Learning to calculate square roots quickly can make a huge difference in your maths exams. Whether you're doing algebra, geometry, or other topics, being fast and accurate with square roots gives ...

Calculating the square root of numbers is an impressive achievement for DNA, but the process of extracting that information takes hours. In addition, there's the reuse problem.

In a paper published by Small, researchers from the University of Rochester demonstrate a molecular computing system capable of calculating square roots of integers up to 900.

One of various computer programming languages, C is the most basic and widely used language, likely because it gives maximum efficiency and control to programmers. The C language can be used for ...

1) With a few tricks of synthetic biology, researchers have coaxed DNA to calculate square roots. 2) An input (top left) can be added to a DNA logic gate preloaded with an output.

He’s come quite a long way from that first latching circuit, however, and recently finished a huge five-year project which uses electromechanical relays to calculate square roots.

DNA logic gates calculate square root using 130 different molecules A DNA-based computer uses simple base-pairing to create AND and OR logic gates … ...

Today, square roots... tomorrow, disease detection! Researchers have developed the most powerful molecular computer ever. If successfully integrated into living cells, it could diagnose disease.

Square-root-calculating circuits find wide use in instrumentation and measurement systems for such tasks as calculating the rms (root-mean-square) value of an arbitrary waveform, for example. Hence, ...

Learning to calculate square roots quickly can make a huge difference in your maths exams. Whether you're doing algebra, geometry, or other topics, being fast and accurate with square roots gives ...