#TTOT (The Tricks Of Transmission) - - - SynTalk

How is an entity able to copy itself? How do the four DNA base (A, T, C, G) molecules function like ‘symbols’ leading to the entire genetic code? Why can’t a neuron be treated as a symbol? Are genetic and linguistic codes analogous to each other, with common notions of letters, words, sentences, grammar, and (even) punctuation marks? Is all DNA ‘useful’? How do proteins derive their meaning (function?), & how are they regulated? Does a sentence derive its value from the non linguistic realm? What is the interplay of syntax and semantics for transmission? Is the genetic language highly similar across different species? Can nearly similar structures have identical functions? Are genes the only mode of storing and transmitting biological information? How is information represented in the brain different? Is it likely that the grammar of language is similar across species? Is language constrained by biology (particularly neural systems)? Why don't all memories get transmitted biologically? Does evolution depend upon replication errors? How are artificial intelligence systems different? Why are we (yet) unable to create an artificial cell in a test tube? SynTalk thinks about these & more questions using concepts from machine learning & systems biology (Dr. Sumeet Agarwal, IIT Delhi, New Delhi), genetics (Prof. Subhash C. Lakhotia, BHU, Varanasi), & philosophy (Dr. Geeta Ramana, University of Mumbai, Mumbai). Listen in....