Difference between revisions of "Worldview"

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* Define consilience and explain how it is possible and why it is necessary  
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* Define consilience and explain how it is possible and why it is necessary.
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* State six questions around which people construct a world-view, and respond to these by sciencing to construct an inclusive, consilient world-view. (See below.)
 
* How do we know?  
 
* How do we know?  
# Explain why science is a singular basis for consilience (culture cleaner)
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# Explain why science is a singular basis for consilience
# Make case for valuescience (Schrom; quotations from past advocates for a science of value)
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# Make case for valuescience
 
# Define value. Show prediction is nexus. Value meaningful only to extent resting on successful prediction.  
 
# Define value. Show prediction is nexus. Value meaningful only to extent resting on successful prediction.  
 
# Predicate behavior upon, and explain it with ideas about value
 
# Predicate behavior upon, and explain it with ideas about value
# Map different from territory. Humans numerous and powerful. Errors increasingly costly. Must close gap to thrive, survive. (climate change)
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# Map different from territory. Humans numerous and powerful. Errors increasingly costly. Close gap to thrive, survive.
* What is? (AAAS, Huang twins)
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* What is?
 
# Matterenergy, spacetime, universe, particles, elements, forces, laws
 
# Matterenergy, spacetime, universe, particles, elements, forces, laws
 
# Solar system, Sun, Earth, moon, life, biosphere, matter cycles, energy flows
 
# Solar system, Sun, Earth, moon, life, biosphere, matter cycles, energy flows
# Humans, mind, society, technology, artifact
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# Human physical and psychological characteristics
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# Human society, technology, artifact
 
* How did it come to be?
 
* How did it come to be?
# Evolution of universe, Earth, life, human life, society, to c. 200,000 years BCE (Harvey)
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# Evolution of universe, Earth, life, human life, society, to c. 200,000 years BCE
# Evolution of global ecosystem for most recent 200,000 years (Harvey)
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# Evolution of global ecosystem for most recent 200,000 years
# Human hunting/gathering, agriculture, urbanization, centralization of power and rise of social “system,” specialization, technological development (Eisler, Mumford, Urban, Heilbroner)
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# Human hunting/gathering, agriculture, urbanization, centralization of power and rise of social “system,” specialization, technological development, money and banking, dominance hierarchy
# Energy and other resource depletion, proliferation of hazards, disruption of processes, overshoot, complexity (Catton, Tainter)
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# Conversion of other nature to human biomass, information, and artifact with attendant energy and other resource depletion, proliferation of hazards, disruption of processes
# Human physical and psychological characteristics (Diamond, Shepard)
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# Humans as global geophysical force
* Where are we going? (status and trends of factors in ecological framework)
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* Where are we going?
# Mental and physical health (Shepard; life expectancy at different ages)
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# World modeling: systems thinking, ecological footprint, TruCost
# Information
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# Mental and physical health: meditation, physical exercise, social support, delusion, addiction, anomie, cynicism, positivity, infectious disease, degenerative disease, medical interventions
# Accuracy (science; other)
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# Information: accuracy, pertinence, science, fundamentalism, signal-to-noise ratio, overload, filtering
# Pertinence (misperceived threat stats)
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# Nature/human ecology: exponential growth, ''Limits to Growth,'' "ratchet of progress,"  complexity, overshoot, ecological footprint, ERoEI, RRoRI, AI
# Signal-to-noise ratio (30% of web traffic is porn)
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# Artifact: electronic devices, urbanization, robotics, GMOs, malware
# Nature/human ecology (Club of Rome; IPCC; Sixth Extinction)
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# Society: dominator/partnership models, wealth and income distributions, unemployment, emergence of “system” and “megamachine,” migration, technology, transition movement, corporatism, localism, criminalization, incarceration, biophysical economics, science-based religing
# Artifact (AI prognosticators, e.g., Urban, Bostrom)
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# Society
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# Dominator/Partnership (Eisler,Kelly)
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# Emergence of “System” and “Megamachine” (Dunn, Mumford)
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# Technocornucopian/Transitional & Multinational corporate/Local, personal
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* What do we want?
 
* What do we want?
 
# Describe vision for self, society, Earth
 
# Describe vision for self, society, Earth
# Selfish gene (Dawkins)
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# Selfish gene, meme machines, status in social hierarchy, Maslow's Hierarchy
# Meme machines (Dennett, Blackmore)
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# Status in social hierarchy
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# Maslow
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* How can we get it?  
 
* How can we get it?  
# accommodation/manipulation
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# Accommodation, manipulation, consciousness, technology
# consciousness/technology
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# What to ask/offer?
# What ask/offer?
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# Portfolio of selves akin to investment portfolio, trade-offs in satisfying different levels of Maslow's Hierarchy
# Portfolio of selves akin to investment portfolio
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# How to become better able to realize vision through conscious evolution of self?
# trade-offs among satisfactions of different levels of Maslow's Hierarchy
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# Evolve information: genetic, epigenetic, experiential; replace flawed bases for knowing value with science-based religing, biophysical economics, new money
# How become better able to realize vision through conscious evolution of self?
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# Evolve political and moral philosophy: literal, integrated capitalism; incomism; communism; individualism
# Genetic
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# Social contract: how many people, for how long, relying upon what inputs, applying what technologies, to generate what outputs, allocating work and reward how, to what ends, with what mechanism for contract amendment?
# Epigenetic
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# How to evolve visions?
# Experiential
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# Replace flawed bases for knowing value
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# Science-based religing (connectedness, ethics)
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# Biophysical economics (TruCost; Nordhaus coal)
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# Consequences of debt money (Eisenstadt, Hayek, Fisher)
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# Seignorage money system (Worgl, Greco)
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# Political and moral philosophy (redefining and repositioning "-isms")
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# Literal, integrated capitalism/incomism  
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# Literal, integrated communism/individualism
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# Social contract: how many people, for how long, relying upon what inputs, using what technologies, to generate what outputs, allocating work and reward how, to what ends, with what mechanism for contract amendment?
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# How evolve visions
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Latest revision as of 09:26, 15 August 2018

  • Define consilience and explain how it is possible and why it is necessary.
  • State six questions around which people construct a world-view, and respond to these by sciencing to construct an inclusive, consilient world-view. (See below.)
  • How do we know?
  1. Explain why science is a singular basis for consilience
  2. Make case for valuescience
  3. Define value. Show prediction is nexus. Value meaningful only to extent resting on successful prediction.
  4. Predicate behavior upon, and explain it with ideas about value
  5. Map different from territory. Humans numerous and powerful. Errors increasingly costly. Close gap to thrive, survive.
  • What is?
  1. Matterenergy, spacetime, universe, particles, elements, forces, laws
  2. Solar system, Sun, Earth, moon, life, biosphere, matter cycles, energy flows
  3. Human physical and psychological characteristics
  4. Human society, technology, artifact
  • How did it come to be?
  1. Evolution of universe, Earth, life, human life, society, to c. 200,000 years BCE
  2. Evolution of global ecosystem for most recent 200,000 years
  3. Human hunting/gathering, agriculture, urbanization, centralization of power and rise of social “system,” specialization, technological development, money and banking, dominance hierarchy
  4. Conversion of other nature to human biomass, information, and artifact with attendant energy and other resource depletion, proliferation of hazards, disruption of processes
  5. Humans as global geophysical force
  • Where are we going?
  1. World modeling: systems thinking, ecological footprint, TruCost
  2. Mental and physical health: meditation, physical exercise, social support, delusion, addiction, anomie, cynicism, positivity, infectious disease, degenerative disease, medical interventions
  3. Information: accuracy, pertinence, science, fundamentalism, signal-to-noise ratio, overload, filtering
  4. Nature/human ecology: exponential growth, Limits to Growth, "ratchet of progress," complexity, overshoot, ecological footprint, ERoEI, RRoRI, AI
  5. Artifact: electronic devices, urbanization, robotics, GMOs, malware
  6. Society: dominator/partnership models, wealth and income distributions, unemployment, emergence of “system” and “megamachine,” migration, technology, transition movement, corporatism, localism, criminalization, incarceration, biophysical economics, science-based religing
  • What do we want?
  1. Describe vision for self, society, Earth
  2. Selfish gene, meme machines, status in social hierarchy, Maslow's Hierarchy
  • How can we get it?
  1. Accommodation, manipulation, consciousness, technology
  2. What to ask/offer?
  3. Portfolio of selves akin to investment portfolio, trade-offs in satisfying different levels of Maslow's Hierarchy
  4. How to become better able to realize vision through conscious evolution of self?
  5. Evolve information: genetic, epigenetic, experiential; replace flawed bases for knowing value with science-based religing, biophysical economics, new money
  6. Evolve political and moral philosophy: literal, integrated capitalism; incomism; communism; individualism
  7. Social contract: how many people, for how long, relying upon what inputs, applying what technologies, to generate what outputs, allocating work and reward how, to what ends, with what mechanism for contract amendment?
  8. How to evolve visions?