Jack Szostak (Harvard/HHMI) Part 1: The Origin of Cellular Life on Earth
Jack Szostak (Harvard/HHMI) Part 1: The Origin of Cellular Life on Earth on HackerTube: recommended by 6 Hacker News commenters across 6 separate months, 2016–2021.
Jack Szostak's lecture covers how cellular life could have arisen from chemistry on the early Earth, starting from the odds of life elsewhere in the galaxy. It is part of a series on protocells and the RNA world.
What HN commenters said
7 Hacker News comments link this video. Each one links back to its thread.
lawpoopJul 2016Strongly recommends
I personally am a fan of the RNA world hypothesis: [link] RNA can act as both a store of information, and as an enzyme catalyzing reactions. In this theory, certain sequences of RNA would be the original self-replicating molecules. Over time, variations in their replication would give rise to other enzymes for specialized reactions, and DNA as a pure-data store. Jack Szostak has done an excellent series of short videos on the theory, and he and his students have done a surprising amount of experiments to support the theory. ▶ this video
in “Luca, the Ancestor of All Living Things” · View on HN
lovecgJan 2021Recommends
There are some plausible theories, like RNA randomly crystallizing on a suitable surface. Sooner or later a self-copying one just happened to crystallize by chance, and there was no going back. Fun lecture series: ▶ this video
in “Time-lapse of a single cell transforming into a salamander (2019)” · View on HN
martythemaniakFeb 2020Recommends
I found it cute and quite meaningful. If you spend a good deal of time on Cellular Automata, Dissipative Structures and genetics these things really start to jump out at you. Here's a starter pack: Cellular Automata and Computation: [link] Origin of Life: ▶ this video Dissipative Structures: [link]
in “Cellular Automata in the Browser” · View on HN
trevynMay 2019Recommends
Jack Szostak does a pretty good job of outlining how life might have arisen. It’s less mysterious than it intuitively might seem: ▶ this video [link]
in “New physics needed to probe the origins of life” · View on HN
chr1Feb 2019Recommends
There are also people trying to assemble life from simpler molecules that are commonly formed in non-organic processes. This series of presentation by Jack Szostak is rather interesting ▶ this video
in “‘Minimal’ cell raises stakes in race to harness synthetic life (2016)” · View on HN
21Jul 2017Recommends
Recently I got interested in the origin of life. I found this 3 part talk which discusses how the simplest possible life form might have looked like. My feeling after watching this is that we are slowly getting there (which will also mean jump starting in a dish a self replicating thing from inorganic matter). ▶ this video [link] [link]
in “Life” · View on HN
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martythemaniakApr 2020Cites it
Look into "dissipative structures", which are indeed closely linked to thermodynamics. In short, energy gradients (ie, on hydrothermal vents) can cause matter to organize itself into structures that more efficiently dissipate this energy. You can see how the creation of this structure would in turn enable the creation of a new kind of structure that lives on top of that. [link] ▶ this video
in “What's a virus, anyway? The bare-bones basics” · View on HN