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【简答题】

D Is Technology Moving Too Fast? Differing fundamentally from the prior technologies such as telephone, television and automobile, which are better known as lock-in, the new technologies—computers, biotechnology and nanotech ( 纳米技术 )—are self-accelerating. This means that the products of their own processes enable them to develop even more rapidly. Since they drive almost whole sectors of society, creating unstable, unpredictable and unreliable conditions, there is a growing public concern that perhaps what civilization needs is a NOT-SO-FAST button. Supporters of technological determinism make a strong case for letting self-accelerating technologies follow their own life cycle. Rapid development in computer technology, they point out, has separated robotics and the Internet—to the great benefit of industry and human communications. Besides, it isn’t so easy for a free society to put the brakes on technology. Even if one country decided to abandon the next technological revolution, another country would gladly take it up. However, there are comforting situations in which technology may brake itself. In the aging population of the developed world, many people are already tired of trying to keep up with the latest cool new tech. Youth-driven tech acceleration could be interpreted as youthful stupidity—short-sighted and short-lived. The market for change could dry up, and lock-in might again become the norm. Stress and great tiredness make powerful decelerators. Change that is too rapid can be deeply divisive. If only elite ( 精英 ) can keep up, the rest of us will grow increasingly puzzled about how the world works. We can understand natural biology, complex as it is, because it holds still. But how will we ever be able to understand quantum computing ( 量子计算 ) or nanotechnology if its complexity keeps accelerating away from us? Constant technological revolution makes planning difficult, and a society that stops planning for the future is likely to become a fragile society. It could experience violent economic unrest. It could slip into wars fought with cruel new weapons. Its widespread new technologies could fail in massive or horrible ways. All these constant, worrying small failures could weaken the whole social progress. With so many powerful forces in play, technology could hyper-accelerate to the stars with astonishing rapidity, or it could stop completely. My expectation is that it will do both, with various technologies proceeding at various rates. The new technologies may be self-accelerating, but they are not self-determining. They are the result of ever renegotiated agreement with society. Because they are so powerful, their paths may undergo wild swings, but I think the trend will be toward the dynamic middle: much slower than the optimists expect, much faster than the pessimists think humanity can bear.

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参考答案:
举一反三

【多选题】下列各项中,关于产品成本计算品种法的特点表述正确的有()。

A.
不定期计算产品成本
B.
适用于单步骤,大量生产的企业
C.
期末在产品数量较少时,完工产品与在产品之间分配生产费用
D.
以产品品种作为成本核算的对象

【多选题】日历时间计算单位包括()

A.
计划期日历工时数
B.
日历工时数
C.
日历工日数
D.
日历工龄数
E.
基期日历工日数

【单选题】资金等值计算的依据是

A.
资金的价格原理
B.
资金的费用消耗原理
C.
资金的供给原理
D.
资金的时间价值原理

【单选题】应用较广泛的深度处理技术不包括______。

A.
活性炭吸附
B.
生物接触氧化
C.
生物活性炭
D.
臭氧氧化

【单选题】量子计算的理论模型是()。

A.
希尔伯特机
B.
哥德尔机
C.
通用图灵机
D.
通用罗素机
相关题目:
【多选题】下列各项中,关于产品成本计算品种法的特点表述正确的有()。
A.
不定期计算产品成本
B.
适用于单步骤,大量生产的企业
C.
期末在产品数量较少时,完工产品与在产品之间分配生产费用
D.
以产品品种作为成本核算的对象
【多选题】日历时间计算单位包括()
A.
计划期日历工时数
B.
日历工时数
C.
日历工日数
D.
日历工龄数
E.
基期日历工日数
【单选题】资金等值计算的依据是
A.
资金的价格原理
B.
资金的费用消耗原理
C.
资金的供给原理
D.
资金的时间价值原理
【单选题】应用较广泛的深度处理技术不包括______。
A.
活性炭吸附
B.
生物接触氧化
C.
生物活性炭
D.
臭氧氧化
【单选题】量子计算的理论模型是()。
A.
希尔伯特机
B.
哥德尔机
C.
通用图灵机
D.
通用罗素机
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