The phrase "a chain of simple" is not correct in standard written English as it is incomplete and lacks clarity.
It could be used in a context where you are describing a series of simple elements or components, but it needs additional information to be meaningful.
Example: "In our project, we aim to create a chain of simple tasks that can be easily followed by anyone."
Alternatives: "a series of simple" or "a sequence of simple".
The researchers observe a similar phenomenon as a chain of eight qubits with very simple interactions finds its way to its predicted ground state.
The ratio stays above 1 thereby building a chain of decisions that always prefer the simpler model.
The method is successfully applied to a simple 1D configuration, a chain of oscillators, which still presents the main features of a generic system.
Efrat et al. [7] gave a polynomial time algorithm for the problem of clearing a simple polygon with a chain of k pursuers when the first and last pursuer can only move on the boundary of the polygon.
Hence, in addition to providing a highly simple structure – basically, a chain of integrators – for the integration of the moments and the density function, the internal model allows for a direct solution of the dynamic inversion problem due to its flatness property.
First simple idea of a "narrow place" (the least conductive step) could be applied without adaptation only to a simple cycle or a chain of irreversible steps that are of the first order (see Chap. 16 of the book [ 53] or [ 54] or the section "Dominant system for a simple irreversible catalytic cycle with limiting step" of this paper).
All start out as linear chains of simple chemical compounds called amino acids, which then fold up into 3D shapes that carry out the protein's specific function.
These foods are made up of multiple chains of simple sugars so they don't break down as quickly as simple carbs.
Like all proteins, adhesins are long chains of simpler building blocks called amino acids, and each amino acid is connected to the next via a strong 'covalent' bond.
