Other interesting news for 1.16.26
The Earth (Credit: NASA).

Other interesting news for 1.16.26

This post collects links to other interesting news that we have considered but not included in our regular news this week.
Jan 16, 2026
2 min read
3.14 MPXR

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

Glow with the flow: Implanted “living skin” lights up to signal health changes

AI approach takes optical system design from months to milliseconds

Making tiny movements visible

Johns Hopkins-led team creates first map of nerve circuitry in bone, identifies key signals for bone repair

Mirror, mirror, on and off

A humanoid robot face can lip-sync across several languages for realistic communication

New theory suggests we could increase useful energy obtained from sunlight

New method allows scientists to 3D-print structures within cells

Taming heat: a novel theory enables unprecedented control of heat conduction

Putting quantum computing to the test

Bayesian neural network evaluation method on the neutron-induced fission product yields of Thorium-232

Carnegie Mellon team awarded ARPA-H contract to develop 3D bioprinted liver for transplant

Open-sourcing the future of food

Getting a grip on aging

AI surpasses mathematical limits to decode the mysteries of non-Hermitian topology

An open-source robotic system to perform cell culture tasks

New mega-analysis reveals why memory declines with age

New research in mice sheds light on how the brain understands what is important – and what isn’t

Hanbat National University researchers reveal smart transparent woods that block UV and save energy

New parameterization method for cislunar space cataloging enhances orbital awareness in Earth-Moon system

Are we giving AI a pulse through language?

A new AI-based attack framework advances multi-agent reinforcement learning by amplifying vulnerability and bypassing defenses

Neutral-atom arrays are a rapidly emerging quantum computing platform. These Columbia researchers know how to make the biggest arrays yet

An unexpected breakthrough in flat optics

Quantum tools set to transform life science

Swiss X-ray laser reveals the hidden dance of electrons

Composing nanomaterials – with AI and chemistry

Turning crystal flaws into quantum highways: a new route towards scalable solid-state qubits

From science fiction to tumor-fighting reality: are injectable nanorobots on the way?

About the Writer

More from Mindplex

Keep reading

Three more ideas worth your time.

Browse News

Discussion

Join the discussion

Sign in to share a response with the community.

Type @ to mention someone Type / or use + to add a block Highlight text, then choose Link
Loading editor

Comments cannot be edited after posting because they become part of the reputation record. Give yours a quick review first.