We are a Filipino-Chinese couple living in the heart of Manila. We have been together for 20 years and decided to make this podcast to share our life experiences. Our podcast has no format and may discuss random things like relationships, recommended food in Binondo or about our philosophy in life. If you like our podcast, don’t forget to click the subscribe/follow button and give us a 5 star rating ^.^ Please visit our FB page @kwentuhansessionsph and ig page @kwentuhansessions. You can als ...
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#TCAO (The Chaotic And Orderly) --- SynTalk
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Manage episode 207435287 series 1192924
Content provided by SynTalk. All podcast content including episodes, graphics, and podcast descriptions are uploaded and provided directly by SynTalk or their podcast platform partner. If you believe someone is using your copyrighted work without your permission, you can follow the process outlined here https://player.fm/legal.
Which side of the separatrix are you? Does self-interaction make systems chaotic? Have you ever experienced turbulence? Do you have an intuition for chaotic behaviour in various realms? Is chaos always fecund? However, can chaos also be ‘produced’? Is noise the same as chaos? Can very simple systems be chaotic? Can solids, circuits, and solar systems be chaotic? How do laminar (periodic) systems transition to aperiodic chaos, & vice versa, when (say) flow happens inside a pipe? Did chaos come first, & is everything thereafter a result of its coming together with Gaia and Eros? Is it possible for the future to determine the present (or the past) – is this provable (bit.ly/2xCZdPF)? Can events be a part of a process, & what causes it? Is history chaotic? Do chaotic systems’ sensitive dependence to initial conditions prove that the World is non deterministic? Are all deterministic systems necessarily predictable? Can a very ‘small’ cause lead to a very ‘large’ effect? However, do some things just happen spontaneously? Does weather in one part depend on the rest of the world? Can we create large scale robust chaos? &, what is the long term future of our understanding of chaos? SynTalk thinks about these & more questions using concepts from electrical engineering (Prof. Soumitro Banerjee, IISER, Kolkata), fluid dynamics (Prof. Rama Govindrajan, ICTS-TIFR, Bangalore), & philosophy (Dr. Arun Iyer, IIT Bombay, Mumbai). Listen in...
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continue reading
195 episodes
MP3•Episode home
Manage episode 207435287 series 1192924
Content provided by SynTalk. All podcast content including episodes, graphics, and podcast descriptions are uploaded and provided directly by SynTalk or their podcast platform partner. If you believe someone is using your copyrighted work without your permission, you can follow the process outlined here https://player.fm/legal.
Which side of the separatrix are you? Does self-interaction make systems chaotic? Have you ever experienced turbulence? Do you have an intuition for chaotic behaviour in various realms? Is chaos always fecund? However, can chaos also be ‘produced’? Is noise the same as chaos? Can very simple systems be chaotic? Can solids, circuits, and solar systems be chaotic? How do laminar (periodic) systems transition to aperiodic chaos, & vice versa, when (say) flow happens inside a pipe? Did chaos come first, & is everything thereafter a result of its coming together with Gaia and Eros? Is it possible for the future to determine the present (or the past) – is this provable (bit.ly/2xCZdPF)? Can events be a part of a process, & what causes it? Is history chaotic? Do chaotic systems’ sensitive dependence to initial conditions prove that the World is non deterministic? Are all deterministic systems necessarily predictable? Can a very ‘small’ cause lead to a very ‘large’ effect? However, do some things just happen spontaneously? Does weather in one part depend on the rest of the world? Can we create large scale robust chaos? &, what is the long term future of our understanding of chaos? SynTalk thinks about these & more questions using concepts from electrical engineering (Prof. Soumitro Banerjee, IISER, Kolkata), fluid dynamics (Prof. Rama Govindrajan, ICTS-TIFR, Bangalore), & philosophy (Dr. Arun Iyer, IIT Bombay, Mumbai). Listen in...
…
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195 episodes
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