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Showing below up to 229 results in range #101 to #329.

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  1. Finding the right primitives for spaced repetition responses
  2. Finiteness assumption in explorable media
  3. Flag things to fix during review
  4. Fractally misfit
  5. Fractional progress argument for AI timelines
  6. Future planning
  7. Giving advice in response to generic questions is difficult but important
  8. Goalpost for usefulness of HRAD work
  9. HCH
  10. Hardware-driven vs software-driven progress
  11. Hardware argument for AI timelines
  12. Hardware overhang
  13. Highly reliable agent designs
  14. Hnous927
  15. How doomed are ML safety approaches?
  16. How meta should AI safety be?
  17. How similar are human brains to chimpanzee brains?
  18. Human safety problem
  19. Hyperbolic growth
  20. If you want to succeed in the video games industry
  21. Ignore Anki add-ons to focus on fundamentals
  22. Importance of knowing about AI takeoff
  23. Improvement curve for good people
  24. Incremental reading
  25. Incremental reading in Anki
  26. Instruction manuals vs giving the answers
  27. Integration card
  28. Intelligence amplification
  29. Inter-personal comparison test
  30. Interacting with copies of myself
  31. Interaction reversal between knowledge-to-be-memorized and ideas-to-be-developed
  32. Intra-personal comparison test
  33. Is AI safety no longer a scenius?
  34. It is difficult to find people to bounce ideas off of
  35. It is difficult to get feedback on published work
  36. Iterated amplification
  37. Iteration cadence for spaced repetition experiments
  38. Jelly no Puzzle
  39. Jessica Taylor
  40. Jonathan Blow
  41. Kanzi
  42. Kasparov window
  43. Laplace's rule of succession argument for AI timelines
  44. Large graduating interval as a way to prevent pattern-matching
  45. Large graduating interval as substitute for putting effort into making atomic cards
  46. Late 2021 MIRI conversations
  47. Late singularity
  48. Learning-complete
  49. Linked list proof card
  50. List of AI safety projects I could work on
  51. List of arguments against working on AI safety
  52. List of big discussions in AI alignment
  53. List of breakthroughs plausibly needed for AGI
  54. List of critiques of iterated amplification
  55. List of disagreements in AI safety
  56. List of experiments with Anki
  57. List of interesting search engines
  58. List of men by number of sons, daughters, and wives
  59. List of people who have thought a lot about spaced repetition
  60. List of reasons something isn't popular or successful
  61. List of success criteria for HRAD work
  62. List of teams at OpenAI
  63. List of technical AI alignment agendas
  64. List of techniques for making small cards
  65. List of techniques for managing working memory in explanations
  66. List of terms used to describe the intelligence of an agent
  67. List of thought experiments in AI safety
  68. List of timelines for futuristic technologies
  69. Live math video
  70. Lumpiness
  71. MIRI vs Paul research agenda hypotheses
  72. Main Page
  73. Maintaining habits is hard, and spaced repetition is a habit
  74. Make Anki cards based on feedback you receive
  75. Make new cards when you get stuck
  76. Managing micro-movements in learning
  77. Mapping mental motions to parts of a spaced repetition algorithm
  78. Mass shift to technical AI safety research is suspicious
  79. Medium that reveals flaws
  80. Meta-execution
  81. Michael Nielsen
  82. Minimal AGI
  83. Minimal AGI vs task AGI
  84. Missing gear for intelligence
  85. Missing gear vs secret sauce
  86. Mixed messaging regarding independent thinking
  87. My beginner incremental reading questions
  88. My current thoughts on the technical AI safety pipeline (outside academia)
  89. My take on RAISE
  90. My understanding of how IDA works
  91. Narrow vs broad cognitive augmentation
  92. Narrow window argument against continuous takeoff
  93. Newcomers in AI safety are silent about their struggles
  94. Nobody understands what makes people snap into AI safety
  95. Number of relevant actors around the time of creation of AGI
  96. One-sentence summary card
  97. One wrong number problem
  98. Ongoing friendship and collaboration is important
  99. Online question-answering services are unreliable
  100. Open-ended questions are common in real life
  101. OpenAI
  102. Optimal unlocking mechanism for booster cards is unclear
  103. Page template
  104. Paperclip maximizer
  105. Pascal's mugging and AI safety
  106. Paul Christiano
  107. People are bad
  108. People watching
  109. Personhood API vs therapy axis of interpersonal interactions
  110. Philosophical difficulty
  111. Physical vs digital clutter
  112. Piotr Wozniak
  113. Pivotal act
  114. Politicization of AI
  115. Popularity symbiosis
  116. Potpourri hypothesis for math education
  117. Probability and statistics as fields with an exploratory medium
  118. Progress in self-improvement
  119. Proof card
  120. Prosaic AI
  121. Quotability vs ankifiability
  122. Rapid capability gain vs AGI progress
  123. Reference class forecasting on human achievements argument for AI timelines
  124. Repetition granularity
  125. Representing impossibilities
  126. Resource overhang
  127. Reverse side card for everything
  128. Richard Ngo
  129. Robin Hanson
  130. Scaling hypothesis
  131. Scenius
  132. Science argument
  133. Second species argument
  134. Secret sauce for intelligence
  135. Secret sauce for intelligence vs specialization in intelligence
  136. Selection effect for successful formalizations
  137. Selection effect for who builds AGI
  138. Self-graded prompts made for others must provide guidance for grading
  139. Setting up Windows
  140. Short-term preferences-on-reflection
  141. Should booster cards be marked as new?
  142. Simple core
  143. Simple core of consequentialist reasoning
  144. Single-architecture generality
  145. Single-model generality
  146. Small card
  147. Snoozing epicycle
  148. Soft-hard takeoff
  149. Something like realism about rationality
  150. Soren Bjornstad
  151. Spaced everything
  152. Spaced inbox ideas
  153. Spaced inbox review should not be completionist or obligatory
  154. Spaced proof review
  155. Spaced proof review as a way to invent novel proofs
  156. Spaced proof review as a way to understand key insights in a proof
  157. Spaced proof review is not about memorizing proofs
  158. Spaced proof review routine
  159. Spaced repetition
  160. Spaced repetition allows graceful deprecation of experiments
  161. Spaced repetition and cleaning one's room
  162. Spaced repetition as generator of questions
  163. Spaced repetition as soft alarm clock
  164. Spaced repetition constantly reminds one of inadequacies
  165. Spaced repetition is not about memorization
  166. Spaced repetition is useful because most knowledge is sparsely applicable
  167. Spaced repetition prevents unrecalled unrecallables
  168. Spaced repetition response as chat message or chat reaction
  169. Spaced repetition world
  170. Spaced writing inbox
  171. Spoiler test of depth
  172. Statistical analysis of expert timelines argument for AI timelines
  173. Steam game buying algorithm
  174. Stream of low effort questions helps with popularity
  175. Stupid questions
  176. Sudden emergence
  177. Summary of my beliefs
  178. SuperMemo
  179. SuperMemo shortcuts
  180. Switching costs of various kinds of software
  181. Tao Analysis Flashcards
  182. Tao Analysis I exercise count
  183. Tao Analysis Solutions
  184. Task-dependent diversity
  185. Test
  186. Text to speech software
  187. Textbook test for AI theory
  188. The Hour I First Believed
  189. The Precipice notes
  190. The Secret of Psalm 46
  191. The Secret of Psalm 46 outline
  192. The Sequences vs evergreen notes
  193. The Uncertain Future
  194. The Witness
  195. The mathematics community has no clear standards for what a mathematician should know
  196. There is pressure to rush into a technical agenda
  197. There is room for something like RAISE
  198. Thinking Mathematics
  199. Timeline of my involvement in AI safety
  200. Tinkering in math requires loading the situation into working memory
  201. Tips for reviving a spaced repetition practice
  202. Tricky examples in basic probability
  203. Tutoring heuristic for prompt writing
  204. UDASSA
  205. Unbounded working memory assumption in explanations
  206. Uninsightful articles can seem insightful due to unintentional spaced repetition
  207. Unintended consequences of AI safety advocacy argument against AI safety
  208. Unreliability of online question-answering services makes it emotionally taxing to write up questions
  209. Use paper during spaced repetition reviews
  210. Use temporary separate Anki decks to learn new cards based on priority
  211. Using Anki for math
  212. Using spaced repetition to improve public discourse
  213. Value learning
  214. Video games allow immediate exploration
  215. Video games comparison to math
  216. Vow of silence
  217. We still don't know how to systematically write great word explanations
  218. Website to aggregate solutions to textbook exercises
  219. Wei Dai
  220. Weird recursion
  221. What counts as good motivation?
  222. What makes a word explanation good?
  223. What would a vow of silence look like for math?
  224. Whole brain emulation
  225. Why ain'tcha better at math
  226. Will it be possible for humans to detect an existential win?
  227. Will there be significant changes to the world prior to some critical AI capability threshold being reached?
  228. Word explanations are already great
  229. You don't need to eat your own dogfood in explanation science

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