Fundamental Science and Improvement of the Quality of Life---Space Quantization to MRI

TL;DR

This paper discusses how fundamental quantum concepts like space quantization and spin led to revolutionary practical technologies such as MRI and atomic clocks, highlighting the importance of fundamental science for societal progress.

Contribution

It illustrates the connection between fundamental quantum discoveries and their unexpected practical applications, emphasizing science education's role.

Findings

Quantum concepts enabled MRI and atomic clocks

Fundamental science drives revolutionary technological advances

Science education is crucial for future innovations

Abstract

How the fundamental and purely quantum mechanical concept of space quantization and intrinsic spin led to totally unanticipated practical improvements to the Quality of Life such as Magnetic Resonance Imaging, atomic clocks, etc. This is just one example of the importance of discoveries in fundamental science that are necessary in order achieve future progress via revolutionary practical applications which improve the quality of life. The importance educating the general populace with a broad knowledge of science is emphasized, as well as the need for specialized education for future scientists.