Titlebook: Culture’s Engine; Inside Science and T William Gosling Book 2020 The Editor(s) (if applicable) and The Author(s), under exclusive license t

鞠躬

abolish

調(diào)整

https://doi.org/10.1007/978-1-4302-4141-6 big task yet maybe not impossible. Simply trying harder will not be enough: we need a change of mindset. It is particularly in the aftermath of technology revolutions that ethical problems become acute. Collective use regulation for new technology may be the only solution.

coagulation

休戰(zhàn)

吸引人的花招

heterodox

The Active Elements Appear,r evacuated. These vacuum devices (US ‘tubes’, elsewhere ‘valves’) were the basis of all electronics, roughly from the end of World War I to the last quarter of the twentieth century. However, they were unsuitable for computers—too big, hot, expensive and short-lived. From 1948 solid-state devices replaced them, transistors then microcircuits.

糾纏,纏繞

Drivers of Technology,rapidly. This hurried the deployment of railways, steam ships and aviation. Demand for mobile communication increased, beginning with maritime radio and ultimately to the pocket phone. All these advances also produced collateral changes which in turn had further impact on favoured technologies.

Needlework

Traumatic-Grief

Talk the Talk, emergence of a canonical design by this quasi-evolutionary process marks a mature product. If other designs persist they are called dissenting designs. These two classes of design are found in a wide range of products. New designs appear by evolution from earlier examples or are revolutionary, designed from scratch.