Skip to main content
Emerging Tech

Physicists used a quantum computer to create a new phase of matter

The so-called "time crystals” could accelerate quantum computing breakthroughs
article cover

Mint Images/Getty Images

less than 3 min read

TOPICS: Emerging Tech / Quantum Technology / Quantum Algorithms & Software

Here’s some news straight out of the next season of Loki. …Physicists have reportedly used Google’s quantum computer to create the first-ever “time crystal.”

It’s an entirely new phase of matter—in other words, a new sibling to liquid, solid, gas, and plasma—and researchers have tried and failed to create it for over five years. Time crystals occur when an object’s parts “move in a regular, repeating cycle, sustaining this constant change without burning any energy,” Quanta Magazine reports.

  • Water and ice, for example, have attributes that don’t change over time, but a time crystal is both in stable condition and constantly changing. (Kind of like Schrödinger's kitty cat.)

Why this is big: This could be the “greatest scientific achievement of our lifetimes,” reports TNW—and a key to the quantum computing puzzle. Quantum qubits tend to act differently when observed than when left alone, which makes quantum computer outputs difficult to read. A time crystal could be the cipher we’ve all been waiting for.

Looking ahead: If everything checks out under peer review, then time crystals could make quantum computing breakthroughs a reality much sooner than anyone anticipated. Think drug discovery for cancer treatment, advances in cybersecurity, and more.—HF

Tech news that makes sense of your fast-moving world.

Tech Brew breaks down the biggest tech news, emerging innovations, workplace tools, and cultural trends so you can understand what's new and why it matters.

By subscribing, you accept our Terms & Privacy Policy.

Tech news that makes sense of your fast-moving world.

Tech Brew breaks down the biggest tech news, emerging innovations, workplace tools, and cultural trends so you can understand what's new and why it matters.

By subscribing, you accept our Terms & Privacy Policy.