What's next after the digital revolution?

Microengineerng – the next Revolution

The field of microengineering, which has evolved over the past few decades, is leading to radical changes in manufacturing techniques for high-technology products. Microengineered devices and systems are being applied to an increasing range of applications in the automotive, aerospace, telecommunications, and biomedical/pharmaceutical industries, and this trend is expected to continue well into...

Hypercars: The Next Industrial Revolution

Strong synergies between ultralight mass, ultralow drag, and hybrid-electric drive can produce attractive designs for superefficient cars (and many other vehicles). A realistic near-term 4–5-passenger “hypercar”—curb mass 585 kg (advanced-polymer-composite monocoque), CDA 0.36 m, r0 0.0062, fuel-to-shaft ηav 0.385, fuel-to-wheels ηav 0.29, accessory load 250 Wav—can achieve average fuel economy...

Revolution next--the multidetector CT.

Leading the Next Industrial Revolution

Trusted Supplier In industrial automation, engineers and technical decision makers face growing performance demands, exacting deadlines, and increasingly challenging customer requirements. Fundamental to meeting these challenges and building competitive products is finding a trusted, reliable silicon vendor. With a strong reputation earned after supplying leading-edge silicon for nearly half a ...

Manufacturing the Next Industrial Revolution