The phrase "a state that corresponds" is correct and usable in written English.
It can be used when discussing a condition or situation that aligns with or matches a particular criterion or context.
Example: "In this experiment, we are looking for a state that corresponds to the optimal temperature for the reaction to occur."
Alternatives: "a condition that matches" or "a situation that aligns".
MP is designed to find the ancestral state that corresponds to the minimum number of character changes necessary to match the species phylogeny with the observed presence absence patterns.
A negative utility score corresponds to a state that is worse than death.
Specifically, any nonzero column j corresponds to a state that exists in an attractor, and the column entries indicate the relative frequency with which the system will be in the given terminal state j when initialized from source state i.
Computing the probability of observing a given heteroplasmy thus involves a sum, over all mtDNA states that correspond to that heteroplasmy, of the probability of that state.
According to this view, if a theory doesn't include states that correspond with beliefs, or provide us with some sort of account of the nature of consciousness, then it needn't be taken seriously as a complete account of "real" mental phenomena.
The latter can be accomplished by means of a forced alignment of the database from which the exemplars are selected with the states that correspond to a phonetic transcription.
The probability of obtaining a given heteroplasmy can therefore be computed as a sum over all copy number states that correspond to that heteroplasmy.
In particular, whenever a measurement is performed by an observer, the observer's minds develop mental states that correspond to perceptions of the different outcomes, i.e. corresponding to the worlds A or B in our example.
Similarly, percept b is dominant if x b E > x a E. In these models equilibria where X a ≠ X b are winner-take-all states that correspond to one percept being dominant.
The codon models constitute a special case of independent tuple models where sequence states that correspond to stop codons are excluded from the state-space, e.g. a codon model for the standard genetic code has 61 states corresponding to the sense codons, 3 states less than the full trinucleotide state-space of 64.
