The search for true randomness is more than a philosophical puzzle; it’s the backbone of our digital security. While quantum mechanics suggests some parts of the universe are fundamentally unpredictable, computers are not. To protect our private data with encryption, tech companies turn to the physical world, harnessing the chaotic, unpredictable behavior of everything from atmospheric noise to the mesmerizing dance inside lava lamps.
How Lava Lamps Protect the Internet
Our most sensitive digital information is protected by harnessing the chaotic behavior of systems like lava lamps, thereby solving the critical problem that computers, by their very nature, cannot be truly random.
Related Posts
How we discovered the true origins of a pint of lager – new research
Researchers have uncovered the likely genesis of the yeast used to make lager. DavidedeAngelini / Shutterstock John Morrissey,…
The Most Powerful Explosions In the Universe
We may have crafted for ourselves truly scary forms of explosions for science or other nefarious uses down…
Paralympics showcase high-tech prosthetics, but for many people with limb loss, access to prostheses looks quite different
Alfiya Battalova, Royal Roads University; Brittany Pousett, University of British Columbia; Kassi Welch, University of British Columbia, and…
A Year In Physics: The Best of 2023 Physics
Quanta Magazine recounts the best and the brightest of 2023’s studies in the field of physics.
