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 ...

Researchers at the University of Rochester in New York have developed a breakthrough DNA computer that’s capable of performing square root calculations of numbers all the way up to 900. Here's ...

This required 74 different single-stranded molecules of DNA (not counting the inputs). While the calculation was running, up to 130 different double stranded molecules existed in the same test tube.

The frame of the square root calculator can hold up to 30 identical relay modules, each of which hold 16 relays on PCBs, for a total of 480 relays. The module-based setup makes repair and ...

A test-tube circuit made of DNA-based logic gates can calculate the square root of numbers up to 15, using DNA replication and sequence binding to conduct computations. It's excruciatingly slow ...

Previously, when you would calculate the square root of 4, the result would be 1.99999999999999999989317180305609 which would be rounded to 2 when displayed, because we calculated enough digits to ...

A DNA-based computer uses simple base-pairing to create AND and OR logic gates. 130 different double-stranded molecules later, the answer to a square root calculation popped out. Read the whole story ...