Other interesting news for 6.26.26

Other interesting news for 6.26.26

This post collects links to other interesting news that we have considered but not included in our regular news this week.

GP
Giulio Prisco
Jun 26, 2026
2 min read

This post collects links to other interesting news that we have considered but not included in our regular news this week.

Twisting quantum potential into reality

KAIST develops next-generation database technology that reduces AI hallucinations and improves accuracy by 78%

UCLA-led research finds synchronized electron movement can trigger electrical signals more than 100-fold

Intelligent, but not conscious: A warning about AI chatbots

A fast and reliable DNA-based switch could enable nanoscale control in varied future applications

Can scientists learn cells' language? UCLA-led team aims to decode cellular conversations

Artificial intelligence-generated photonics: Map optical properties to subwavelength structures directly via a diffusion model

Move a mouse, create a video: New technology from the Technion

Technion researchers develop an innovative approach for identifying limitations and “hallucinations” in artificial intelligence models

A light-color-programmed artificial synapse for brain-like balanced learning

Scientists discover ancient neurons that control attention

Does quantum mechanics need complex numbers?

Electrically tunable “super-lasers”

Mapping a hidden communication network between organs

Lithium-doped carbon nanorings show promise for next-generation optical devices

Study reveals first drug-like molecules that control key cellular signaling proteins

New chip could help tiny robots traverse complex environments

Text sequence stimulation for high-speed and comfortable SSVEP-BCI

The robotic hand that "feels" movement. International study reveals how the brain senses movement

KAIST develops robot learning technology capable of precisely imitating even “rough” demonstrations

New robot without rigid parts moves like an inchworm

WVU physicists unlock plasma’s mysteries with lasers

Mystery solved! The physics behind next-generation janus semiconductors

Using machine learning to tackle complex inverse problems in semiconductor analysis

Swarm robots inspired by bees and ants could transform the future of mining

SNU researchers develop generative AI technology for designing DNA nanostructures in arbitrary shapes

A lightweight, miniaturized artificial lateral-line sensor helps underwater robots estimate velocity vectors under disturbances

Toward compact and efficient generative AI: SNU researchers demonstrate AI semiconductor integrating core image-generation functions

Microscale hydrogel fibers could enable imaging inside tiny tissue structures

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