Imagine a world where sensors and computers can communicate with each other in a way that's faster and more precise than ever before. That's the promise of quantum networking, and Boeing is determined to make it a reality. In 2026, the company plans to launch a small satellite, dubbed Q4S, to test the technology needed to create a quantum internet. 

 Quantum entanglement swapping is the key to it all. It's a communication technique that transfers information between particles without physically moving them across a distance. This is crucial for expanding quantum networks beyond simple point-to-point communication, enabling more precise measurements from sensors that could be fed directly into more powerful quantum computers. 

 The technology is still in its early stages, but Lowell is confident that quantum networking will greatly enhance the capabilities of applications ranging from climate science to communication security. One potential application is the ability to do exceedingly precise time synchronization. 

 However, building a generalized network will be a challenge. Satellites are better suited to facilitate long-haul quantum information traffic than terrestrial fiber networks, which would need to repeat the entanglement-swapping process roughly every 10 kilometers to maintain the connection. 

 Boeing's mission will demonstrate a core protocol for building a generalized network. A successful lab validation on the ground paved the way for Boeing's plan to demonstrate the technology from low Earth orbit.

The Quantum Leap: Boeing's Ambitious Plan to Revolutionize Global Communication

Actions