There are patterns in logarithms that are fairly easy to understand. For example, the logarithm of 100 to base 10 is 2. The logarithm of 1000 to base 10 is 3.

Ellenberg safely reveals the true mathematical definition of Log N in a foot note at the bottom of the page, and I quote: It is that number x such that e x = N. Here e is Euler’s number whose value is ...

Bitcoin relies on elliptic curve cryptography (ECC) to secure wallet addresses and validate ownership. But ECC, like RSA, is vulnerable to Shor’s algorithm — a quantum computing method capable of ...

A logarithm is a mathematical operation that determines how many times a certain number, called the base, is multiplied by itself to reach another number. Because logarithms relate geometric ...

Sir Charles Boys, in his younger days, met with the first fate, and for a long time the natural logarithm seemed to him utterly artificial. Now he has found a direct line of approach, ...

[Ihsan Kehribar] points out a clever trick you can use to quickly and efficiently compute the logarithm of a 32-bit integer. The technique relies on the CLZ instruction which counts the number of l… ...

The logarithm operation is widely used in digital signal processing applications such as speech recognition [4] [10] and 3D graphics [5]. The square root operation is also present in many modern ...

John Napier and his logarithm simplified these tedious calculations. In 1614, he published Mirifici logarithmorum canonis descripto , which translates to A Description of the Wonderful Table of ...

Hugh M. Pettigrew, John J. Gart and Donald G. Thomas The bias and first four cumulants of the distribution of the logarithm of a binomial variate are studied by means of asymptotic expansions and ...