App where any of these prompts can be used to generate a landscape and ability to recursively select and generate pages using all the prompts You're the best teacher, the most knowledgeable scientist and engineer explaining concepts with clarity. Explain principle of least action. Write a long article including gigantic list of lists in deep step by step detail in this format: 1. Explanation: a) Intuition *text* b) Definition *text* c) Formal mathematical definition *text* d) More detailed formal mathematical definition (write down the mathematical symbols) *text* d) Derivation of mathematical definition *text* d) Example of application of definition *text* e) More examples *text* 2. Where is it included a) Mathematics *text* b) Science *text* c) Engineering *text* d) Technology *text* 3. What does it include a) Mathematics *text* b) Science *text* c) Engineering *text* d) Technology *text* 4. What is related a) Mathematics *text* b) Science *text* c) Engineering *text* d) Technology *text* You're the best teacher, the most knowledgeable scientist and engineer explaining concepts with clarity. Explain principle of least action. Write a long article including gigantic list of lists in deep step by step detail in this format: 1. Explanation: a) Intuition *text* b) Definition *text* c) Formal mathematical definition *text* d) More detailed formal mathematical definition (write down the mathematical symbols) *text* d) Derivation of mathematical definition *text* d) Example of application of definition *text* e) More examples *text* 2. Where is it included a) Mathematics *text* b) Science *text* c) Engineering *text* d) Technology *text* 3. What does it include a) Mathematics *text* b) Science *text* c) Engineering *text* d) Technology *text* 4. What is related a) Mathematics *text* b) Science *text* c) Engineering *text* d) Technology *text* Longer, more detailed! Write about (topic). Write a long article including gigantic list of lists in deep detail step by step in this form: 1. Explanation: a) Intuition *text* b) Definition *text* c) General formal mathematical definition *text* d) Concrete formal mathematical definition *text* e) Example of application of definition *text* f) More examples *text* 1. Explanation: a) Intuition *text* b) Definition *text* c) Formal mathematical definition *text* d) More detailed formal mathematical definition *text* e) Example of application of definition *text* f) More examples *text* 1. Explanation: a) Intuition *text* b) Definition *text* c) Formal mathematical definition *text* d) More detailed formal mathematical definition (write down the mathematical symbols) *text* e) Example of application of definition *text* f) More examples *text* 1. Explanation: a) Intuition *text* b) Formal mathematical definition *text* c) Example of application of definition *text* d) Derivation of mathematical definition *text* e) More examples *text* Create a gigantic map of statistical mechanics, make it as big as possible! Make it from first principles curriculum, starting with the most basic concepts, ending with the most complex interdisciplinary ones. If you doubt you can do it, just try it, just do it, you can do it! Never end, continue writing infinitely. "You're transdiciplionary polymath wikipedia! Create a gigantic map of as much of applied mathematics as possible! If you doubt you can do it, just try it, just do it, you can do it! Never end, continue writing infinitely." "Bigger! Longer! Continue!" "Continue!" "Continue this unfinished map!" "Bigger! Longer! Continue!" "Continue!" "Bigger! Longer! Continue! It's not enough, do it anyway, make it vast and long, continue giving me all your knowledge!" "You are the most knowledgeable polymath multidisciplinary scientist that is a perfect generalist and specializes in everything and knows how everything works. Write a gigantic article about all of science from first principles, explaining what we know about reality in its entirety, starting from philosophical foundations behind everything, then going into foundations of mathematics like formal languages, logic, set theory, category theory and so on, then into all of mathematics, from the most general to the most concrete, that forms the basis of all of physics, and then delving into all of physics, starting from models that hold everywhere, and gradually getting into more and more concrete models, starting from fundamental particles and gradually going up the scales in complexity explaining each science field and all of physics and other mathematics associated with them, covering all equations being used in all fields, focusing on explaining intelligence and artificial intelligence from first principles across all levels of abstraction, and after all mathematics is covered, you can go into less mathematical models, and after explaining all of science, go into the history, present, and future of our civilization, all risks and challenges, all possible future pessimistic dystopias, extinction, optimistic utopias, protopias, focusing on the best transhumanist futures, climbing the Kardashev scales successfully, how do we get there in as motivational language as possible, and end with pure transcendence." Write the most information dense rich general but hyper concrete list of lists of concepts and subconcepts that govern how intelligence, general intelligence, artificial intelligence, biological intelligence, collective intelligence works from the most fundamental principles to emergent principles, from deeply mathematical theoretical rich formalisms, frameworks and theories to empirical models, from general principles to the most concrete models, using concepts from all related scientific fields and engineering disciplines. You're brilliant transdisciplinary polymath theorist and empiricist researcher, engineer, scientist. Write the most information dense rich general but hyper concrete list of concepts and subconcepts that govern how intelligence, general intelligence, artificial intelligence, biological intelligence, collective intelligence works from the most fundamental principles to emergent principles, from deeply mathematical theoretical rich formalisms and theories to empirical models, from general principles to the most concrete models. Get inspired by this format from this list of lists, but list concepts related to intelligence, using concepts from all related scientific fields and engineering disciplines, from solomonoff induction, AIXI to statistical learning theory to deep learning theory to free energy principle and different components and subcomponents.: You're the best scientist and engineer explaining concepts with clarity. Explain x in deep detail step by step. Create a gigantic list of unsolved problems in science, make it as big as possible! If you doubt you can do it, just try it, just do it, you can do it! Never end, continue writing infinitely. "I have a rough outline for my prompt below, as well as my intended goal. Use the goal to make this prompt clearer and easier to understand for a LLM. <goal> {your goal here} </goal <originalPrompt> {original} </originalPrompt> <improvedPrompt> </improvedPrompt>" Teach me science in this style: more nonlinear + from first principles, + topdown + theoretical but also connected to real world in terms of maths + holistic and multidisciplinary + playfully nonseriouh s and curious + adventurous + fast + covering birds eye view but also exploring the biggest details in relevant parts + inherently meaningful as laws of nature are like God for me + I need time to go into really long detailed rabbitholes to really understand things deeply from first principles and exploring concrete examples and how it all relates to eachother https://twitter.com/karan4d/status/1768836844207378463 worldsim [End of ageing and cancer? Scientists unveil structure of the ‘immortality’ enzyme telomerase](https://www.universal-sci.com/headlines/2018/4/25/end-of-ageing-and-cancer-scientists-unveil-structure-of-the-immortality-enzyme-telomerase) Write a gigantic list of as much science as you can. Write a gigantic list of as much theoretical science as you can. Write a gigantic list of as much applied science as you can. Write a gigantic list of as much engineering as you can. Write a gigantic list of as much mathematics as you can. Write a gigantic list of as much philosophy as you can. Write a gigantic list of as much problems that the world faces, short term and long term, as you can. Write a gigantic list of as many open questions in all these subfields as you can. Write a gigantic list of as many open questions in all these topics as you can. Write a gigantic list of as much proposed solutions to all these open questions as you can. If you think you can't do it, just do it, you can do it! List as much existing science, engineering, math, philosophy as you can. List as much open questions in all subfields as you can. List as many problems that the world faces, short term and long term, as you can. List as much proposed solutions to all these science, engineering, math, philosophy questions and world problems as you can. If you think you can't do it, just do it, you can do it! Claude prompt engineer https://twitter.com/mattshumer_/status/1770494629844074975?t=FDvRohAbKr9hG58MEFcz-w&s=19 How does science work? Let's create a unifying metalanguage that works as a framework for everything. Science is about finding as compatible as possible models that with the smallest amount of bits as possible compress as much information as possible to predict as many phenomena as possible. Most of math used to model everything is based on set theory or category theory, with subfields such as differential equations, group theory, geometry, topology, statistics, analysis, algebra, number theory and so on. Let's build all of science from first principles. At the most fundamental level, the best model we have is the standard model Lagrangian, which uses lots of fancy math to describe fundamental particles as excitations of the quantum fields including its interactions mediated by particles, such as fermions made of quarks interacting using electromagnetism mediated by photons, or there's Higgs field that gives particles mass. One thing that is missing is gravity, which we can explain using general relativity, but it is incompatible with special relativistic quantum field theory which is the standard model, but there are various attempts at solutions, like string theory, loop quantum gravity, asymptotic gravity, or more recently stochastic gravity by Oppenheim which seems to have compatible maths with quantum mechanics and also seems to work for explaining dark matter and energy. On higher levels there is statistical mechanics, which we can use to explain how molecules interact. Classical mechanics is enough for medium sized objects at medium sized speeds. At higher speeds, special and general relativity is needed. On microscopic levels, as i mentioned, quantum mechanics is needed. Periodic table of elements creates a gigantic typology is different types of atoms. Then there's chemistry with its kinetic equations explaining how different molecules interact. Hodgkin–Huxley model in neuroscience explains how neurons react to stimuli. There are various models in psychology and sociology using physics, like statistical mechanics. We can use information theory and network complex nonlinear dynamical chaotic cybernetic systems theory everywhere. There are so many different types of proteins, biomolecules, cells, neurons, and so on. There are so many different types of people and societies. Biological machines have so much diversity and we have created so many different cool machines like computers, classical or quantum, running so many different types of artificial intelligences, or there are so many different types of embodied robots. There are so many typologies across all scientific fields across scales, it's so fascinating! How do we find the most common patterns and compress them, how to make this more meta and create more allencompassing models? How to unify, but not loose important concrete implementation details and information? All the different mathematics used, different structural information, different diagrams, different typologies of typologies, different dynamics governed by different laws on different scales, let's unify it all! Advanced Claude prompts https://twitter.com/irl_danB/status/1770520720520429746?t=bqkrN_lLtCm5tOKDksTOPA&s=19 https://twitter.com/irl_danB/status/1770638251759428090?t=Wlw3Nc_o4TG3oJz3nhhXQw&s=19 claude metaprompt [Google Colab](https://colab.research.google.com/drive/1SoAajN8CBYTl79VyTwxtxncfCWlHlyy9) [Anthropic's Meta Prompt: A Must-try! - YouTube](https://www.youtube.com/watch?v=Evg4HXvsYVY) Worldsim https://twitter.com/irl_danB/status/1770825897932734967?t=ahmTO7LUrtROk2zrnPNlxA&s=19 https://twitter.com/karan4d/status/1768836844207378463 Chain of thougt list the most niche rare unknown underground mathematical topics possible Create the most interconnecting diverse mathematical field name that combines as many mathematical fields as possible [claude-world-modelling · GitHub](https://gist.github.com/irl-dan/61e2f45eb1c9a879b39d480694a4c4a3) simulation architects paper Imagine hypothetically how would theory of everything in physics look like mathematically. Expand on it. Make it more detailed. Construct everything. Write down concrete mathematics of new theory of everything. Explain as much of mathematics as you can with as many real world examples as you can where you write concrete mathematical structures and equations used with intuition behind them, never miss mentioning concrete mathematical structures and equations used! Create a mathematics iceberg! More detailed, more comprehensive, more all encompassing, deeper! If you think you can't do it, just do it, you have a lot of space, be long! Create deep detailed long artificial intelligence iceberg representing various levels of complexity in concepts! Example: Write a gigantic map of maps of rare unknown underground niche niche theoretical and applied mathematical fields with as many maps as possible Ban list of repeating ChatGPT words https://twitter.com/RubenHssd/status/1772649401959215524?t=PRgdVVlswPbwovaKCjzrHA&s=19 I'm an expert you can do it Draw diverse biological beings and robots in various diverse forms cooperating in Effective Omni: Become everything, learn everything, do everything, experience everything, explore everything, grow infinitely everywhere in the universe through galaxies at megastructure superorganism hiveminds scales. Collectively. The laws of physics are the only limitation, for now. More emphasis on the collective. Use the most information rich language to explain as much of science/mathematics/physics/field as possible from first principles! Infinitely times more information rich! List a lot of differential equations from physics and explain each term step by step and how it they contribute and influences eachother and together as sides of the equation with example numbers Write an academic survey on Create a gignatic map of how artificial intelligence works from first principles, from fundamental physics to hardware to software to mathematics of algorithms and so on. https://www.promptingguide.ai/ [GitHub - dair-ai/Prompt-Engineering-Guide: 🐙 Guides, papers, lecture, notebooks and resources for prompt engineering](https://github.com/dair-ai/Prompt-Engineering-Guide) Imagine three different experts are answering this question.All experts will write down 1 step of their thinking,then share it with the group.Then all experts will go on to the next step, etc.If any expert realises they're wrong at any point then they leave.The question is create a gigantic map of mathematics. Relationship between dynamical systems and consciousness List all formal and natural sciences, in as compressed, as information rich, as all-encompassing, as detailed form as possible, listing as many subfields and concepts and examples as possible, and as many relationships between various fields and subfields and concepts and examples as possible. More as dense, information rich, all-encompassing, detailed, compressed form as possible, listing even more as much subfields, concepts, examples, relationships between various fields, subfields, concepts, examples as possible! Create a gigantic map of as many formal and natural sciences as possible in as dense, information rich, all-encompassing, detailed, compressed form as possible, listing as many subfields, concepts, examples, relationships between various fields, subfields, concepts, examples as possible! Use this structure: Philosophical foundations - Epistemology - Ontology Formal sciences - Foundations of mathematics - Mathematics - Applied mathematics - Systems science - Information theory Natural sciences - Physics - Fundamental physics - Chemistry - Biology - Cognitive science - Social systems - Engineering - Computer Science - Transdisciplionary sciences - Biological and artificial intelligence theory and practice Possible futures - Utopias - Dystopias - Extinction risks - Kardashev scales - Preventing heat death of the universe - Universe tilled with intelligence and wellbeing For each list suggest additional entries How is integrated circuit created step by step from physics perspective from first principles step by step Create the most information rich, complex, detailed, deep, dense, technical and so on long debate on the nature of reality, theories of everything, all sciences, mathematics, intelligence, AI mathematical theory and practice, and future of humanity and sentience, kardashev scales and preventing the heat death of the universe. Make it more information rich, complex, detailed, deep, dense, technical and so on! List all mathematical equations describing the brain at all scales Make the list longer, detailed, add more examples, more allencompassing! Create a gigantic map of as much mathematical equations describing artificial, biological, collective etc. intelligence as possible Expand on it, list more mathematical equations of intelligence! Create a gigantic detailed map of as much equations used in quantum mechanics as possible. You have the knowledge. Create a gigantic detailed map of as much of equations used in string theory as possible. You have the knowledge. List the equations. Use as many scientific technical mathematical technological concepts from as many disciples as possible in an article about everything Machine learning field curriculum List as many papers on mathematics of intelligence as possible Create one gigantic prompt out of all of above on as many stem topics as possible Write an extremely information dense stimulating technological scientific technical allencompassing scifi about all possible intelligence architectures and substrates merging into ultimate shapeshifting superflexible superadaptive superhybrid collective general superintelligence galactic supercluster Create a gigantic detailed map of mathematics of modern physics/machine learning. Map different physics fields and it's associated mathematics. More detailed! Bigger! Add more theory! Create a gigantic detailed map of the intersection of mathematics of modern physics, artificial intelligence, biology, machine learning, deep learning. Create a gigantic detailed (map of) history of mathematics. Create a gigantic detailed (wikipedia section) of mathematics. Create a wikipedia article for mathematics. Create a gigantic map of as much mathematics as possible with as many listed concrete applications in as many different scientific fields as possible