1000 Lessons: Difference between revisions

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*RLF is implemented for each, consisting of books, appliances, machines, diagnostics, construction Set kits, etc. Software, designers, code snippets, props, other learning aids.
*RLF is implemented for each, consisting of books, appliances, machines, diagnostics, construction Set kits, etc. Software, designers, code snippets, props, other learning aids.
*20x learning rate design via RLF - aimed at $100k in 1 year, meaning machine assist of 2x over industry standard via lowering cost of machines.
*20x learning rate design via RLF - aimed at $100k in 1 year, meaning machine assist of 2x over industry standard via lowering cost of machines.
*Identify seminal work, current global top grade, and presenter for OSE school.
*Identify seminal books, current global top grade person, and presenter for OSE school. Presentation for OSE school must be either a top notch synthetic presentation, or edited video based on their work - super high quality standards setting work. Identify mentor for each topic - person who can guide the group, pending sufficient team size of 12 students


=Content - Integrated Human Intelligence=
=Content - Integrated Human Intelligence=

Revision as of 18:06, 29 April 2024

Approach to the OSE School

  • Survey, comprehensive
  • Linked - limit of one area is all other areas
  • Relationship to other areas
  • How to derive knowledge in an area, and apply knowledge from other areas to one area
  • About 6 101 topics as in OSE Curriculum
  • RLF is implemented for each, consisting of books, appliances, machines, diagnostics, construction Set kits, etc. Software, designers, code snippets, props, other learning aids.
  • 20x learning rate design via RLF - aimed at $100k in 1 year, meaning machine assist of 2x over industry standard via lowering cost of machines.
  • Identify seminal books, current global top grade person, and presenter for OSE school. Presentation for OSE school must be either a top notch synthetic presentation, or edited video based on their work - super high quality standards setting work. Identify mentor for each topic - person who can guide the group, pending sufficient team size of 12 students

Content - Integrated Human Intelligence

Refining the 1000 Hour Curriculum

  • The Universe - fusion, fission, gravity, space, space-time, matter, antimatter, god. From this derive the laws of physics.
  • The Laws of Nature - physics survey. All known quantities of matter and energy. Goes to counting, engineering etc
  • The Laws of History - world history including green and peoples', as well as spiritual, natural, civilization, morality
  • The Laws of Human Power - personal, political, geopolitical, universal
  • Food - feeding everyone
  • Housing - housing everyone but nomads
  • Energy
  • Spirituality - religion, spirituality, a
  • How to read
  • How to write - on writing well, purposes of writing (de-condusion of thought)
  • How to ask questions
  • How to Count - math, calculators, formulas
  • Logic
  • Algorithms
  • Mechanisms
  • Architecture - design of buildings
  • Landscape architecture - designing environments of nature and architecture, and terra forming
  • Materials - study of the properties of matter
  • self-realization - study of human performance and
  • Law - Roman and derivative to common law and the US system. Other legal systems. Operations in the US system.
  • Governance - study of all governance systems to create the next
  • Speaking, singing, dancing, instruments, and performing on stage. The why of it
  • Money - how to make money and specifications of a post-scarcity money systems.
  • Health - understanding human body structure, function, and applying that to strength, flexibility, coordination, motion, and human augmentation.
  • Medicine - popular diagnostics and corrective means. Open Sector facilities and augmented medicine (AI, telemedicine, automated diagnostics, RLF)

Tech

  • Frames
  • Automated controllers
  • Sensors
  • Actuators and functional heads
  • Comms and networking
  • Power and drive systems
  • Mechanisms
  • Algorithms, motion, cv, AI, human programmability
  • Precision motion systems
  • Manufacturing processes - forging, rolling, drawing, conveying, crushing, mixing, wire feed, pressure vessels, piping, sensors with hydraulic and electric and pneumatic means