ByteBrief
We're a portrait publication through and through. Turn your phone back and your briefing picks up right where you left it.
(We tried widescreen once. It wasn't us.)

Researchers from the Shenyang Institute of Automation published a study on Oct. 5 detailing an electrohydraulically actuated soft robotic fish. The device achieves a maximum speed of 2.13 body lengths per second while performing complex 3D maneuvers. This design combines rigid, flexible coupled propulsion with dynamic buoyancy regulation to overcome previous trade-offs between speed and agility in underwater robots.
Tap to vote and see what everyone thinks.
Summary by ByteBrief