Aug 7: Self-assembly, modularity and physical complexity by @sebastianahnert @mitomaths @JonathanDoye Louis https://t.co/2ERKONW2B1
@leecronin "Without precedent" ... This thread provides some relevant context and a list of the literature that should have been cited in your paper: https://t.co/STFOhlY6F8 AT is traditional computational complexity theory. It builds on a large literat
RT @mitomaths: Some folks asked for more info on this work. Thanks! It pictures molecules (or other structures) as objects built out of sma…
RT @mitomaths: I should mention that this approach uses a Kolmogorov complexity picture, which the authors of the AT paper misrepresent. Ko…
@matspike The theory has other new components (like linking with copy number) but the part of it describing the assembly process does share similarities with other recursive assembly models https://t.co/zm80RG87N1
RT @yoginho: This is a really nice way of saying: quote other people's relevant work, damnit!
RT @mitomaths: It doesn't connect with related work in the way that science often does. In 2010 we published a complexity measure that expl…
This is a really nice way of saying: quote other people's relevant work, damnit!
RT @mitomaths: I should mention that this approach uses a Kolmogorov complexity picture, which the authors of the AT paper misrepresent. Ko…
RT @mitomaths: I should mention that this approach uses a Kolmogorov complexity picture, which the authors of the AT paper misrepresent. Ko…
RT @mitomaths: It doesn't connect with related work in the way that science often does. In 2010 we published a complexity measure that expl…
@matspike @tiagopeixoto @svalver We did something very similar (I hesitate to say identical without more discussion!) here https://t.co/zm80RG7zXt
I should mention that this approach uses a Kolmogorov complexity picture, which the authors of the AT paper misrepresent. Kolmogorov complexity is in general uncomputable, but useful approximations to it can readily be computed, especially for small system
RT @mitomaths: Some folks asked for more info on this work. Thanks! It pictures molecules (or other structures) as objects built out of sma…
RT @mitomaths: Some folks asked for more info on this work. Thanks! It pictures molecules (or other structures) as objects built out of sma…
Some folks asked for more info on this work. Thanks! It pictures molecules (or other structures) as objects built out of smaller components, and asks how much information is necessary to describe the assembly process for a given structure. 1/
@bryancsk Oh okay, seems like the main interesting bit was already done, but still, that's not what people on here are bitching about (?) https://t.co/kYjFNEqUv2
It doesn't connect with related work in the way that science often does. In 2010 we published a complexity measure that explicitly quantifies the simplest possible assembly process needed to build a molecule https://t.co/u6ywxqlEfy (preprint https://t.co/Z
I wonder how these features would impact an RL agent navigating a state space? I.e. what strategies are the best?
RT @bdanubius: #159: Self-assembly, modularity and physical complexity by @sebastianahnert @mitomaths @JonathanDoye Louis Fascinating to t…
RT @bdanubius: #159: Self-assembly, modularity and physical complexity by @sebastianahnert @mitomaths @JonathanDoye Louis Fascinating to t…
RT @bdanubius: #159: Self-assembly, modularity and physical complexity by @sebastianahnert @mitomaths @JonathanDoye Louis Fascinating to t…
RT @bdanubius: #159: Self-assembly, modularity and physical complexity by @sebastianahnert @mitomaths @JonathanDoye Louis Fascinating to t…
RT @bdanubius: #159: Self-assembly, modularity and physical complexity by @sebastianahnert @mitomaths @JonathanDoye Louis Fascinating to t…
RT @bdanubius: #159: Self-assembly, modularity and physical complexity by @sebastianahnert @mitomaths @JonathanDoye Louis Fascinating to t…
RT @bdanubius: #159: Self-assembly, modularity and physical complexity by @sebastianahnert @mitomaths @JonathanDoye Louis Fascinating to t…
@BertChakovsky
RT @bdanubius: #159: Self-assembly, modularity and physical complexity by @sebastianahnert @mitomaths @JonathanDoye Louis Fascinating to t…
#159: Self-assembly, modularity and physical complexity by @sebastianahnert @mitomaths @JonathanDoye Louis Fascinating to think that biological assembly has this base complexity + the cell's ability to react and adapt to environments. https://t.co/eAX9Q8