The phrase "autonomous evolution" is correct and usable in written English.
It can be used in contexts discussing self-directed or independent development, particularly in fields like biology, technology, or philosophy.
Example: "The concept of autonomous evolution suggests that species can adapt and change without external influences."
Alternatives: "self-directed evolution" or "independent evolution".
At a time when most media surrounding artificial intelligence are focused on wondering when machines will become self-aware, a larger question is which ethical frameworks should guide this autonomous evolution.
They make up an autonomous evolution mechanism using a progressive learning strategy and a common knowledge packaging definition.
Due to intactness of mRNA, this type of in vitro DNA virus will take the next step toward in vitro autonomous evolution, just like in vivo viral evolution in a cellstat.
A.D.; UNESCO World Heritage List since 1986) is America's greatest pre-Columbian town built in adobe (14 km2) and represents the material and immaterial synthesis of 10,000 years of autonomous evolution of the pre-Columbian cultures in northern Peru.
Although Qβ replicase has been traditionally used as an enzyme for this purpose, we planned to use norovirus replicase (NV3Dpol) due to its structural simplicity in the scope of in vitro autonomous evolution of the protein.
It suggests parallel, autonomous evolution of two functionally interacting loci gone to fixation at a trade-off between early cell senescence or increased apoptosis rates (as in IPF and CeD) and oncogenesis.
As we know, non-autonomous evolution equations are much more complicate than autonomous ones to be dealt with.
Let U be a strongly continuous propagator, i.e., a family of operators describing the solutions of a non-autonomous evolution equation, on an Lp-space, and assume that U is positive and satisfies Gaussian upper and lower bounds.
Second, the use of the agent paradigm also brings along independent evolution, exchange, and maintenance of the autonomous parts that are implemented as agents.
We propose an observer structure with a pre-observer or internal model augmented by an equivariant innovation term that leads to autonomous error evolution.
Such a transition then triggers microbial autonomous adaptive evolution under stressful conditions.
