He couldn’t see the equations — but he could solve what others couldn’t even begin. This is the story of how blindness never stood a chance against brilliance.

When ξ grows faster than the logarithm of the system size, the time needed becomes super-polynomial, effectively making the problem impossible to solve in any reasonable timeframe. This highlights the ...

Liam Delap is good at mathematics. Scarily good. A walking calculator who can solve complex equations for fun.

Analog computers are systems that perform computations by manipulating physical quantities such as electrical current, that ...

For the 5th Avenue Theatre's production of "Something's Afoot," Wong designed a fireplace contraption that shot poisoned ...

Computers built with analogue circuits promise huge speed and efficiency gains over ordinary computers, but normally at the ...

A new method developed at the University of Warwick offers the first simple and predictive way to calculate how irregularly ...

In Huntington’s small community, tucked in a corner classroom of Smith Hall sits a unique piece of math history. Marshall ...

UC Santa Barbara computer scientist Daniel Lokshtanov is advancing fundamental understanding of computational efficiency through groundbreaking research on quasi-polynomial time algorithms, supported ...

So, Google’s quantum computer is making waves again. You might have heard some buzz about it solving problems that would take ...

Daniel Lokshtanov’s work explores the limits of what computers can solve, paving the way for advances in artificial intelligence and computational efficiency.

The Galaxy Tab S10 Lite is more than just entertainment — it is a true study and  work companion. With the S Pen, you can ...