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.)

KAIST researchers led by Professor Kyung Min Kim published a study on Sept. 10, 2026, detailing a dual-state programmable oxide transistor for time-based cryptography. The device uses long-term and short-term memory states to control when encrypted data becomes readable, with experiments showing the letter 'T' appearing after 8.4 seconds or a decoy 'K' at 1.5 seconds.
Tap to vote and see what everyone thinks.
Summary by ByteBrief