped usher in the exploding field of knowledge management, has brought her experience-tested insights into an exciting new synthesis, penetrating to the very heart of value creation. ‘The Future of Knowledge’ strips away traditional business thinking to reveal the new patterns of management thought and practice essential for success in a more complex world. Sponsor & Supporters of the Club of Amsterdam event about ‘the future of the European Knowledge Society’ on Wednesday, January 28, 2004 are: Sponsor: Supporters The Club of Amsterdam Round Table: Homme Heida Homme Heida TransparencyAn individual member of society in the future will be even more followed from the cradle to the grave than this is the case today. Registration of his personal facts is not only for the sake of his health and education, but also because of what he says, does and even thinks. The span of control of family, friends, employer, insurance company, party and government will be wider and deeper. People will demand for openness and honesty for safety reasons because it is clear that after September 11 just one man can ruin our world. This transparency for the sake of security will take away a large part of what we consider today as our privacy. It forces the individual to turn to the mainstream of the society or go voluntarily into exile. Any misconduct of eccentricity can be held against a person. The database doesn’t lie and is always available for everybody. Therefore we must learn to live with a new sense of truth and reality and what is politically just. This asks for an even better education for everybody. Children will grow up in a socially more complex world and have to play more different roles. To be successful in the future one must become a professional actor and show less emotion. An inner struggle can already put a wrong expression onto ones face. Freedom of choice will not be something from the past, but gets a new definition. It is the price we have to pay for a healthy life and a safe future in a more dynamic and interactive world. Club of Amsterdam Events 2003/2004 October 28, 2003 the future of Food & Biotech November 27, 2003 the future of the Media & Entertainment Industry January 28, 2004 the future of the European Knowledge Society February 18, 2004 the future of Education & Learning March 31, 2004 the future of Energy – the Hydrogen Economy? April 28, 2004 the future of Healthcare & Technology May 19, 2004 the future of Architecture June 23, 2004 the future of Culture & Religion
The Club of Amsterdam Journal appears 2 x per month the future ofNANOTECHNOLOGY, ECONOMY, ICT, PHILOSOPHY, URBAN DEVELOPMENT, EDUCATION, MEDICINE, FOOD, MOBILITY, MUSIC, INTERNET, ENERGY, MEDIA, RELIGION, BIOTECH, POLITICS, TECHNOLOGY, ENTERTAINMENT, KNOWLEDGE SOCIETY, ARCHITECTURE, LEARNING, SENIOR CITIZENS, DEMOCRACY, SCIENCE, CULTURE Content Dr. Philippe Rychen speaks at NanoWater About the future of Healthcare News about the Future Ervin Laszlo’s View of the World Recommended Book The Centre for Future Studies Upcoming Events Submit your article Links Contact Suscribe/Unsuscribe Dr. Philippe Rychen speaks at NanoWater Dr. Philippe Rychen,Head of Environmental Systems, Centre Suisse d’Electronique et de Microtechnique (CSEM SA) Nanotechnology and Electrochemistry, hand in hand for innovation in the Water Treatment fieldIn industrialized countries, drinkable water is usually clean and safe, but regulatory agencies monitor over hundred dangerous water contaminants, which can come from rain run-off over hazardous waste, naturally occurring sources of contaminants, water treatment chemicals, and pollution from residential consumers, industry and agriculture. To preserve its future, the developing world has to take care of its resources by cleaning and recycling water. In third-world countries, which face extreme dryness or floods, the water problem is even more crucial due to the combination of a lack of water, pollution by micro-organisms and almost inexistent water supply networks. For example, in such countries, efficient transportable disinfecting units, eventually powered by photovoltaic systems, will be salutary in many parts of developing countries. Thanks to unique physical, chemical and electrochemical properties of polycrystalline doped nano-diamond coatings on Silicon substrates, these products open new horizons. The widest electrochemical window ever seen for a so highly stable electrode material opens new doors for easy and green water treatment applications without the use of any chemicals. Water disinfection process through in situ generation of strong and long lasting residuals oxidants is now possible without adding any chlorine or other hazardous chemical at very competitive costs comparing to alternative technologies. Highly polluted wastewater with refractory (non biodegradable)) chemicals can now be treated before releasing it into sewage plants respectful to environment or can even be recycled, if the water is treated with the DiaCell® Technology. DC current on Boron-Doped Diamond is sufficient to eliminate all types of organic pollutants in water. Through the formation of highly oxidizing agents like OH radicals, organic molecules are easily oxidized up to carbon dioxide. All microorganisms (including Legionella) are inactivated with longer lasting residuals through a mixture of disinfectants generated from naturally occurring minerals in water and from water itself. These Boron Doped Diamond Electrodes are engineered into water treatment modules called DiaCell® and DiaMos™ for small/medium and large sized treatment capacities respectively. Dr. Philippe Rychen speaks at NanoWater, September 27, 2004, 09:30-18:30, RAI Congress Center, Amsterdam, The Netherlands NanoWater Registration About the future of Healthcare PQL- Pure Quality LifePQL is a quality-assured, biologically verified concept for maintaining and increasing your health and well-being. It is the culmination of today’s collected knowledge and of several years of leading-edge research in Sweden.Pure Quality Life is a web-based life enhancement tool, evaluated in a world leading prospectively controlled study by researchers from Uppsala University. It is the only health site with effects that have been assesed psychophysiologically in a controlled study. Over 20.000 users from different backgrounds have registered. eHospital – IT experience of Hospital Son Llatzer, SpaineHospital is a full digital, filmless and wireless hospital. Son Llatzer has implemented a global integrated and accessible clinical information system. News about the Future The World’s Lightest Micro-Flying RobotSeiko Epson Corporation has successfully developed a lighter and more advanced successor to the FR, the world’s smallest and lightest micro-flying robot. Turning once again to its micromechatronics technology, Epson has redefined the state of the art with its FR-II micro-flying robot – the world’s new lightest and most advanced microrobot, which also features Bluetooth wireless control and independent flight. FreshwaterAbout one-third of the world’s population lives in countries with moderate to high water stress. The problems are most acute in Africa and West Asia but lack of water is already a major constraint to industrial and socio-economic growth in many other areas, including China, India and Indonesia. If present consumption patterns continue, two out of every three persons on Earth will live in water-stressed conditions by the year 2025. The declining state of the world’s freshwater resources, in terms of quantity and quality, may prove to be the dominant issue on the environment and development agenda of the coming century. Ervin Laszlo’s View of the World Exclusive Lecture – Ervin Laszlo’s View of the WorldHe was a child prodigy at the piano who became a professor without finishing school. The former systems theory pioneer is now concentrating on research into the information field, which should not only shed light on inexplicable connections between man and matter, but may help create a new paradigm that will make the world a better place. “It’s my job to supply the proof,” he declares. With this vision in mind he also initiated the Club of Budapest. When: Thursday, 28 October 2004 from 19h30 to 22h00.Location: Amsterdam.Registration: Click here or call 020 – 423 26 20.Entrance: 45 euros (Club of Amsterdam Members receive a 30% discount). Recommended Book Mayo Clinic Guide to Self-Care: Answers for Everyday Health Problems by Immanuel Kant (Author), Paul Guyer (Editor), Allen W. Wood (Editor)This entirely new translation of Critique of Pure Reason is the most accurate and informative English translation ever produced of this epochal philosophical text. Though its simple, direct style will make it suitable for all new readers of Kant, the translation displays a philosophical and textual sophistication that will enlighten Kant scholars as well. This translation recreates as far as possible a text with the same interpretative nuances and richness as the original. The Centre for Future Studies The Centre for Future StudiesThe Centre has extensive contacts in finance, government, technology, academia, professional services and the media and is concerned with promoting training, education and research into future social policy issues including crime, ageing, education and health, and future studies methodologies. Some projects: The Future of the Over FiftiesA Foresight Study into the mature society of 2020. The Future of HolidaysA multi-disciplinary forecast and analysis of the drivers of change in the holiday industry to 2020. Global Scenarios for Financial ServicesA major research programme designed to identify the global drivers of change that will impact on consumer savings behaviours in eleven key markets around the world. The future of the high streetA major Foresight Study into trends, developments and events shaping the future of town centres and urban communities. The Future of British MigrationA Foresight Study into trends and developments impacting on the nature and extent of migration to 2020. Frank D Shaw, Director General, Centre for Future Studies, speaks at the Summit for the Future: Trade / Service Industry Amsterdam.info Amsterdam.info – Travel guide to Amsterdam features tourist information and tips, sights, entertainment, transport, map to print, and free pictures of Amsterdam. Club of Amsterdam Upcoming Events September 27, 2004 NanoWater January 26-28, 2005 Summit for the Future October 27, 2004 Club of Amsterdam Season 2004/2005 the future of ICT November 30, 2004 the future of Developing Countries February 23, 2005 the future of the Service Industry March 30, 2005 the future of Water April 27, 2005 the future of Branding June 1, 2005June 29, 2005 the future of Roboticsthe future of Philosophy Contact Your comments, ideas are welcome!Please write to us Subscribe & Unsubscribe Subscriptionhttp://www.clubofamsterdam.com/subscription.htm To unsubscribe: http://www.ymlp.com/unsubscribe.php?ClubofAmsterdamJournal
by Unisys EXECUTIVE SUMMARY While millions of people browse the Internet, send mail, and while away time in chat rooms, the Internet still largely a highly complex and often mysterious room for society as a whole. The computer-based technology that has made the Internet is still mostly in private hands. The challenge is to find a to unleash the untapped power of that technology to achieve goals. At the Lisbon European Council of March 2000 leaders declared information technology a key element in making the European Union ‘the most dynamic and most competitive knowledge-based economy in the world.’ The eEurope initiative wants its member states to help create ‘an information society for all’. This White Paper seeks to distinguish ‘knowledge society’ from other terms and to propose a path that can make possible a society that spontaneously shares knowledge, encourages creativity, empowers job-seekers, and improves life quality as a whole. A knowledge society, then, is one where all stakeholders, not just big business, have equal access to information technology resources and can share in the benefits they bring. It emphasises the social and economic benefits to be derived from making knowledge a central organising principle across all society. Creating an environment to nurture the knowledge society requires public sector leadership. Government already is the guardian of the legal framework of cities, states, and nations; it oversees public education; it derives resources from the people it serves; and it has the capacity to develop the needed infrastructure. Most important, the work of the public sector focuses not on financial return but on serving the needs of society. Its function is to build for the long-term public interest. We can get a glimpse of what a knowledge society can produce through two examples: (1) MP3, a file-exchange concept that has spawned both new commercial products and a revolution in the music industry, and (2) an Open Source software environment that competes with the giant Microsoft. Both were devised by individuals and small groups of programmers scattered around the world working cooperatively but without standard organisational support, capitalisation, marketing, a sales force, or endless meetings. Yet, somehow, they have established a worldwide presence, one we believe should be replicated. In order for citizens to embark on the knowledge society, however, they must be able to access information, be confident that their privacy is protected, accept that the information they provide is secure, and know that the information they retrieve is reliable. Access cannot rely solely on the PC and the Internet. The PC is too expensive and too complex to achieve universal use. The only current user terminals that even remotely approach ‘universal’ access status are the telephone and the television. For a knowledge society to function, the entire access infrastructure needs to be overhauled to incorporate these common technologies. They need to accommodate the widely variant skills of the citizenry as well as all kinds of vocal, written, and electronic commands. Access also involves ensuring that fee-based systems do not take over the technology that searches web-based resources. Today Google is the only search engine that indexes web sites free of charge. All others list only sites that have paid to be indexed. If the only information available is that which forms part of a commercial transaction, huge resources will be lost to the public. Security in a knowledge society takes on increasing importance. Growing connectivity links more and more systems worldwide, meaning that the shared costs of one individual’s failure to enforce robust security standards can be disproportionately high. Only the public sector has the capacity to establish and enforce the level of security needed by a knowledge society. A code of conduct is needed to control our use of the technology highway as much as a highway code is needed to control behaviour on the road. You can download the full White Paper as a *.pdf file: click here
Content Q&A with Paul Iske About the future of the Knowledge Society News about the Future PARC – Palo Alto Research Project Recommended Book Round Table: Hans van der Schaaf Upcoming Events Club of Amsterdam SearchSubmit your articleContactSubscribe Q&A with Paul Iske Paul Iske Chief Knowledge Officer, ABN Amro Bank, Corporate Finance Club of Amsterdam: Many organisations have tried to put value of knowledge on the balance sheet. Why is that so difficult?Paul Iske: First of all, the value of knowledge doesn’t exist. Value is not an intrinsic property of knowledge, but value is being created when knowledge is being applied. Therefore, the value of knowledge depends on what you do with it. In fact, knowledge is an option on the creation of value. So, if a company wants to put a value on knowledge assets, it must also assess its capabilities to generate, store, share, apply and protect these. Furthermore, the value of a company, including its knowledge or intellectual assets, is context dependent: suppose a company wants to buy another company, which has knowledge assets, such as patents. If the knowledge is already present in the acquiring company, or when it doesn’t fit in the strategy, it has no (economical) value. However, the same knowledge could be extremely valuable for a company that doesn’t have it yet and needs it to execute its strategy. How does knowledge relate to intellectual capital? Why are companies that manage knowledge and intellectual capital more successful? Paul Iske: Intellectual capital management aims to generate value from customer relationships, based on understanding and meeting of their needs (Customer Capital), from employees and their knowledge and networks (Human Capital) and from the knowledge that is embedded in the processes and systems of the organisation (Structural Capital).In the global, rapidly involving and knowledge-intensive economy, a company can only stay alive by good management of its intellectual assets. Those who excel in developing intellectual capital and communicating the efforts and results will win the battle. Managing intellectual assets as the main strategic resources is not only important for achieving bottom-line results now, but it is also the key to the future.How can the corporate world benefit from a European Knowledge Society?Paul Iske: The establishment of a European Knowledge Society could provide the infrastructure and the right culture for building collectively the intellectual assets and the strategic capabilities to create value and to compete in the Global Knowledge Economy. Paul Iske speaks at our Club of Amsterdam Event aboutthe future of the European Knowledge Society on Wednesday, January 28, 18:30-22:15! About the future of the Knowledge Society “The Social Situation in the European Union 2003”This report provides an overall presentation of the social dimension of the European Union. It paints a general picture of the demographic and social conditions that shape social policy, and contributes to the monitoring of developments in the social sphere in the Member States. One particular feature of this report is that it combines harmonised quantitative information with data from European public opinion surveys. This year the report deals specifically with issues relating to the health of Europeans. It is available in English, French and German. Embracing the Knowledge Society: a Public Sector Challengeby UnisysWhile millions of people browse the Internet, send mail, and while away time in chat rooms, the Internet still largely a highly complex and often mysterious room for society as a whole.The computer-based technology that has made the Internet is still mostly in private hands. The challenge is to find a to unleash the untapped power of that technology to achieve goals. At the Lisbon European Council of March 2000 leaders declared information technology a key element in making the European Union ‘the most dynamic and most competitive knowledge-based economy in the world.’ The eEurope initiative wants its member states to help create ‘an information society for all’. News about the Future A Vision of Energy-Aware Computing from Chips to Data CentersBy Chandrakant Patel, Hewlett-Packard LabsThe miniaturization of silicon devices and the integration of functionalities on a single chip has resulted in high power density chips, systems and data centers. The increase in power density in all these three areas necessitates a holistic examination – following the path of the heat flux from the chip, through the system enclosure to the room and out to the environment.Furthermore, computing has become pervasive and will soon account for a large portion of global energy use, particularly with respect to distribution of high power data centers around the world.In this context, future thermo-mechanical solutions have two clear objectives — to facilitate effective heat transfer from high power density chips and systems in order to maintain specified temperature on the device, and to facilitate the heat removal efficiently by minimizing the energy used to remove the dissipated heat.Energy management plays a lead role in data centers — machine rooms that aggregate hundreds of computers to provide useful computing services and can reach 10 MW of power dissipation from the hardware.In high power density chips, heat transfer solutions that maintain specified chip temperature while minimizing the energy used to affect the thermal management play a central role. This paper examines an energy-aware thermal management approach, from chips to data centers, and proposes second law analysis as a measure of overall management of energy consumption Wednesday, January 28, 2004 PARC – Palo Alto Research Center For more than three decades, the Palo Alto Research Center (PARC) has been one of the premier sources of vision and innovation for technology-driven industries. PARC was founded by Xerox Corporation in 1970 to define the “Office of the Future.” With technologies such as laser printing, the Ethernet, the graphical user interface, and ubiquitous computing, PARC delivered on this mission. Along the way, PARC has produced nearly 30 new companies, licensed its technologies and made scientific contributions in fields as diverse as materials science, distributed computing, linguistics and sociology. Here is a selection of projects: Paper-like DisplaysResearchers are developing thin, flexible, and portable paper-like displays that are addressable and reusable. They are exploring new materials that could be used to build these reimageable substrates and developing devices for writing on them. Paper-like displays could be used for mobile and hand-held applications such as cell phones and PDAs, as well as wall-sized displays. Large-Area ElectronicsScientists are building on nearly three decades of leading-edge research on amorphous silicon (a-Si). They are also exploring other materials and developing new processing techniques to make large area transistor arrays. Their research is focused primarily in the areas of printed organic electronics, large area MEMS, reflective displays, and x-ray imaging. Knowledge Extraction from Document CollectionsResearchers are exploring new techniques and developing new computational tools for mining the knowledge contained in collections of documents. Work is aimed at interpreting the meaning of natural language documents. Two application areas include knowledge quality management tools and knowledge-based content tracking tools. Social, Mobile Audio SpacesThis group is developing telecommunications services that extend traditional audio spaces to meet the needs of social, mobile groups. As part of this work, PARC is conducting fieldwork on the study of push-to-talk cellular radio service. Piezo Materials and DevicesResearch is focused on a broad range of thin-film piezoelectric materials and a variety of techniques for depositing them onto substrates. Researchers are creating piezoelectric materials with thicknesses ranging from microns to millimeters. They are also developing piezoelectric devices, focusing on the complex integration of novel materials with micro structures and electronics for actuation, sensing, and control. Recommended Book Critique of Pure Reason by Immanuel Kant (Author), Paul Guyer (Editor), Allen W. Wood (Editor)This entirely new translation of Critique of Pure Reason is the most accurate and informative English translation ever produced of this epochal philosophical text. Though its simple, direct style will make it suitable for all new readers of Kant, the translation displays a philosophical and textual sophistication that will enlighten Kant scholars as well. This translation recreates as far as possible a text with the same interpretative nuances and richness as the original. Sponsor & Supporters of the Club of Amsterdam event about ‘the future of the European Knowledge Society’ on Wednesday, January 28, 2004 are: Sponsor: Supporters The Club of Amsterdam Round Table: Hans van der Schaaf Hans van der Schaaf Dreaming the future When thinking about the future, then I see more than one: a future, which you wish (hope/dream), a future that you expect based on daily reality and a future based on a vision which is a connection between reality and ideals. When I think about the future, I think especially about my own personal future – a future hopefully in health together with my family. Next to health I think about pleasure in my work, friendships, wealth and doing nice things in my life. Enjoying my children, nature, culture and people around me. I call that daydreaming. Those daydreams have a strong personal character very nearby and they haven’t much to do with managing the future of society. These daydreams say something about what I experience as happiness. I don’t need any chips for that, nanotechnology or knowledge of my genes. Or am I wrong? Will I be happier when new medicines are developed against aids or cancer or medicines that bring my loss of hearing back? Will I be happier when there would be a world order without the constant existence of war or where the distribution of food is organised so that everyone has a filled stomach at the end of the day and where the sources of nature are respectfully used so that future generations can enjoy these as well? You should be a bit of an idealist to say yes to this question. An idealist – in my opinion – is eager to bring a contribution to the world that means something. And it doesn’t necessary need to so big as Nelson Mandela or Mahatma Ghandi. It can be anonymous or together with other people. I believe that fulfilling your ideals can bring personal happiness in life. And there I found the connection between personal happiness and a future vision. What do we have today? What do we want tomorrow? And how can we make a bridge between today and tomorrow? How should the bridge look like? How can we make it strong enough, long enough? We can’t shape a future without dreaming but we can also feed the dreams with the knowledge and reality of today. What can nanotechnology mean for the future, what can biotechnology mean, how will we built our houses, which political systems can we expect? The Club of Amsterdam can be a platform where knowledge and visions meet in a way that we feed our personal dreams of happiness. I almost forgot. There is the future itself. It comes to us without doing anything ourselves, bringing surprises where no futurists ever though about: Earthquakes, 11 September, SARS. Will we ever be ready to really shape the future? Club of Amsterdam Events 2003/2004 October 28, 2003 the future of Food & Biotech November 27, 2003 the future of the Media & Entertainment Industry January 28, 2004 the future of the European Knowledge Society February 18, 2004 the future of Education & Learning March 31, 2004 the future of Energy – the Hydrogen Economy? April 28, 2004 the future of Healthcare & Technology May 19, 2004 the future of Architecture June 23, 2004 the future of Culture & Religion