The phrase "artificial systems are" is correct and usable in written English.
You can use it when discussing or describing various types of artificial systems, such as in technology, biology, or social sciences.
Example: "Artificial systems are increasingly being integrated into everyday life, enhancing efficiency and productivity."
Alternatives: "man-made systems are" or "synthetic systems are".
The characteristic processes and specific properties of the artificial systems are then considered.
If artificial systems are not capable of intentional agency, as construed by the standard theory, they may still be capable of some more basic kind of agency.
The capabilities of artificial systems are a useful marker of cognitive processes that could be scientifically understood and recreated using technology.
Such approach is based on the sensory systems known in live organisms, and the resulting developed artificial systems are targeted to reproduce the biological mechanisms to some extent.
As disaggregation is mainly triggered by changing environmental conditions, experiments in simplified artificial systems are falling too short to properly address the dynamics of aggregation and disaggregation in real aquatic systems.
This means, though, that on this view artificial systems are not even capable of minimal agency: "being specific about the requirements for agency has told us a lot about how much is still needed for the development of artificial forms of agency" (Barandiaran et al. 2009: 382009
However, the physiological significance of these artificial systems is questionable, and phospho-SGK1 was undetectable in hearts from Cr-deficient mice despite a large increase in Cr uptake capacity (41).
Thus in our research project, an artificial system is more or less linked into natural cycles.
Additionally, as the surrounding environment of the photosystem affects the overall operation, controlling the peripheral conditions of the net artificial system is also a key requisite, such as by forming vesicles or confining the materials in gels.
This artificial system was developed due to the lack of suitable anti-HFE antibodies available for endogenous protein detection.
Many artificial systems such as distributed computing systems and artificial intelligence systems are characterized by complex behaviors that emerge as a result of the nonlinear spatio-temporal interactions among a large number of system components at different levels of organization.
