A truly random number is something that is surprisingly difficult to generate. A typical approach is to generate the required element of chance from a natural and unpredictable source, such as ...

Your brain can’t generate random numbers, and computers can’t either. Most of the ‘random’ numbers we come across in our lives are actually pseudorandom numbers; random enough for their purpose, but ...

Bacterial infections that can’t be eliminated with standard drugs, caused by antibiotic-resistant bacteria, are considered to be a major and growing threat to public health. The pandemic has shown us ...

Most work in the neurosciences collapses data from multiple subjects to obtain robust statistical results, which ignores that even in healthy subjects brain structure and function are known to be ...

The chosen experimental set-up is problematic, as was discussed by Weisman and Eddy 2. First, with this approach the frequency of a random sequence competing with all other random sequences in a ...

An important and still unanswered question is how new genes that cause antibiotic resistance arise. In a new study, researchers have shown how new genes that produce resistance can arise from ...

It’s surprisingly difficult to come up with a truly random sequence of numbers or items. Doing so requires cognitive skills such as memory and attention, as well as a sense of complexity. “Our brains ...

* if the sequences were made periodic, no sequence would be a time shifted version of another sequence * oscillating sequences are not allowed (no 10101010..., no 11001100..., etc) The first and the ...

In the real world, probability is a tough thing to characterize. If I roll a die, what does it mean to say that it has a one-sixth chance of coming up 5? We say that the outcome is random because we ...

Although this is an age-old discussion, new technology tools, such as “Big Data Analytics”, shine a fresh light on the question. The essence of data analysis is the art and science of looking for ...