// Tests two consecutive product layers, proved on the GPU, against the verifier functions of the // library blocks/, on a proof's hash chain (on the GPU: the transcript object `Tr`). A product // ...

New research shows quantum states can mimic classical polynomials using a quantum analogue of the Kolmogorov–Arnold ...

A language decidable in quantum polynomial time can now be verified classically with an error rate of just one in four, ...

Truth be told, I dabbled a bit in computational complexity theory back in my student days, and looking back on it now, I can ...

Researchers have launched DefElement, an open online encyclopedia that standardises finite element definitions and ...

A new study converts 3D scans of worn stone stair treads into estimates of pedestrian loading patterns and service age, ...

Learn how to find vertical asymptotes and holes in rational functions by mastering the factor by grouping technique. This tutorial walks through the step-by-step process of simplifying complex ...

Polynomial commitments let blockchains verify claims about large datasets with compact proofs. How KZG and FRI differ, why ...

If you double the amount of homework, the average grade will certainly go up. This is a fact. However, at the same time, the ...

Let r*(n,m,f) denote the best approximation to a function f by a rational function which is the quotient of a polynomial of degree n by a polynomial of degree m. The following results are typical.

Subclasses of bi-univalent functions defined by the modified Tremblay operator and the Horadam polynomial generating function are investigated. Motivated by recent developments in geometric function ...

Learn about zeros and multiplicity. The zeroes of a polynomial expression are the values of x for which the graph of the function crosses the x-axis. They are the values of the variable for which the ...