The document discusses tensions between freedom and statism in shaping the future of transhumanism and technological progress. It notes conflicting goals among transhumanists and questions around how to fund large projects or ensure economic participation. Both freedom and statism are seen as having pros and cons when it comes to issues like individual rights, coercion, innovation, funding priorities, and positive rights. The document raises questions about economic viability and redistribution in a future with advanced automation and questions what the overarching goals for such a future should be.
This document discusses key concepts in the philosophy of education, including the nature and purpose of education. It addresses several questions:
- What is education and how does it relate to schooling? Education involves developing knowledge and understanding through various means, not just formal schooling.
- What is the purpose of critical thinking in education? Critical thinking skills allow students to challenge assumptions, avoid biases, and apply knowledge to solve problems. These skills are important for functioning in today's world.
- How can critical thinking be developed as a core function of education? Approaches include teaching generic problem-solving and reasoning skills that can be applied across disciplines.
- What knowledge should schools promote? Schools could promote knowledge for
The Innovation team at the RNLI held a workshop using foresight techniques to explore potential future scenarios and develop strategic questions. Attendees prioritized key trends and insights that could impact the RNLI. They then created narratives describing how the RNLI could operate in future contexts. From these, the team generated questions about how the RNLI could adapt, such as how to identify future communities, collaborate with other organizations, and add value. These questions will inform a new foresight program to guide RNLI strategy.
One one "cult" brief that is said to be popular with Anonymous and Lutzsec -- I would be glad if that were true. Open Source Everything is now a meme and a mind-set (see my 2012 book), this was the beginning of my final 20 year push.
This document promotes openness and sharing of information to address major issues facing humanity. It discusses creating an Earth Intelligence Network to connect people and information. Key points include harnessing open source intelligence and sharing across networks, cultures, and organizations to understand threats and foster positive trends like sustainable problem solving. The goal is empowering citizens with accessible, transparent information.
Korea talk on emerging technology and ideas for Korea's new creative economy...Jerome Glenn
The document discusses emerging technologies and their potential impact on creative economies. It outlines several technologies like the internet of things, 3D printing, synthetic biology and nanotechnology that are poised to transform industries. It argues for investing in new creative economic activities to address global challenges. The next stage of this transformation is seen as the blending of emerging technologies with conscious technology, marking the transition to a post-information age. Collective intelligence and one-person businesses are presented as important aspects of future economies. The Millennium Project is introduced as working to improve global futures thinking through its global futures intelligence system.
Systemic Barriers in Technology: Striving for Equity and AccessTyrone Grandison
Technology is an integral part of our everyday lives through broad-band internet usage, protection of cyber-security security, or the usage of artificial intelligence (AI) to mimic human-operations. Historically, technology has perpetuated racial discrimination with biases in algorthims used in the health-care system, facial recognition in the criminal justice system, to Black and Latinx students lacking access to technological resources. This panel will discuss the historical context of racism in technology, current technology access issues in communities of color, as well as strategies and policies that dismantle systemic racism in technology.
Technology & Human Development - A Capability ApproachIlse Oosterlaken
This is a lecture about my book Technology & Human Development (2015), in which well-being, agency and justice are the core values – as a powerful normative lens to examine technology and its role in development. This approach attaches central moral importance to individual human capabilities, understood as effective opportunities people have to lead the kind of lives they have reason to value. The book examines the strengths, limitations and versatility of the capability approach when applied to technology, and shows the need to supplement it with other approaches in order to deal with the challenges that technology raises.
The first chapter places the capability approach within the context of broader debates about technology and human development – discussing amongst others the appropriate technology movement. The middle part then draws on philosophy and ethics of technology in order to deepen our understanding of the relation between technical artefacts and human capabilities, arguing that we must simultaneously ‘zoom in’ on the details of technological design and ‘zoom out’ to see the broader socio-technical embedding of a technology. The book examines whether technology is merely a neutral instrument that expands what people can do and be in life, or whether technology transfers may also impose certain views of what it means to lead a good life. The final chapter examines the capability approach in relation to contemporary debates about ‘ICT for Development’ (ICT4D), as the technology domain where the approach has been most extensively applied so far.
The document discusses the emergence of the information society. It describes how societies have transitioned from primitive tribal societies to agrarian societies to industrial societies. Now, societies are entering the information age where information is a key economic and cultural driver. The concepts of the information society emerged in the 1970s and emphasize the central role of information, knowledge, and communication technologies. Key features of the information society include the networking of structures, rapid data growth, and increasing dependence on information. The implications are that information and knowledge become the principal economic resources, technological centers focus on information, and information-based professions become more important.
This document discusses key concepts in the philosophy of education, including the nature and purpose of education. It addresses several questions:
- What is education and how does it relate to schooling? Education involves developing knowledge and understanding through various means, not just formal schooling.
- What is the purpose of critical thinking in education? Critical thinking skills allow students to challenge assumptions, avoid biases, and apply knowledge to solve problems. These skills are important for functioning in today's world.
- How can critical thinking be developed as a core function of education? Approaches include teaching generic problem-solving and reasoning skills that can be applied across disciplines.
- What knowledge should schools promote? Schools could promote knowledge for
The Innovation team at the RNLI held a workshop using foresight techniques to explore potential future scenarios and develop strategic questions. Attendees prioritized key trends and insights that could impact the RNLI. They then created narratives describing how the RNLI could operate in future contexts. From these, the team generated questions about how the RNLI could adapt, such as how to identify future communities, collaborate with other organizations, and add value. These questions will inform a new foresight program to guide RNLI strategy.
One one "cult" brief that is said to be popular with Anonymous and Lutzsec -- I would be glad if that were true. Open Source Everything is now a meme and a mind-set (see my 2012 book), this was the beginning of my final 20 year push.
This document promotes openness and sharing of information to address major issues facing humanity. It discusses creating an Earth Intelligence Network to connect people and information. Key points include harnessing open source intelligence and sharing across networks, cultures, and organizations to understand threats and foster positive trends like sustainable problem solving. The goal is empowering citizens with accessible, transparent information.
Korea talk on emerging technology and ideas for Korea's new creative economy...Jerome Glenn
The document discusses emerging technologies and their potential impact on creative economies. It outlines several technologies like the internet of things, 3D printing, synthetic biology and nanotechnology that are poised to transform industries. It argues for investing in new creative economic activities to address global challenges. The next stage of this transformation is seen as the blending of emerging technologies with conscious technology, marking the transition to a post-information age. Collective intelligence and one-person businesses are presented as important aspects of future economies. The Millennium Project is introduced as working to improve global futures thinking through its global futures intelligence system.
Systemic Barriers in Technology: Striving for Equity and AccessTyrone Grandison
Technology is an integral part of our everyday lives through broad-band internet usage, protection of cyber-security security, or the usage of artificial intelligence (AI) to mimic human-operations. Historically, technology has perpetuated racial discrimination with biases in algorthims used in the health-care system, facial recognition in the criminal justice system, to Black and Latinx students lacking access to technological resources. This panel will discuss the historical context of racism in technology, current technology access issues in communities of color, as well as strategies and policies that dismantle systemic racism in technology.
Technology & Human Development - A Capability ApproachIlse Oosterlaken
This is a lecture about my book Technology & Human Development (2015), in which well-being, agency and justice are the core values – as a powerful normative lens to examine technology and its role in development. This approach attaches central moral importance to individual human capabilities, understood as effective opportunities people have to lead the kind of lives they have reason to value. The book examines the strengths, limitations and versatility of the capability approach when applied to technology, and shows the need to supplement it with other approaches in order to deal with the challenges that technology raises.
The first chapter places the capability approach within the context of broader debates about technology and human development – discussing amongst others the appropriate technology movement. The middle part then draws on philosophy and ethics of technology in order to deepen our understanding of the relation between technical artefacts and human capabilities, arguing that we must simultaneously ‘zoom in’ on the details of technological design and ‘zoom out’ to see the broader socio-technical embedding of a technology. The book examines whether technology is merely a neutral instrument that expands what people can do and be in life, or whether technology transfers may also impose certain views of what it means to lead a good life. The final chapter examines the capability approach in relation to contemporary debates about ‘ICT for Development’ (ICT4D), as the technology domain where the approach has been most extensively applied so far.
The document discusses the emergence of the information society. It describes how societies have transitioned from primitive tribal societies to agrarian societies to industrial societies. Now, societies are entering the information age where information is a key economic and cultural driver. The concepts of the information society emerged in the 1970s and emphasize the central role of information, knowledge, and communication technologies. Key features of the information society include the networking of structures, rapid data growth, and increasing dependence on information. The implications are that information and knowledge become the principal economic resources, technological centers focus on information, and information-based professions become more important.
Nine books later most still do not get it -- secret intelligence is largely waste -- unprocessed technical collection that feeds Congressional pork, nothing more.
By Charlotte Lau, Amanda Harding, and Simon Cook. As part of a CPWF September 2011 workshop in Thailand regarding global drivers, we divided participants into basin-specific groups and led them through an exploratory future scenarios thinking exercise.
On the future of work, careers, business and society based on the Great Reset resulting from the global pandemic. Get ready. How to prepare for a profound inflexion point in humanity's progress.
The document summarizes key points from a proposed "Declaration of Internet Rights" by an Italian parliamentary commission. It discusses three main rights: net neutrality, which guarantees equal treatment of all data transmitted over the internet; platform interoperability, which guarantees users' ability to access their data across platforms; and digital impact assessments, which evaluate new internet regulations' effects. The document emphasizes designing "civic media" that bring people together to collaborate, not just connecting people who already agree. It argues internet governance needs rules respecting its universal nature while balancing economic and innovation concerns.
This document provides an overview of a series of seminars on digital humanities and data narratives to be held in Pisa, Italy from February to April 2017. It includes the schedule, with dates and times, and topics to be covered each day. The topics are divided into "digital" and "human" categories, with "digital" covering technical subjects like algorithms, platforms, and laws, and "human" focusing on questions, storytelling, and research. Readings and links are also provided for additional resources on several topics, such as information architecture, user experience design, and futures thinking.
Making Better Internet Policy: An Analysis of the National Information Infras...Jeremy Pesner
My Masters Thesis mapped diversity of stakeholder involvement to policy outcomes of the National Information Infrastructure. I reviewed many archival documents from the era and interviewed nearly twenty different stakeholders who were involved at the time.
Thesis Committee: D. Linda Garcia, David Ribes, Michael R. Nelson
The document discusses generational differences and leadership for the future. It covers the definitions and characteristics of generations from Baby Boomers to Gen Z. Gen Z values independence, face-to-face communication, and being catered to. Future leaders will need skills like emotional intelligence, vision, adaptability and the ability to entertain new ideas to engage Gen Z employees who want flexibility, learning opportunities, and a transparent work culture. Transformational leadership will be important for managing change and resolving conflicts properly in 2030.
Explains Knowledge Economy, the misconceptions about Knowledge Economy- It is Knowledge-based and not mere Data-or Information-based consumption and production processes. Too much Data injurious to Brain and Children- Need for going back to Knowledge from Data or Information- 'Knowledge Industry , Production,Consumption, Marketing and delivery of Knowledge Products. Distinguishes the difference between Information Technology and Knowledge Industrialist -
The document discusses how happiness is not correlated with increased consumption or GDP growth. While innovation aims to make people richer or more competitive, true happiness comes from relationships, community, and finding meaning and flow in life rather than material goods. The information age can improve relationships but also isolates people if overused. To be happy, people need real social connections and to actively engage with their communities instead of just consuming media passively. Flow and finding purpose in life's narratives are more important for happiness than consumption.
Generation Z the Newest Member to the Workforcerapidbounce
Learn About:
• Previous Generations
• Generation Z Characteristics
• Generation Z Vs Millenials
• Generation Z in the Workplace
• Gen Z's Aspirations And Beliefs About Their Working
Environment
Short And Easy Reading Slides
The document summarizes recent developments in computing technology including advancements in personal computing devices like improved tablets, TVs, and smartphones as well as societal impacts of technologies like medical diagnostics tools and ways of helping poorer populations using computation. It also discusses emerging technologies like exascale computing capabilities, printable electronics, drone swarms, and NVIDIA's new computer architecture.
Robots could be used to further explore and scout the moon in preparation for future human missions. Past lunar rover missions, such as Lunokhod 2 which traveled over 24 miles on the moon's surface over 6 months, demonstrated that rovers can perform useful functions. Current rover concepts, like Scarab, are designed with capabilities like drilling and navigating steep terrain. Recent NASA lunar precursor missions, including the Lunar Reconnaissance Orbiter and LCROSS impactor, gathered extensive data on potential landing sites and the presence of resources like water ice, informing where future rover missions could explore.
This document discusses recent advances in medical research and longevity, including using graphene implants to treat nervous system diseases, improved diagnostic tools, regenerating blood vessels, protecting mice from obesity and extending lifespan with drugs, observing neural activity in high resolution 3D, positive results from clinical trials for muscular dystrophy, progress on gene therapies for diseases like muscular dystrophy and leukemia, developing wearable electronics and brain-computer interfaces, a potential cure-all antiviral drug, evidence that Alzheimer's may start in the liver, lifestyle changes preventing 50% of Alzheimer's cases, an environmental toxin linked to Alzheimer's and Parkinson's, making heart muscle from stem cells, growing replacement heart parts, and commercializing such products by 2016.
SpaceX has improved their Merlin engines to increase capability for future launch systems. Elon Musk plans to put millions of people on Mars using reusable launch systems. The article also profiles several figures in the new commercial space industry like Elon Musk, Richard Branson, and Jeff Greason and discusses NASA's studies of propellant depots in space to support lunar missions and exploration.
Personal Life Extension involves taking an active role in one's health through various lifestyle and monitoring practices. Key aspects include reducing stress and inflammation, getting quality sleep, monitoring health data through devices and tests, following a healthy diet and exercise regimen, and supplementing appropriately. Tracking numerous biomarkers through blood tests quarterly allows one to quantify changes over time and identify potential issues. Maintaining a balanced microbiome is also important for overall health and reducing inflammation.
This document provides an overview of energy news from July 2011, including summaries of nuclear, oil, and green energy topics. For nuclear, it discusses cheaper uranium extraction methods and China's pebble bed reactors. For oil, it lists the top oil-producing countries and their reserves, and discusses Canadian oil sands projects and a large oil discovery in Brazil. For green energy, it outlines new technologies to boost solar power and funding for new wind turbine designs, and reports a rise in global green energy investments.
1) The NRC has lowered its estimate of potential fatalities from a nuclear plant meltdown, now estimating less than 2% cesium release compared to the previous 60% estimate.
2) A new traveling wave reactor design generates heat at the top instead of centrally, which makes heat extraction easier but increases some radiation wear on the containment system. It requires 3-4 times more resilient materials.
3) New proposals aim to increase fuel efficiency in city driving by 20% using smartphone data, provide endless power to EVs through wireless road charging, and allow converting conventional vehicles to hybrids with wheel motor kits.
The document discusses several proposals for space infrastructure and resource utilization including mining the moon and near-earth asteroids, building a reusable launch system called FRETOS, mining rare earth metals from ocean floors using existing or adapted technology, and the hypothetical existence of a large planetary body called Tyche beyond the outer solar system that influences comet trajectories. It also proposes an underground nuclear launch system that could launch large payloads economically with minimal radiation impact. Finally, it notes SpaceX's successful launch and plans for commercial missions.
This document provides a summary of developments in various device technologies. It mentions that photonic crystals could be used as an alternative to batteries at high temperatures. It also describes a new terahertz polarizer that can pass 100% or block 99% of signals, with potential applications for security and communications. Additionally, it lists several applications of metamaterials such as negative refraction and phase holograms in the infrared spectrum. The document briefly outlines new developments in chips, data storage, 3D printing, and other electronics technologies.
SpaceX will launch its Falcon Heavy rocket in 2012/2013, which can lift 53 metric tons to orbit at a lower cost than other rockets. The rocket aims to enable lunar and Mars missions. Additionally, inflatable habitats and antennas may provide satellite communications and internet access anywhere on Earth or in space. Advances in electric propulsion, solar sails, and small asteroid moving technologies could enable new exploration opportunities.
Nine books later most still do not get it -- secret intelligence is largely waste -- unprocessed technical collection that feeds Congressional pork, nothing more.
By Charlotte Lau, Amanda Harding, and Simon Cook. As part of a CPWF September 2011 workshop in Thailand regarding global drivers, we divided participants into basin-specific groups and led them through an exploratory future scenarios thinking exercise.
On the future of work, careers, business and society based on the Great Reset resulting from the global pandemic. Get ready. How to prepare for a profound inflexion point in humanity's progress.
The document summarizes key points from a proposed "Declaration of Internet Rights" by an Italian parliamentary commission. It discusses three main rights: net neutrality, which guarantees equal treatment of all data transmitted over the internet; platform interoperability, which guarantees users' ability to access their data across platforms; and digital impact assessments, which evaluate new internet regulations' effects. The document emphasizes designing "civic media" that bring people together to collaborate, not just connecting people who already agree. It argues internet governance needs rules respecting its universal nature while balancing economic and innovation concerns.
This document provides an overview of a series of seminars on digital humanities and data narratives to be held in Pisa, Italy from February to April 2017. It includes the schedule, with dates and times, and topics to be covered each day. The topics are divided into "digital" and "human" categories, with "digital" covering technical subjects like algorithms, platforms, and laws, and "human" focusing on questions, storytelling, and research. Readings and links are also provided for additional resources on several topics, such as information architecture, user experience design, and futures thinking.
Making Better Internet Policy: An Analysis of the National Information Infras...Jeremy Pesner
My Masters Thesis mapped diversity of stakeholder involvement to policy outcomes of the National Information Infrastructure. I reviewed many archival documents from the era and interviewed nearly twenty different stakeholders who were involved at the time.
Thesis Committee: D. Linda Garcia, David Ribes, Michael R. Nelson
The document discusses generational differences and leadership for the future. It covers the definitions and characteristics of generations from Baby Boomers to Gen Z. Gen Z values independence, face-to-face communication, and being catered to. Future leaders will need skills like emotional intelligence, vision, adaptability and the ability to entertain new ideas to engage Gen Z employees who want flexibility, learning opportunities, and a transparent work culture. Transformational leadership will be important for managing change and resolving conflicts properly in 2030.
Explains Knowledge Economy, the misconceptions about Knowledge Economy- It is Knowledge-based and not mere Data-or Information-based consumption and production processes. Too much Data injurious to Brain and Children- Need for going back to Knowledge from Data or Information- 'Knowledge Industry , Production,Consumption, Marketing and delivery of Knowledge Products. Distinguishes the difference between Information Technology and Knowledge Industrialist -
The document discusses how happiness is not correlated with increased consumption or GDP growth. While innovation aims to make people richer or more competitive, true happiness comes from relationships, community, and finding meaning and flow in life rather than material goods. The information age can improve relationships but also isolates people if overused. To be happy, people need real social connections and to actively engage with their communities instead of just consuming media passively. Flow and finding purpose in life's narratives are more important for happiness than consumption.
Generation Z the Newest Member to the Workforcerapidbounce
Learn About:
• Previous Generations
• Generation Z Characteristics
• Generation Z Vs Millenials
• Generation Z in the Workplace
• Gen Z's Aspirations And Beliefs About Their Working
Environment
Short And Easy Reading Slides
The document summarizes recent developments in computing technology including advancements in personal computing devices like improved tablets, TVs, and smartphones as well as societal impacts of technologies like medical diagnostics tools and ways of helping poorer populations using computation. It also discusses emerging technologies like exascale computing capabilities, printable electronics, drone swarms, and NVIDIA's new computer architecture.
Robots could be used to further explore and scout the moon in preparation for future human missions. Past lunar rover missions, such as Lunokhod 2 which traveled over 24 miles on the moon's surface over 6 months, demonstrated that rovers can perform useful functions. Current rover concepts, like Scarab, are designed with capabilities like drilling and navigating steep terrain. Recent NASA lunar precursor missions, including the Lunar Reconnaissance Orbiter and LCROSS impactor, gathered extensive data on potential landing sites and the presence of resources like water ice, informing where future rover missions could explore.
This document discusses recent advances in medical research and longevity, including using graphene implants to treat nervous system diseases, improved diagnostic tools, regenerating blood vessels, protecting mice from obesity and extending lifespan with drugs, observing neural activity in high resolution 3D, positive results from clinical trials for muscular dystrophy, progress on gene therapies for diseases like muscular dystrophy and leukemia, developing wearable electronics and brain-computer interfaces, a potential cure-all antiviral drug, evidence that Alzheimer's may start in the liver, lifestyle changes preventing 50% of Alzheimer's cases, an environmental toxin linked to Alzheimer's and Parkinson's, making heart muscle from stem cells, growing replacement heart parts, and commercializing such products by 2016.
SpaceX has improved their Merlin engines to increase capability for future launch systems. Elon Musk plans to put millions of people on Mars using reusable launch systems. The article also profiles several figures in the new commercial space industry like Elon Musk, Richard Branson, and Jeff Greason and discusses NASA's studies of propellant depots in space to support lunar missions and exploration.
Personal Life Extension involves taking an active role in one's health through various lifestyle and monitoring practices. Key aspects include reducing stress and inflammation, getting quality sleep, monitoring health data through devices and tests, following a healthy diet and exercise regimen, and supplementing appropriately. Tracking numerous biomarkers through blood tests quarterly allows one to quantify changes over time and identify potential issues. Maintaining a balanced microbiome is also important for overall health and reducing inflammation.
This document provides an overview of energy news from July 2011, including summaries of nuclear, oil, and green energy topics. For nuclear, it discusses cheaper uranium extraction methods and China's pebble bed reactors. For oil, it lists the top oil-producing countries and their reserves, and discusses Canadian oil sands projects and a large oil discovery in Brazil. For green energy, it outlines new technologies to boost solar power and funding for new wind turbine designs, and reports a rise in global green energy investments.
1) The NRC has lowered its estimate of potential fatalities from a nuclear plant meltdown, now estimating less than 2% cesium release compared to the previous 60% estimate.
2) A new traveling wave reactor design generates heat at the top instead of centrally, which makes heat extraction easier but increases some radiation wear on the containment system. It requires 3-4 times more resilient materials.
3) New proposals aim to increase fuel efficiency in city driving by 20% using smartphone data, provide endless power to EVs through wireless road charging, and allow converting conventional vehicles to hybrids with wheel motor kits.
The document discusses several proposals for space infrastructure and resource utilization including mining the moon and near-earth asteroids, building a reusable launch system called FRETOS, mining rare earth metals from ocean floors using existing or adapted technology, and the hypothetical existence of a large planetary body called Tyche beyond the outer solar system that influences comet trajectories. It also proposes an underground nuclear launch system that could launch large payloads economically with minimal radiation impact. Finally, it notes SpaceX's successful launch and plans for commercial missions.
This document provides a summary of developments in various device technologies. It mentions that photonic crystals could be used as an alternative to batteries at high temperatures. It also describes a new terahertz polarizer that can pass 100% or block 99% of signals, with potential applications for security and communications. Additionally, it lists several applications of metamaterials such as negative refraction and phase holograms in the infrared spectrum. The document briefly outlines new developments in chips, data storage, 3D printing, and other electronics technologies.
SpaceX will launch its Falcon Heavy rocket in 2012/2013, which can lift 53 metric tons to orbit at a lower cost than other rockets. The rocket aims to enable lunar and Mars missions. Additionally, inflatable habitats and antennas may provide satellite communications and internet access anywhere on Earth or in space. Advances in electric propulsion, solar sails, and small asteroid moving technologies could enable new exploration opportunities.
Water is abundant on Earth but most is saline and unavailable for human use. Only 3% of the world's water is freshwater, with the majority locked up in ice caps and glaciers. One billion people lack access to safe drinking water and 2.6 billion lack basic sanitation, resulting in half of all hospitalizations from waterborne diseases. Improving access to clean water could save 135 million lives and improve nutrition by wiping out disease vectors. Solutions involve acquiring water through reclamation, extraction, conservation, and purification as well as improving sanitation, distribution, and irrigation infrastructure.
The document discusses the concept of technological singularity, which refers to a hypothetical future point involving radical technological change that is difficult to predict or comprehend. It describes various visions of how singularity could occur through continued exponential growth in computing power and artificial intelligence, leading to the creation of superintelligent machines that surpass human intelligence. The document also discusses potential positive and negative outcomes of singularity, including utopian visions of unlimited abundance and cures for diseases, as well as risks of uncontrolled artificial intelligence or unintended consequences for humanity.
The document provides brief updates on several space missions and projects, including the Dawn spacecraft continuing its study of asteroids, MIT developing micro-thrusters for spacecraft, an experimental scramjet aircraft being lost in the Pacific Ocean during a test flight, the Curiosity rover starting to drive on Mars and use its laser-shooting instrument to analyze rocks, and SpaceX planning to launch a weather satellite for NOAA.
The document discusses expectations for technological advancements through the rest of the decade including:
1. Increased energy efficiency through technologies like superconductors and improved energy grids as well as potential new energy sources like fusion.
2. Emerging technologies like additive manufacturing, neuromorphic chips, quantum computers, robotics, hyperbroadband, synthetic biology, and sensors becoming more widespread.
3. Major changes in industries like automated transportation, urbanization through mega cities and skyscrapers, education being transformed through accelerated innovation, and wearable technology advancing.
3D printing and other fabrication technologies allow for the creation of complex objects by building up layers of material according to a 3D model. These techniques can be used to print skin cells for wound healing, organs, and basic electronics. Personal fabrication tools like 3D printers and laser cutters enable individuals to design and produce custom objects. Programmable matter research aims to create materials that can change their physical properties, such as shape, density, and chemical composition, on demand.
This document discusses various topics related to biohacking and DIY biology, including:
1) Amateur biotechnology known as DIYBio that allows individuals to engineer biology and do computation with biological components through ordering custom DNA sequences online.
2) DIY genomics which involves individuals getting their own genomes sequenced and linked to health monitoring for personalized medicine applications.
3) Some biohacking resources and tools available to amateurs including genetic modeling programs, synthetic DNA, and viral vectors for genetic manipulation.
4) The potential for DNA and RNA to be used for nanoscale engineering and molecular computing through self-assembly and solving combinatorial problems in solution.
The document summarizes discussions from the 25th anniversary conference of the Foresight Nanotechnology Institute. Key topics included the progress and commercialization of nanotechnology over the past 25 years, challenges in the field like cross-disciplinary training and funding high-risk long-term research, and applications of nanotechnology in various industries from aerospace to biomedical. New areas discussed included using synthetic proteins and viral capsids for drug delivery, molecular computing, and mining operations on the moon.
Deep ocean mining targets volcanogenic massive sulfide (VMS) ore deposits on the seafloor that contain valuable metals like copper, zinc, gold and silver. These deposits form from hydrothermal vents where superheated water and dissolved metals erupt from underwater volcanoes. While explored in the 1970s, the technology was not advanced enough to mine economically. However, with rising demand and limited new sources of critical metals, companies are again looking to mine these deep ocean deposits using new mining machines and ship-based processing. One project, Solwara 1 off Papua New Guinea, aims to extract over a million tons per year of high-grade copper and gold starting in 2013 at a depth of 1,600
This document provides a critique of the Zeitgeist movement and Venus Project. It acknowledges some valid critiques they raise but argues they get many things wrong. They incorrectly claim money, markets, and prices are inherently evil. They fail to recognize human nature and ignore the benefits of voluntary exchange. Their proposals require centralized control and abandonment of individual economic freedom. Overall, the document is critical of the Zeitgeist movement's biased and unrealistic claims about human behavior, resources, and the feasibility of their proposed system.
This document provides an overview of key concepts in microeconomics and macroeconomics. It defines economics as dealing with scarcity and choice. It discusses opportunity costs, markets, and different economic systems. Productive efficiency and inefficiency are explained using the production possibilities frontier model. The document also distinguishes between positive and normative economics and microeconomics and macroeconomics.
Improving Civic Intelligence: Repairing the Engine on a Moving Car?Douglas Schuler
These are the slides from my keynote presentation at the recent Conference, Electronic Governance and Open Society: Challenges in Eurasia (EGOSE 2014), in St. Petersburg, Russia. Bottom line: There is a LOT to be done — and government, e- or not, can't do it without citizens.
International learning on Self-Directed SupportCitizen Network
Self-directed support has been developing since the 1960s - there is a long way still to go - here are some thoughts about lessons so far from around the world.
The document discusses how to create an economy that is both efficient and connected. It begins by asking what an "economy of interconnecting strengths" would look like and how it could be discussed using economic language. It then explores key terms and assumptions in current economics and questions that could help develop a better understanding of an interconnected economy. Overall, the document seems focused on reimagining economics to emphasize cooperation between different strengths rather than competition.
Information and media disrupted: implications for strategySelf-employed
1. Information and media are being disrupted by new technologies that change how information is distributed and consumed over time.
2. Disruption is the norm for journalism as it must balance business needs with its democratic purpose in an environment of constant change.
3. To adapt successfully, organizations must be agile and willing to experiment, focusing on their unique value rather than clinging to past models, as disruption will remain a recurrent feature of the media landscape.
The document discusses building innovation ecosystems and outlines questions to consider when analyzing an ecosystem. It notes that while traditional economics focused on gears (capital, labor, etc.), real economic activity is carried out by human beings impacted by geography, culture, and lack of trust. To develop innovation, we must build tribes of trust through diversity, collaboration, and experimentation. It provides "Rules of the Rainforest" for cultivating such ecosystems, including breaking rules and dreaming, trusting and being trusted, and failing fast and cheaply. It poses questions to evaluate elements like leadership, talent, ideas, capital, collaboration, and culture within an ecosystem.
This lecture provides an overview of the unintended consequences of post conflict intervention when the interventionalists do not fundamentally understand the nation they are trying to build.
The document provides an overview of key concepts in economics, including:
1) Economics is the study of how people satisfy unlimited wants through scarce resources. It addresses the fundamental problem of scarcity and how societies answer three basic questions: what, how, and for whom to produce.
2) Traditional, command, and market economies differ in how they answer these questions, with traditional relying on custom, command on central planning, and market on individual choices.
3) Most modern societies have mixed economies that incorporate elements of each system.
The document discusses leveraging neurobiological principles of genius to design workplaces of extraordinary creativity. It advocates for designing organizations based on principles of emergent complexity seen in the human brain and nature. This includes encouraging interconnectedness, curiosity, independent thinking and whole brain approaches. The document also promotes practices like mobbing, cross-boundary collaboration and increasing diversity to allow for emergent innovation and problem solving to arise from the bottom-up in a self-organizing manner. The goal is to cultivate psychological safety, imagination, performance and anti-fragility in organizational systems.
‘Nothing for Us Without Us’ - Towards an economic justice framework for Susta...UNDP Policy Centre
Presentation delivered by Masego Madzwamuse (OSISA) at the Rio+20 side event on the role of civil society and knowledge institutions in sustainable development: http://www.ipc-undp.org/PageNewSiteb.do?id=274&active=2
Current governance principles and practices are misaligned with the realities of the modern world. Striking this ‘right fit’ between knowledge, resources, processes and outcomes in complex environments where different groups have something to contribute towards shared outcomes – even while pursuing their own objectives – this is what we call intelligent governance.
We need to change the rules of the country, not just the 'rulers' if we want change. We need a Rules Revolution!
Free A Billion (FAB) 2020 talk by Rajesh Jain at an event organised by Students For Liberty in Jai Hind College.
This document discusses different global economic systems and theories, including:
1. Market capitalism, which relies on decentralized decision-making and private property rights.
2. Marxist socialism, which calls for socially owned resources and centralized economic planning.
3. Most modern economies have transitioned to "mixed economies" that incorporate elements of both capitalism and socialism, with significant government intervention and redistribution.
4. There is no consensus on the ideal economic system, but discussions center around issues like property rights, incentives, efficiency, equality, and transitioning former socialist countries to market economies.
This document discusses perspectives on artificial intelligence and challenges in the field of intelligent infrastructure (II). It describes four generations of machine learning and notes that current AI solutions are often developed for human-imitative problems rather than intelligence augmentation or II problems. Creating markets by blending statistics, economics, and computer science may help solve challenges involving large numbers of linked decisions and resource scarcity. Data flows can enable both load balancing and economic value when producers and consumers are connected in markets. While ML has advanced, robust and scalable solutions to modern data problems remain challenging.
The document discusses how creativity is important for the future of society but is often stifled in current institutions. It analyzes data that segments the population into three "creativity tribes": confident creators, the held back, and safety firsters. It then examines how organizations are evolving from traditional hierarchies to more collaborative, open, and borderless models in the new digital age due to changes in technology and values. The challenge for organizations is to balance "new power" approaches with traditional "old power" methods to maximize creativity and avoid potential extinction.
The document discusses several high priorities needed to move forward, including a sound economy, cheap and plentiful energy, sufficient materials, and an end to aging. It notes the economic realities of high debt levels, lower tax revenues, aging demographics, and governments overpromising on entitlement programs. Thorium reactors, anti-aging research, asteroid mining, and continued technological progress are proposed as ways to address energy, materials, and aging issues. Economic changes like balanced budgets, entitlement reforms, and incentives for business are also suggested.
This document discusses the importance of deliberation and civic intelligence for addressing societal problems. It defines deliberation as occurring at both an individual level ("in-the-small") and societal level ("in-the-large"), and argues that both are needed for deliberation to make a real difference. The document also asserts that developing civic intelligence through deliberation could help address growing "civic intelligence emergencies" caused by problems that elites cannot solve alone. It concludes by recommending making deliberation and civic intelligence high priorities, working across boundaries in semi-coordinated ways, and combining theory, experimentation, and action.
- The humanitarian response system is outdated and in need of disruption to address current challenges and leverage new technologies.
- Connectivity, mobile phones, social media, and digital volunteers have transformed the information landscape but humanitarian organizations have been slow to adapt.
- New approaches are needed that empower local communities, leverage digital tools, supplement local capacity rather than replace it, and develop sustainable and scalable solutions instead of one-off projects. Silicon Valley models of innovation and funding could be applied to drive disruption in humanitarian response.
The document provides a summary of various science and technology news including declining jobs, 3D telepresence technology, graphene circuits, an aberration free lens, cheap 3D sensing, and an energy efficient 64-core processor. It also discusses optical vortices and interference patterns, and introduces a wave glider surfing robot.
A space pier using reusable rockets may be more feasible than a space elevator for providing cheaper access to geosynchronous orbit. While a space elevator faces serious material challenges due to its length, a space pier concept using 100km towers in space could utilize less exotic materials and avoid the difficulties of an elevator reaching from the ground to space.
The economy is currently experiencing high inflation and a slowing job market. While unemployment remains low, consumer prices are rising sharply and economic growth has weakened in recent months. If inflation is not brought under control and the job market deteriorates further, the country risks entering a recession.
DNA origami is a technique for precisely arranging DNA strands into complex shapes and patterns, at the nanoscale, which can be used to assemble nanomachines. Indoor navigation remains a challenge as GPS signals do not penetrate buildings well. Devices and gadgets continue to push the boundaries of miniaturization and what can be achieved at the nanoscale.
The document summarizes discussions from a recap event on November 4th, 2012. Several speakers addressed topics including advances in health, wealth, violence reduction, technology, AI, longevity research, data access and ownership, and the potential societal impacts of artificial general intelligence. Vernor Vinge discussed multiple scenarios that could lead to a technological singularity, and Peter Norvig's projections from 2007 about hierarchical knowledge representation and machine learning were discussed.
The document discusses several emerging technologies including Autodesk developing CAD software for 3D tissue modeling, creating new materials by recipe, and an air data glove that allows writing in air. It also mentions upcoming smartphone advances like wireless charging standards, flexible displays, and fast growing Asian markets. Additionally, it briefly mentions potential discoveries or applications such as two types of Higgs bosons, generating electricity from tornadoes, over 500 phases of matter, quantum spin liquids, and using focused sound beams as a scalpel.
Voyager 1 has traveled 17 light hours from Earth and is sending back images. Scientists have determined that some planets discovered are potentially more habitable than Earth. Researchers continue developing new propulsion technologies, such as warp drive, to enable faster than light travel.
A new study claims to have smashed a previously believed "quantum limit" by detecting four times lower error rates than thought possible in quantum communication. If true, this could enable higher speed, lower power communication with fewer errors. The article also summarizes the latest developments in wireless technologies including 802.11ac, 802.11ad, LTE Advanced, and experimental technologies capable of transferring data at speeds from 1 Gbps to several terabits per second and even 1 petabit per second over fiber optic cables.
The document discusses the potential economic value of asteroid mining due to the precious metals and other resources contained within asteroids. It notes that a small 10-meter platinum asteroid could be worth $670 billion and even the smallest metallic asteroid identified so far contains over $30 trillion worth of metals. The document also outlines plans to characterize the atmospheres of exoplanets using telescopes by 2020 and new technologies like electric solar sails and mach effect thrusters that could enable deeper space exploration to planets and asteroids.
The document discusses the goals and philosophy of transhumanism, which advocates using technology to enhance human capabilities and abolish involuntary suffering by achieving indefinite life extension, abundant resources through space exploration, and advancing intelligence through both biological and technological means. It outlines concerns about aging populations, resource shortages, and economic crises, and proposes focusing research on anti-aging, artificial intelligence, brain-computer interfaces, and space exploitation to address these challenges. The document asks what individuals can do to help achieve this vision through funding research, building high-tech communities, and using their own skills to collaborate on advancing relevant technologies.
The document discusses several advances in medicine and biotechnology including a solid state gene sequencing machine that is cheaper and faster than previous methods, a technique for sequencing an entire genome from a single cell, a new method for genetic editing, printing an ear, a compound that reverses Alzheimer's symptoms, giving rats infrared vision, a synthetic biology circuit combining memory and logic, using graphene for neural implants, and a large prize for extending human life.
The document discusses intellectual property, including the different types of IP such as copyright, patents, trademarks, and trade secrets. It explores arguments for and against the validity of IP protection, how IP enforcement may further or impede human progress, and concerns about proposed legislation such as the Protect IP Act that could threaten the open internet. Overall, the document examines balancing innovation incentives with limiting unnecessary restraints on creativity and access to knowledge.
This document discusses several private space projects including Virgin Galactic's rocket test, more successful engine tests for Skylon, and private Mars flyby mission. It also lists projects from Icarus Interstellar such as Project Forward, Project Hyperion, Project Persephone, Project Bifrost, The Hellus Experiment, Project Tin Tin, the X-Physics Propulsion & Power Project, and Longshot II.
The document discusses several emerging technologies including multilayer superconductors, quantum refrigerators, ion trap quantum computers that can store one petabyte per square inch, improvements over TCP, table top neutral atom accelerators, and the upcoming Sony Playstation 4.
This document discusses several positive trends around the world including falling poverty, access to basic needs like water and energy, and technological advancements that can help solve problems. Specific points made include that cell phones are transforming Africa, renewable energy sources in Africa are abundant, and addressing issues like access to clean water could save millions of lives and improve health and nutrition globally. The overall message is that the current situation is better than it appears and continued progress is possible in meeting basic human needs for all people.
The Mars Science Laboratory Curiosity rover collected data about Martian conditions including average temperatures between -17.2 C to -107 C, an atmospheric pressure of 600 Pa which is lower than water's triple point, strong thermal tides, wind, possible volcanic influences, traces of water, high radiation levels, questions about global warming, and an atmosphere composed of 95% carbon dioxide with some methane.
The document discusses various advancements in robotics including a robotic dragonfly, pressure sensing electronic skin, a robot with a face and tail, micro-rockets for robotic insects, and the use of robots in South Korean prisons and as potential friends or warriors.
This document discusses the potential resources available from near-Earth asteroids, including their composition and location. It notes that asteroids contain valuable metals like nickel, platinum and gold, as well as rocks, ice and volatiles. The document outlines different categories of asteroids based on their composition and orbit. It proposes using small robotic probes and solar furnaces to mine and process asteroid materials with minimal human presence required for setup and repairs.
Memristors are being researched for artificial brain applications because their properties mimic synapses and allow both data processing and storage in the same physical unit like the brain. This could enable more efficient and powerful brain-like computing. Projects are aiming to simulate the human brain using memristors within the next 10 years, starting with simulating cat-scale brains, in order to develop general artificial intelligence that rivals the brain's low-power and adaptive capabilities.
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Find Latest India News and Breaking News these days from India on Politics, Business, Entertainment, Technology, Sports, Lifestyle and Coronavirus News in India and the world over that you can't miss. For real time update Visit our social media handle. Read First India NewsPaper in your morning replace. Visit First India.
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2. The future needs freedom
• Transhumanists are a minority
• Freedom to transform, enhance, transcend.
• Many conflictingtranshumanist goals
• Problem of distribution
– Especially in light of possible decrease in
economic desirability
• Mixture of statism and freedom the answer?
3. Conflicting H+ Goals and Values
– Political
• Libertopia
• Techno-Progressive
• Socialist
– Big vs Little Boat
• All or None thinking
• Idealist? Realist?
– Support for various developments
• AGI
• MNT
4. Freedom for H+ goals
• To transcend is to go beyond the status quo
– Is “majority” in a democracy synonymous?
• The outliers and pioneers bring the new
– Is demand for all to participate or none allowed
contrary?
– If the majority have tech means to monitor and
control then can innovation and change outside
their wishes still occur?
5. Freedom Pro
• Pro
– Individual rights based on self-ownership
– No legalized coercion by force
– Maximizes local decision making power/flexibility
– Voluntary vs compelled interactions
– Value creation maximization
• Freedom to create values you want to create and trade them for
values created by others.
• Maximizes production of things of value to others -> maximizing
overall value
– Produces maximum viable diversity
• Where viable means sustainable with all entities free to support what
they value enough.
• No centralized or majority decision on what is viable
6. Freedom Con
• Most people are stupid
– Make decisions bad for self and others
• Laws against actual harm are compatible though
– Rest not legitimate business of law?
• Large, difficult to grasp important projects unfunded
– How is such a project decided on? By an elite?
– How does one know which projects are really worth doing
outside Freedom based feedback?
• No positive rights (rights others are compelled to fulfill)
– What happens to poor, disabled, disadvantaged, etc.?
7. Statism Pro
• Acknowledges elite
– Only a minority are bright enough, etc. to understand and guide the rest
• Danger to all if not common people coerced by state
• Deals with flawed human nature
– Humans are naturally too flawed to be left to own devices
• Doesn’t that apply to the elite / rulers as well?
• Funding of needed but not sufficiently popular projects
• Maximization of value
– Ensure all can participate by coercion of results
– Safety net
– Economic planning and control
– Subsidize non-market viable things that elite judges as good in longer view
• Positive rights
– To a good job, housing, education, health care, and anything else that the
state decides everyone should have no matter what.
8. Statism Con
• Positive rights are coercion
– To be provided somehow by someone against their will
• Concentrates ultimate power in relative few hands
– Invites corruption
• State power is unanswerable
– Except for limited power of vote in democracy
• Presumes an elite exist with such abilities
• Concentration of data and decision problem
– See “Out of Control”.
– No central nexus can be as responsive and accurate to changing local
conditions
• Enshrines policies and procedures beyond usefulness
• Destroys more freedom over time inexorably
• Unbounded in principle
• Inadequate feedback
9. Possible Income Conundrum
• Job – selling your labor/skills on time basis
– Increasing automation and machine takeover
• New jobs always result for humans? Maybe not.
– Labor market is global
• “The World is Flat” – especially for information jobs
• Labor rates seek bottom of what equivalent job can be done for
• Same rates will not be viable worldwide due to differences in local
conditions/costs
– Selling labor/time seems to head toward a minimum
• What can people do differently?
• Can that be taught?
• How many can do that?
• Do we all ultimately get priced out by AI and automation?
– Or will there always be a market enough among humans or for human
produced goods/services?
10. Goods – More, Cheaper
• Better technology
• Cheaper labor
– Global, human
– Machine
• Or not
– Resource/materials shortage
– Energy problem
• Higher transportation costs of finished goods
• Less energy for factories and/or at higher prices
• MNT
– Much faster reduction in costs of all kinds
– Result depends on kind of MNT tech
• May not have Santa machines
• Infeasible or outlawed
• Would require massive surveillance to outlaw it if possible
11. Rising Demand
• Billions of Asians aspire to richer lifestyle
• Internal Asian markets growing for their
production
• Wage levels increase over time
– workers will not sell their time as cheaply and
demand for skills increases
– Mobile workforce likely to relocate to places of
better income and conditions
12. So, Redistribution is Required?
• Assumptions
– no viable economic niches
– no problems producing plentiful goods
• In these conditions why not give people [much] something for nothing?
– Who or perhaps what owns this something?
• How are they compensated?
– Given no need to work/produce trade value
• What motivates people? Self actualization?
• If needs are met regardless of success or failure then what sorts among possible projects?
– Simply desire/satisfaction?
– What of insufficient resources for all projects so selection among them must occur. On what basis?
• Do we end up with a much more or much less vibrant and innovative society?
– Of course the AIs and the more massively enhanced may do most innovation
• If required how do you avoid the cons of statism?
• This reasoning has a big contradiction
– If humans become generally unviable economically then decisions of how or whether to
distribute goods are not likely to be in human hands.
13. Redistribution and Terrorism
• Despairing, frightened people are more likely to breed
violence and terrorism
– Possible damage increases as tech increases
– Stopping such requires either
• Making majority feel more safe and secure in face of rapid tech
acceleration
• Surveillance and control of most of population
• This looks like a call for some statism or
• A call for a freedom based approach that is understood to be more
hopeful.
– Is surveillance and control of violence/terrorism compatible
with freedom?
– Statism breeds many conditions (empire building, state
sabotage, war) that lead to more despair, frightened people,
worsening conditions.
14. What is the Goal?
• Is it that the maximum number of humans
survive and thrive regardless of viability?
• Is it that the most interesting and vibrant future
happens regardless of number of humans that
can partake?
• Are these compatible? Does the second actually
require the first?
– Is it “Both/And”?
– Neither of the above?
– Irrelevant?
Editor's Notes
Today we examine place of and need for Freedom to arrive at the kind of future we desire. To be more balanced we will look at Freedom vsStatism along the way and do so relative to some likely coming challenges.
What is freedom? Freedom is basically the right to do anything one wishes that does not violate the rights of others. This is principally a prohibition against the intiation of force in any form.Today democracy is considered our best guarantee of a viable future. But consider that transhumanists are a minority. What happens when the majority seeks to close down many avenues that we wish to develop? Freedom to pursue one's values is the heart of freedom to transform, enhance, transcend. What is its proper balance against safety and security concerns and the wishes of the majority? What is the place of the state?Even among transhumanists there are goals and ideas of what sort of future we wish to create and how quickly and by what methods and buy in. Can we sort them out by argument or voting or simply try all that the interested parties can raise resources to pursue? Perhaps we can for the technical issues but the political issues are something else again. Do we need room to vote with one’s feet and pick a political regime most in agreement? If so this argues against a more homogenized world government as some dream of creating.
H+ folks disagree on politics. Views range from what some label “libertopia”, basically a libertarian pro maximal freedom stance through various forms of socialism and techno-progessive thought. The primary disagreements may be seen as disagreements about the role of the state and of the state’s coercive power in achieving a maximally viable future. Thus this talk will explore differences between freedom and various kinds of statism.Another large difference is around whether to proceed with achieving various parts of transhumanist dreams regardless of whether we can guarantee their availability to all or only the relative few in the beginning. Some transhumanist disagree about whether AGI should be developed and if it is under what rigorous constraints. Most do not disagree about developing MNT but have a variety of views about the environment and desired consequences for that introduction. Many have disagreements about singularity and what it does or does not mean. These range from the *yawn, no big dear* to utterly apocalyptic in the full range from utter utopia to complete destruction of humanity.
We have seen states prohibit stem cell research and development, prohibit cloning and move to restrict various technologies or subject them to deep state control and lack of privacy.What happens when the majority do no understand or are fearful and the very technologies that could bring radical improvement in the human condition are prohibited? Do the pioneers become outlaws?Is the all or none accessibility demand contrary to the very nature of innovation and the outliers pioneering the new? Is there reason to fear all such innovation so much we do not advance?Since technology enables a level of monitoring and control that is much more thorough than every before can the necessary acting on disagreement occur?
Individual rights based in self ownership are the heart of pro-freedom stances. These are arguably essential to the maximum viability of intelligent beings.A society respecting freedom has no place for legalized coercion by force except to prevent or respond to the initiation of force.Freedom of decision / action at all levels maximizes flexible problem solving at the point where most information is available vs more centralized planning and control.Value creation is maximized. You are free to create any values you wish and trade the for the values created by others. This naturally self-regulates choices toward maximal value.Values created are viable when they are seen as of more value than the values that were spent creating them. Viable values are self-sustaining.In a free society there is no central or majority decision on or dictation of what values to pursue or forcing of particular values whether viable or not.
The notion of freedom is seen as contrary to most people not being that bright, informed or honest. What if they make bad decisions harming not only themselves but others or fail to make needed decisions?Perhaps because of this large, difficult to grasp but very important projects will not be funded or developed. Is such decided by an elite? How do we know which are and are not valid projects of this kind?Perhaps people should be compelled to not do some things they want to or to do other things that we (some elite) think would lead to a better world.Freedom supports no positive rights – rights compelling others to fulfill them. Examples: guaranteed income, free health care. What happens to the poor, disadvantaged, etc.?
Jobs suck. You are effectively selling your time, the one resource that you can’t (this side of immortality) make more of, at a fixed rate. You can raise the rate but your earnings are pretty strictly limited.The labor market is increasingly global. Anyplace a good or service can be produced or offered as cheap or more cheaply is the competition. This is especially so for information based goods and services.Selling your time gets minimized across all workers everywhere that can do the same quality work. Can we all become micro-entrepreneurs? On the fly project teams? Something else?
Better technology offers cheaper goods through automation, better processes, improved quality control, increased machine decision making at higher speed, new materials, etc.The labor inputs to goods and services are more global for human labor and increasingly are done by machines and computers. Labor costs become cheaper.However the resource shortages and the looming energy crisis push against this a bit. In particular transportation and energy use costs can limit how cheaply goods can be made and delivered.Of course with MNT we can get much more done with less resources, energy, time. Although that level of MNT is likely a good 3 decades off.Even when it arrives it may not be Santa machines or your kitchen table. It may be much more limited out of necessity or social/political/economic engineering.But if Santa machines can be made and replicated they will be eventually short of total surveillance and control. That however has little to do with now or next few decades.