Post by Ee Meng Lim, Ph.D., MBA(MoT), M.Eng., LTCL( Performance)

an enbler and capable of erprise innovation and research 獨乐乐不如众乐乐 ADMINISTER OF GOVERNMENT GRANT TO SUPPORT ENTERPRISES INNOVATIONable to to do the right things instead of group think

#NMC# Advisory Series Paradigm Shift: Systemic Infrastructures for Omnipresent Traceability 5 years ago, I painted the picture of future metrology in my presentation on the #ubiquitous metrology# at the #World Metrology Day# organised by the #National Metrology Center#. #Ubiquitous metrology# is the concept of a world where highly precise, scientific-grade measurement is happening everywhere, all the time, completely embedded into the background of our daily environments. Today, I have not seen it realised. I am giving more tips on the design now . I hope scientists over the world can help me realise my dream one day. Thanks. Architectural Foundations of #Ubiquitous Metrology#: An Integrated Framework Realizing ubiquitous metrology requires a convergence of quantum physics, hardware miniaturization, and distributed #network intelligence#. The foundational architecture relies on four interdependent pillars: 1. At the physical layer, #quantum-state sensors# and #NIST-on-a-Chip$ (NOAC) devices utilize engineered quantum randomness to embed immutable, drift-free physical constants directly into silicon. This edge hardware is interconnected via 5G/6G Industrial IoT networks utilizing Ultra-Reliable Low-Latency Communication (URLLC) to preserve microsecond-level synchronization.