Can the ocean be boiled? Is the aquarium a closed system? Is the Universe an open system? Are all systems conceptual (& arbitrary?)? Do systems always have components? Can an individual body have a temperature? Why does the temperature not change ‘during’ the process of freezing? What describes volume? Might we have closed (idealized) theories to understand otherwise open systems? How do bodies ‘turn’ inactive? Is openness always a question of degree given (say) the strength of interactions and/or the dimensional scale? Is classical theory an approximation of quantum theory? What would your little protest do? Can closed societies stay closed forever? Do dynamics of interactions matter? Can phase transitions happen in closed systems? Can living cells become inert (yet viable) spores? Does atom-ness exist? Are we, as human beings, components of systems? How do political systems take shape? Is it possible for ideas to be closed? Does our changing knowledge keep even the past unclosed? Is anything closed at all? Are closed models necessary and helpful? &, will we continue to open the world up this way? SynTalk thinks about these & more questions using concepts from philosophy (Dr. Anirban Mukherjee, University of North Bengal, Siliguri), electrical engineering & systems biology (Dr. Shaunak Sen, IIT Delhi, New Delhi), & mathematics (Prof. K. B. Sinha, JNCASR, Bangalore). Listen in...

#TCAOS (The Closed And Open Systems) --- SynTalk

f(q) = Is soil a definitive sign of life? (#TCAFG)

SynTalk is a freewheeling interdisciplinary talk show with a philosophical approach to understanding the world from a long term perspective.