The document discusses the past 50 years since the beginnings of cybernetics and its transformation of human evolution. It summarizes that cybernetics opened the floodgates to the information revolution but focused more on engineered systems than living systems. While technology advanced greatly, relying solely on artificial intelligence risks repeating dysfunctional patterns of thought. The next 50 years of cybernetics requires exploring living systems and evolutionary openings for humans by moving beyond an information age to an age of intelligence and communications that sees mind as permeating all systems. Three tasks are proposed: identifying important problems, forming innovation outposts to study living systems, and creating public narratives exploring cybernetics' insights.
On Network Capitalism, Ernesto van Peborgh, ISSS Keynote, George Washington U...Ernesto Peborgh
Keynote "Learning Across Boundaries: Exploring the Diversity of Systemic Theory and Practice". Presented at the 58th Conference of the ISSS at GWU School of Business at George Washington University, Washington, DC., from the 27th of July to the 1st of August, 2014.
Transhumanism 2024: A new future for politics?David Wood
Presentation made by David Wood on 2nd October 2021 to the London Futurists event "A new future for politics?" This includes 15 possible policies for mayoral campaigns in major cities in the UK in 2024.
A video recording of this presentation, along with subsequent discussion, can be viewed at https://www.youtube.com/watch?v=cJLHx5T8BFI
...A SIMPLE CHART WE USE TO BRAINSTORM THE USE OF HUMAN/COMPUTER INTERFACES WITH THE PERFORMING BODY. THIS INVOLVES THE CONFLUENCE OF THE 'NOOSPHERE' WITH THE HUMAN BODY IN ART AND TECHNOLOGY....A DOSE OF HISTORY AND NARRATOLOGY.
On Network Capitalism, Ernesto van Peborgh, ISSS Keynote, George Washington U...Ernesto Peborgh
Keynote "Learning Across Boundaries: Exploring the Diversity of Systemic Theory and Practice". Presented at the 58th Conference of the ISSS at GWU School of Business at George Washington University, Washington, DC., from the 27th of July to the 1st of August, 2014.
Transhumanism 2024: A new future for politics?David Wood
Presentation made by David Wood on 2nd October 2021 to the London Futurists event "A new future for politics?" This includes 15 possible policies for mayoral campaigns in major cities in the UK in 2024.
A video recording of this presentation, along with subsequent discussion, can be viewed at https://www.youtube.com/watch?v=cJLHx5T8BFI
...A SIMPLE CHART WE USE TO BRAINSTORM THE USE OF HUMAN/COMPUTER INTERFACES WITH THE PERFORMING BODY. THIS INVOLVES THE CONFLUENCE OF THE 'NOOSPHERE' WITH THE HUMAN BODY IN ART AND TECHNOLOGY....A DOSE OF HISTORY AND NARRATOLOGY.
In "Homo Deus", Yuval Harari proposes two speculations as answers to these questions: Techno-humanism and Data Religion. The former is growing from our urge to improve ourselves, the latter growing from our belief in everything that is measurable.
What are the strengths and weaknesses of these ideologies? How do they relate to current local and global problems: are there any connections at all? Shall humanity proactively seek new healthy narratives? How about today's religions: will they stand the test of time?
This is a brief introduction to Cybernetics, created for my Interdisciplinary Studies 500 class at Royal Roads University, Winter 2013. If you have questions, feel free to comment here!
From Humanities to Metahumanities: Transhumanism and the Future of Education....eraser Juan José Calderón
From Humanities to Metahumanities: Transhumanism and the Future of Education. Poppy Frances Gibson
Abstract
Educational policy and provision is ever-changing; but how does pedagogy need to adapt to respond to transhumanism? This opinion piece discusses transhumanism, questions what it will mean to be posthuman, and considers the implications of this on the future of education. This piece aims to identify some key questions in the area of transhumanism and education as four themes are considered: teachers, human hardware, curriculum and lifelong learning.
Talk presented at the conference on the Philosophy of Emerging Media, Boston University, October 26-27, 2013
If you try to find information about a gene or a molecule or a restaurant or a sports team or a politician on the web, it’s likely that some ontology will be involved in your search. An ontology is (briefly put) a semantically organized consensus representation of the types of entities in a given domain and of the relations between these entities – it is something like a large graph of the way some part of the world is structured. So important have ontologies become to organizations such as the BBC or the New York Times, that there is a running joke in the Semantic Web community to the effect that the Columbia School of Journalism is about to be renamed the Columbia School of Journalism and Ontology. I will attempt to draw conclusions from these phenomena concerning the ways in which social interactions are being influenced, and to some degree also transformed, by digital media.
Kim Solez Singularity explained promoted winter 2015Kim Solez ,
Dr. Kim Solez presents "The Technological Singularity Explained and Promoted" on January 13th, 2015 in the course on Technology and the Future of Medicine LABMP 590 http://www.singularitycourse.com at the University of Alberta in Edmonton, Canada. Copyright (c) 2015, JustMachines Inc.
The Principle of Non-Discrimination in the Infosphere: A New EthicsMichal Černý
Almost everything in EC frame is based on the idea of openness of information interactions for all inforgs.
Openness is not just a human value – openness is affects compatibility, imperoperability, open development, open coding, open formats, data transfer, ... but also machine learning (AI) over open knowledge bases!
Thus, pragmatic ethics extended to information interactions between inforgs can be the starting point for forming a non-anthropocentric framework. The key value of this new ethics is open information interaction that do not discriminate against anyone.
Paper title: Syncretic Social Agency: Deterritorialised Robotics and Mixed Reality Data Transfer Systems.. Apolgies for formatting issues from this being a .doc!!
In "Homo Deus", Yuval Harari proposes two speculations as answers to these questions: Techno-humanism and Data Religion. The former is growing from our urge to improve ourselves, the latter growing from our belief in everything that is measurable.
What are the strengths and weaknesses of these ideologies? How do they relate to current local and global problems: are there any connections at all? Shall humanity proactively seek new healthy narratives? How about today's religions: will they stand the test of time?
This is a brief introduction to Cybernetics, created for my Interdisciplinary Studies 500 class at Royal Roads University, Winter 2013. If you have questions, feel free to comment here!
From Humanities to Metahumanities: Transhumanism and the Future of Education....eraser Juan José Calderón
From Humanities to Metahumanities: Transhumanism and the Future of Education. Poppy Frances Gibson
Abstract
Educational policy and provision is ever-changing; but how does pedagogy need to adapt to respond to transhumanism? This opinion piece discusses transhumanism, questions what it will mean to be posthuman, and considers the implications of this on the future of education. This piece aims to identify some key questions in the area of transhumanism and education as four themes are considered: teachers, human hardware, curriculum and lifelong learning.
Talk presented at the conference on the Philosophy of Emerging Media, Boston University, October 26-27, 2013
If you try to find information about a gene or a molecule or a restaurant or a sports team or a politician on the web, it’s likely that some ontology will be involved in your search. An ontology is (briefly put) a semantically organized consensus representation of the types of entities in a given domain and of the relations between these entities – it is something like a large graph of the way some part of the world is structured. So important have ontologies become to organizations such as the BBC or the New York Times, that there is a running joke in the Semantic Web community to the effect that the Columbia School of Journalism is about to be renamed the Columbia School of Journalism and Ontology. I will attempt to draw conclusions from these phenomena concerning the ways in which social interactions are being influenced, and to some degree also transformed, by digital media.
Kim Solez Singularity explained promoted winter 2015Kim Solez ,
Dr. Kim Solez presents "The Technological Singularity Explained and Promoted" on January 13th, 2015 in the course on Technology and the Future of Medicine LABMP 590 http://www.singularitycourse.com at the University of Alberta in Edmonton, Canada. Copyright (c) 2015, JustMachines Inc.
The Principle of Non-Discrimination in the Infosphere: A New EthicsMichal Černý
Almost everything in EC frame is based on the idea of openness of information interactions for all inforgs.
Openness is not just a human value – openness is affects compatibility, imperoperability, open development, open coding, open formats, data transfer, ... but also machine learning (AI) over open knowledge bases!
Thus, pragmatic ethics extended to information interactions between inforgs can be the starting point for forming a non-anthropocentric framework. The key value of this new ethics is open information interaction that do not discriminate against anyone.
Paper title: Syncretic Social Agency: Deterritorialised Robotics and Mixed Reality Data Transfer Systems.. Apolgies for formatting issues from this being a .doc!!
Computing, cognition and the future of knowing,. by IBMVirginia Fernandez
How humans and machines are forging a new age of understanding.
-The history of computing and the rise of cognitive
-The world’s first cognitive system.
-The technical path forward and the science of what’s possible
-Implications and obligations for the advance of cognitive science.
-Paving the way for the next generation of human cognition.
Learning to trust artificial intelligence systems accountability, compliance ...Diego Alberto Tamayo
It’s not surprising that the
public’s imagination has
been ignited by Artificial
Intelligence since the term
was first coined in 1955.
In the ensuing 60 years,
we have been alternately
captivated by its promise,
wary of its potential for
abuse and frustrated by
its slow development.
Konica Minolta - Artificial Intelligence White PaperEyal Benedek
The evolution of artificial intelligence in the workplace
Since the first appearance of the words “artificial intelligence” more than 60 years ago, our imaginations have been sparked. Imagine creating computers that simulate human intelligence.
AI has the potential to profoundly influence our lives, perhaps to the point when our world can be better understood and even predicted. In workplaces we can develop systems through which AI may evolve. And Konica Minolta is progressing with the concept of intelligent hubs which will provide businesses with insight, support and greater collaboration.
By combining our core technologies with transformative solutions in the digital workplace, we’re evolving to become a problem-solving digital company creating new value for people and society.
In the last decade, workplaces have started to evolve towards digitalisation. In the future people will work in digitally connected environments where personalisation is enabled, collaboration is improved and data sharing and information management are automated. Ultimately, these future workplaces will provide context-aware artificial intelligence (AI) and decision support that leverage both localised information and broader community knowledge whenever needed.
THE BENEFITS AND RISKS OF TECHNOLOGICAL SINGULARITY BASED ON ARTIFICIAL SUP...Fernando Alcoforado
This article aims to present the concept of technological singularity, the contribution of artificial intelligence to the advancement of technological singularity, technological singularity and its contribution to scientific and technological advancement and the benefits and risks of artificial superintelligence for humanity.
This article aims to present the great revolution represented by the technological singularity that could occur in the future. What is Singularity? It is the characteristic of what is unique: infrequent, out of the ordinary or extraordinary. Technological singularity is the hypothesis that considers the unrestrained technological growth of artificial super intelligence. According to this hypothesis, the rampant action of an upgradeable intelligent agent with self-improvement capabilities (such as a computer that executes software-based artificial intelligence) would generate more and more quickly robots endowed with a super powerful intelligence that, qualitatively, could surpass all human intelligence.
Keynote talk at the Web Science Summer School, Singapore, 8 December 2014. Today we see the rise of Social Machines, like Twitter, Wikipedia and Galaxy Zoo—where communities identify and solve their own problems, harnessing commitment, local knowledge and embedded skills, without having to rely on experts or governments.
The Social Machines paradigm provides a lens onto the interacting sociotechnical systems of our hybrid digital-physical world, citizen-centric and at scale—emphasising empowerment and sociality in a world of pervasive technology adoption and automation.
This talk will present the Social Machines paradigm as an approach to social media analytics and a rethinking of our scholarly practices and knowledge infrastructure.
"Society 2.0: designing an action research into the next civilization" is an updated version of the talk I gave at the "2gether08" unconference in London, July 3, 2008. A downloadable version (complete with clickable links), its context and related conversation can be found in the Jump Time Players blog, http://www.evolutionarynexus.org/jtp_blog .
"'Tis true. There's magic in the Web: The Short and the Long of Co-Creation, Web Science, and Data Driven Innovation". Keynote for the DATA-DRIVEN INNOVATION WORKSHOP 2016 collocated with ACM Web Science 2016, Hannover, Germany, Sunday 22 May 2016
2015.10.25 NATC International Symposium at the Tokyo Univ. of Art Campus (Yokohama, Basha Michi).
With Jasia Reichardt, curator of the 1968 ICA exhibition "Cybernetic Serendipity".
Understanding and Embracing Technological Singularity.docxgreendigital
Introduction
In the ever-evolving landscape of technology, a concept looms on the horizon that sparks both fascination and concern among scholars, scientists, and futurists alike - the Technological Singularity. This phenomenon, often depicted in science fiction as a pivotal moment in human history. raises profound questions about the future of artificial intelligence (AI) and its potential impact on society. This article aims to unravel the intricacies of technological singularity. exploring its definition, historical context, current advancements. and the ethical considerations accompanying this transformative event.
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1. Understanding Technological Singularity
A. Defining Technological Singularity
The term "Technological Singularity" coined by mathematician. and computer scientist Vernor Vinge in the early 1990s. The exponential increase in artificial intelligence capabilities expected to surpass human intelligence. leading to unpredictable and revolutionary changes.
B. Historical Precursors
Tracing its historical roots is essential to comprehend the concept of technological singularity. Examining breakthroughs in AI, computing power. and machine learning over the past century provides valuable insights into the trajectory. that has led us to the brink of singularity.
1. Turing's Influence: Alan Turing's groundbreaking work in the mid-20th century laid the foundation for modern computing and AI. His Turing Test, proposed in 1950, posed whether machines could exhibit human-like intelligence.
2. Moore's Law: Coined by Gordon Moore in 1965. Moore's Law predicts that the number of transistors on a microchip doubles approximately every two years. leading to exponential growth in computing power.
3. Evolution of Machine Learning: From early rule-based systems to the current era of deep learning and neural networks. the evolution of machine learning algorithms has played a pivotal role in advancing AI capabilities.
2. Current Advancements Leading to Singularity
A. Accelerating Technologies
Several vital technological advancements are propelling us toward the singularity. Each contributing to the exponential growth of AI.
1. Quantum Computing: The advent of quantum computing promises to revolutionize computation by leveraging the principles of quantum mechanics.
2. Neural Networks and Deep Learning: The development of sophisticated neural networks. inspired by the human brain. has enabled machines to process vast amounts of data and learn complex patterns. Profound learning algorithms power advancements in natural language processing, image recognition, and autonomous systems.
3. Internet of Things (IoT): The interconnectedness of devices through the IoT facilitates data exchange on an unprecedented scale. This massive influx of data fuels AI algorithms, enhancing their learning capabilities. and contributing to the acceleration toward singularity.
B. Artificial General Intelligence (AGI)
Pursuing Artificial
Understanding and Embracing Technological Singularity.docx
Road Not Taken
1. The Road Not Taken: Cybernetics’ Half Century of
Transforming Human Evolution
Lowell F. Christy Jr. Ph.D. Cultural Strategies Institute
Abstract: The Cybernetic Revolution changed the way we think. Beginning in the 1940-50s Cybernetic
insights,perspectivesand thoughtpatternsresulted in flood gatesof theinformation revolution opening
with its stream of computers, robots, iPhones, GPS, drones and guided missiles. The motivation of the
early Cyberneticians, reeling from the horrors of global systems collapse in World War II and economic
depression,wasthesearch for new ways to see and act in the world more intelligently. Moving humans
from sole reliance on linear cause and effect and a Newtonian Universe of force against force,
cybernetics sought the means of navigation in a complex highly interconnected and interrelated
universe. Seeking governing principles of systems, latent structures within communications and how
Natureregulated its own complexity,thissmall group of concerned citizens explored systemicpatternsof
information and circuits in both machines and living systems.
Etching their understanding of Cybernetics in stone, the legacy of the first fifty years created the Silicon
Revolution of engineered systemsbased technologies.Thismachinesideof cybernetics grew rapidly with
a two Trillion Dollar R&D infusion during the S & T competition of the Cold War, while the living systems
and human side of the equation withered. It was Margaret Mead and Gregory Bateson of this small
group of pioneering thinkers who warned of the power of cyber machines driving us faster than our
headlights of understanding could illuminate. Inevitable massive collisions and systemic collapse since
2000 only fore shadowa futurewhen thepowerof cyberneticsno longerempowersourown institutional
and group thinking.
The lesson is clear. Even with the miracles of cybernetic, “smart” tools, when in service of the rationality
that produced the tragedy of the 20th
Century, those same systemic and dysfunctional patterns of
thoughtwill be repeated..There is an Unfinished Revolution by solely relying on the half-born Cybernetic
Revolution of artificial intelligence, “human-like’ and machine-based thinking tools. With the American
Cybernetics Society celebrating its 50th
anniversary on 05 August 2014, it is time to explore the road not
taken. The proposed experimentaljourney to improveoursteerageamidsta sea of changewould include
living systems and evolutionary openings for the most unnatural of natural animals - humans.
“The worst most corrupting lie is a problempoorly stated.” Georges Bernanos
2. August5, 2014 [THE ROAD NOT TAKEN
2
The next 50 years in the journey of Cybernetics transforming human evolution
requires its practitioners cast aside its whining that the living systems sideof
systems “Justcan’tget no respect’ nor expect to be rewarded by the very
institutions we criticize. Using our current state of cybernetics to producethings,
its, bits and bytes provides that arm’s length, safe distance, supporting the myth
that we control “those things.” Advancing and bringing Cybernetic principles into
direct contact with human organizations and human thinking rapidly becomes
heretical by entering into sanctums and relationship structures whereeven
“angels fear to tread.”(1)
But resistance to change in applying what has been learned in our pursuitof
cybernetic machines only points to the persuasivepower of the current
Information AgeParadigm. Technological biased thinking is being challenged by
the differences between artificial intelligence and natural intelligence,
dissimilarities between how living systemand machine based systems process
information and the troubling focus of engineering trying to replicate the singular
human brain while the fact that we are communicating is based on a larger Mind
and Collective Intelligence. The Information AgeParadigm is breaking and no
longer has the sameexplanatory power.
Moving from the Information Ageto an Age of Communications with the goal of
ushering in an Age of Intelligence, requires that we pick up the thread of the early
Cybernetics movement which warned about relying solely on artificial intelligence
and engineered circuitry without including the power of systems thinking to
interconnected and interdependent living systems. Butmore than a “me too”
approach to living systems, wheresystems approaches to cybernetic embodied
information processing machinery like robots and computers is exactly the same
as living, sentient systems, thereis a deeper question. Is there a non-trivial
distinction between machines based on cybernetic principles and living
cybernetics? Is therea difference, which makes a difference, between artificial
circuitry creations and naturally occurring life forms based on DNA and (in most
cases) protein type living organisms?
3. August5, 2014 [THE ROAD NOT TAKEN
3
How can we change the structureof systems permitting more of whatis wanted
and less of what is undesirable? How can we make our Minds larger than the
problems at hand and the facts given? How can we transcend the conceit of
human-centric intelligence expanding our ideas of Mind into the corners of the
universeas well as the plant growing under our foot?
The set of ideas known as Cybernetics revealed the cutting edge of a highly
interconnected and interrelated universewhereintelligence exists beyond limited
human perspectives and permeates all systems. Thefirst50 years of Cybernetic
thinking moved humans fromseeing the world in terms of Simple Change of
creating objects in an IndustrialRevolution and moving objects in the Great Game
of colonies and empires. Onedimensional ideas of simple change, propelled by
cybernetic understandings, allowed ComplicatedChange of engineers to put a
man on the moon. Even though we can now create these engineered marvels of
technology there is a speed bump when we try to take the “Its, Bits and Bytes”
into the human domain of teaching Johnny to read and keeping Juan fromMS 13
gang/drug warfare. Complex Change requires 1) the heavy lifting of new ideas, 2)
the experimental platforms to probeliving systems and 3) networks of learning
within and outside the new Cybernetic pioneers.
Three Tasks need to be initiated A) Identifying Non-TrivialProblems - Mirroring
the power of a small group of diverse, concerned citizens found in the Macy
Foundation Meetings which helped launch the Cybernetics Revolution, a new
Living Systems focus series of meetings is required over severalyears. B)
Formation of “Outposts of Innovation” (2) to probestructuraldynamics of living
systems documenting through two page Innovation Briefs describing the “what”
and “how”. C) Public oriented “Comic/Manga” style graphic narratives exploring
the power of Cybernetic ideas and insights beyond the prison of our assumptions.
Theoretical underpinnings and practical applications will spin out of our rethinking
science from knowledge of nature to the nature of knowledge. Thetask is
grounding theoretical challenges testing “information,” “entropy,” “learning,”
“communications“ with an expanded notion of Mind in practical, experiments
exploring the sociallife of information. New ways of thinking are required to
4. August5, 2014 [THE ROAD NOT TAKEN
4
move the human experiment in positive alignment with the structureof Nature
and regulatory activities of Mind.
Notes: The abstract alludes to Danny Hillis’ book “The Pattern on the Stone: The
Simple Ideas That Make Computers Work.”
(1)Angels Fear: Towards An Epistemology Of The Sacred (Advances in Systems
Theory, Complexity, and the Human Science) (Advances in Systems Theory,
Complexity & the Human Sciences), December 30, 2004 by Gregory
Bateson (Author), Mary Catherine Bateson (Author)
(2)“Outposts of Innovation” is a term used by Douglas Engelbartwho
pioneered co-evolutionary strategies and human computer interfaces.
Douglas’ insights propelled Silicon Valley but only a small portion of his
genius havebeen manifest
Contact: lowellchristy@verizon.net 301 529-0474