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1947   Sound barrior broken U.S. Air Force pilot Captain Charles "Chuck" Yeager becomes the fastest man alive when he pilots the Bell X-1 faster than sound for the first time on October 14 over the town of Victorville, California.

1952   Discovery of the area rule of aircraft design Richard Whitcomb, an engineer at Langley Memorial Aeronautical Laboratory, discovers and experimentally verifies an aircraft design concept known as the area rule. A revolutionary method of designing aircraft to reduce drag and increase speed without additional power, the area rule is incorporated into the development of almost every American supersonic aircraft. He later invents winglets, which increase the lift-to-drag ratio of transport airplanes and other vehicles.

However, whether consciously or subconsciously, the danger is that these data may sometimes be interpreted in a certain, more favourable, light. With private funding of basic research on the increase, potential conflicts of interest are becoming more With private funding of basic research on the increase, potential conflicts of interest are becoming more frequent frequent and scientists may have more than their reputations at stake when making their results public

principle of accountability also applies to the spiritual resources conferred in the teachings we have been given and to the precious hours and days allotted to each of us during our time in mortality.

The significance of our increased discretionary time has been magnified many times by modern data-retrieval technology. For good or for evil, devices like the Internet and the compact disc have put at our fingertips an incredible inventory of information, insights, and images. Along with fast food, we have fast communications and fast facts. The effect of these resources on some of us seems to fulfill the prophet Daniel’s prophecy that in the last days “knowledge shall be increased” and “many shall run to and fro”

homely story

Only in America could a guy like Dahl take advantage of so many people. I know I have probably paid for dumb things in my lifetime, like Keds shoes or canned beets, but seriously, a rock?

Jump to: navigation, search Robert Hooke Portrait of Hooke, 2004. Born 18 July 1635Freshwater, Isle of Wight, England Died 3 March 1703 (aged 67)London, England Fields Physics and chemistry Institutions Oxford University Alma mater Christ Church, Oxford Academic advisors Robert Boyle Known for Hooke's LawMicroscopyapplied the word 'cell' Influences Richard Busby Contents [hide] 1 Life and works 1.1 Early life 1.2 Oxford 1.3 The Watch Balance Spring 1.4 Royal Society 2 Personality and disputes 3 Hooke the scientist 3.1 Mechanics 3.2 Gravitation 3.3 Microscopy 3.4 Astronomy 4 Hooke the architect 5 Likenesses 6 Commemorations 7 See also 8 References 9 Further reading 10 External links //

Hooke is known for his law of elasticity (Hooke's law), his book, Micrographia, and for first applying the word "cell" to describe the basic unit of life

Micrographia

both individuals and societies needed to learn how to adapt to and manage the sources of over-rapid change.

Possibly the best section in the book is that on education. Here he advanced a powerful critique: ‘what passes for education today, even in our ‘best’ schools and colleges, is a hopeless anachronism.’ He then added: for all this rhetoric about the future, our schools face backwards towards a dying system, rather than forwards to an emerging new society. Their vastenergies are applied to cranking out Industrial Men - people tooled for survival in a system that will be dead before they are. (2) The thesis was then advanced that the prime objective of education should be to ‘increase the individual’s ‘cope-ability’ - the speed and economy with which he can adapt to continual change.’ (3) Central to this was ‘the habit of anticipation’. Assumptions, projections, images of futures would need to become part and parcel of every individual’s school experience.