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The arrival of the 'information age' took most people by surprise - including scientists and technologists. Today, research on better, smaller, and faster ways to store and transfer information continues to grow, and growing fast within this scope is the field of magnetoelectronics. With its possibilities as a magnetic storage technology capable of overcoming the vulnerabilities of CMOS (complementary metal on oxide semiconductor), magnetoelectronics promises to be an important installation in the information era.

Spintronics. --- Magnetic memory (Computers) --- Magnetic memory (Calculating-machines) --- Magnetic storage (Computers) --- Memory devices (Computers) --- Storage elements (Computers) --- Computer storage devices --- Magnetic devices --- Fluxtronics --- Magnetoelectronics --- Spin electronics --- Spinelectronics --- Microelectronics --- Nanotechnology

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Magnetic memory (Calculating-machines) --- digitaal geheugen --- digitale techniek --- 681.3*B30 --- 681.3*B61 --- Magnetic storage (Computers) --- Memory devices (Computers) --- Storage elements (Computers) --- Computer storage devices --- Magnetic devices --- Computerwetenschap--?*B30 --- Reliability and testing: built-in tests; error-checking; redundant design; test generation; testability (Logic design) --- Magnetic memory (Computers) --- Magnetic memory (Computers). --- 681.3*B61 Design styles: cellular arrays and automata; combinational logic; logic arrays; memory control and access; memory used as logic; parallel and sequential circuits (Logic design) --- 681.3*B61 Reliability and testing: built-in tests; error-checking; redundant design; test generation; testability (Logic design) --- Design styles: cellular arrays and automata; combinational logic; logic arrays; memory control and access; memory used as logic; parallel and sequential circuits (Logic design)