Cholesteric Liquid Crystals Generate Unclonable Optical Patterns for Secure Digital Passwords
Researchers have developed a method using cholesteric liquid crystals under an electric field to generate unique physical unclonable functions that ...
Researchers have developed a method using cholesteric liquid crystals under an electric field to generate unique physical unclonable functions that ...
A lightweight cryptographic security scheme integrating post-quantum key exchange, mutual authentication, and lightweight authenticated encryption has successfully secured simulated flight ...
Researchers have combined software-defined networking, a self-mutable blockchain and post-quantum cryptography into a simulated framework designed to secure Internet of ...
A new protocol generates one-time passwords and one-time keys for IoT devices using elliptic curve scalar multiplication, Montgomery ladder computation, ...
Palmprint recognition has quietly become one of the most reliable biometric technologies in the world, but a team of Algerian ...
The satellites and high-altitude platforms that promise to weave 5G coverage across oceans, deserts, polar regions and disaster zones share ...
A systematic review of research from 2021 to 2025 maps how artificial intelligence is reshaping security for IoT and mobile ...
A new Information Systems Frontiers study of 581 shoppers in India and France uses fuzzy set Qualitative Comparative Analysis to ...
A multidimensional computer vision framework measuring aspect ratio, ink coverage, and fractal boundary complexity finds that the disputed Song Dynasty ...
Researchers have developed BAS-IoV, a lightweight blockchain-based authentication protocol that secures the Internet of Vehicles against attacks while maintaining the ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine