Two papers poorly making a case?
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Can selection tie evolution more closely to physics?
https://arstechnica.com/science/2023/10/can-selection-tie-evolution-more-closely-to-physics/
EXCERPTS: Usually, when someone starts talking about the interface between evolution and physics, it's a prelude to a terrible argument that attempts to claim that evolution can't possibly happen. So, biologists tend to be slightly leery of even serious attempts at theorizing about bringing the two fields closer.
Yet this October has seen two papers that claim to describe how a key component of evolutionary theory—selection—fits in with other areas of physics. Both papers are published in prestigious journals (Nature and PNAS), so they can't be summarily dismissed. But they're both pretty limited in ways that probably are the product of the interests and biases of their authors. And one of them may be the worst written paper I've ever seen in a major journal.
So buckle up, and let's dive into the world of theoretical biology.
We can start with the terribly written paper. It introduces Assembly Theory ... (PAPER: "Assembly theory explains and quantifies selection and evolution")
[...] The second paper is written by a team that includes a bunch of astronomers ... (PAPER: "On the roles of function and selection in evolving systems")
[...] None of this is to say that Assembly Theory is wrong, just that the challenge of obtaining the information needed to put it to use may range from impractical to impossible for many important questions. Figuring out how to use it effectively for situations beyond chemistry will be a real challenge. Unfortunately, the people who are proposing it are claiming it handles problems that don't exist and aren't addressed by it, so I expect that the challenge will be much harder than it needs to be... (MORE - missing details)
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Can selection tie evolution more closely to physics?
https://arstechnica.com/science/2023/10/can-selection-tie-evolution-more-closely-to-physics/
EXCERPTS: Usually, when someone starts talking about the interface between evolution and physics, it's a prelude to a terrible argument that attempts to claim that evolution can't possibly happen. So, biologists tend to be slightly leery of even serious attempts at theorizing about bringing the two fields closer.
Yet this October has seen two papers that claim to describe how a key component of evolutionary theory—selection—fits in with other areas of physics. Both papers are published in prestigious journals (Nature and PNAS), so they can't be summarily dismissed. But they're both pretty limited in ways that probably are the product of the interests and biases of their authors. And one of them may be the worst written paper I've ever seen in a major journal.
So buckle up, and let's dive into the world of theoretical biology.
We can start with the terribly written paper. It introduces Assembly Theory ... (PAPER: "Assembly theory explains and quantifies selection and evolution")
[...] The second paper is written by a team that includes a bunch of astronomers ... (PAPER: "On the roles of function and selection in evolving systems")
[...] None of this is to say that Assembly Theory is wrong, just that the challenge of obtaining the information needed to put it to use may range from impractical to impossible for many important questions. Figuring out how to use it effectively for situations beyond chemistry will be a real challenge. Unfortunately, the people who are proposing it are claiming it handles problems that don't exist and aren't addressed by it, so I expect that the challenge will be much harder than it needs to be... (MORE - missing details)
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