How did a 1964 algorithm become essential for AI and 5G? Dive into the story of the Fast Fourier Transform and its impact on modern tech.

The new style of crypto wallets is HD for hierarchical deterministic. What is hierarchical and what is deterministic about such wallets

“Quantum computers will destroy Bitcoin.”

How can atoms redefine our understanding of emptiness? Dive into the world of quantum sensors and find out.

Heat is now one of the most closely watched markers of climate change. The World Meteorological Organisation notes that the past 10 years have been the warmest on record, with 2023 alone bringing unprecedented heatwaves across Asia, Europe, and North America. …

A critical look at the broken promises, contradictory physics, and hype-driven economics behind the so-called quantum revolution.

How does Cisco's quantum tech promise to enhance classical computing?

Event sensors offer a dynamic range and speed unmatched by traditional imaging. Learn how they enhance devices from drones to medical robots.

The "Harvest Now, Decrypt Later" Threat: Why the Battle for Your Bitcoin's Security Has Already Begun.

David Carvalho, CEO of Naoris Protocol, said encrypted data are being harvested around the world ‘waiting for quantum computers to crack [them] open tomorrow.’

Brandon Black is a Bitcoin software engineer. In this episode we discuss why quantum computing is unlikely to threaten Bitcoin in the foreseeable future, how exaggerated claims around qubit scaling and Shor’s algorithm distort the real risk, what concrete…

Why do AI and scientific computing need different number formats?

80 years ago, ENIAC changed the world. How did this massive machine pave the way for today's digital age?

How GPU acceleration streamlines data preparation, model training, and visualization