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发布时间:2024-05-17 07:33:28

[单项选择]Gordon Shaw the physicist, 66, and colleagues have discovered what’s known as the "Mozart effect," the ability of a Mozart sonata, under the right circumstances, to improve the listener’s mathematical and reasoning abilities. But the findings are controversial and have launched all kinds of crank notions about using music to make kids smarter. The hype, he warns, has gotten out of hand.
But first, the essence: Is there something about the brain cells work to explain the effect In 1978 the neuroscientist Vernon Mountcastle devised a model of the neural structure of the brain’s gray matter. Looking like a thick band of colorful bead work, it represents the firing patterns of groups of neurons. Building on Mounteastle, Shaw and his team constructed a model of their own. On a lark, Xiaodan Leng, who was Shaw’s colleague at the time, used a synthesizer to translate these patterns into music. What came out of the speakers wasn’t exactly toe-tapping, but it was music. Shaw and Leng infer
A. the open hostility by the media towards his findings
B. his strength to keep trying out the "Mozart effect"
C. a widespread misunderstanding of his findings
D. the sharp disagreement about his discovery

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[单项选择]Gordon Shaw the physicist, 66, and colleagues have discovered what’s known as the "Mozart effect," the ability of a Mozart sonata, under the right circumstances, to improve the listener’s mathematical and reasoning abilities. But the findings are controversial and have launched all kinds of crank notions about using music to make kids smarter. The hype, he warns, has gotten out of hand.
But first, the essence: Is there something about the brain cells work to explain the effect In 1978 the neuroscientist Vernon Mountcastle devised a model of the neural structure of the brain’s gray matter. Looking like a thick band of colorful bead work, it represents the firing patterns of groups of neurons. Building on Mounteastle, Shaw and his team constructed a model of their own. On a lark, Xiaodan Leng, who was Shaw’s colleague at the time, used a synthesizer to translate these patterns into music. What came out of the speakers wasn’t exactly toe-tapping, but it was music. Shaw and Leng infer
A. listening to Mozart could change the brain’s hardware
B. brain-waves could be invariably translated into music
C. listening to music could stimulate brain development
D. toe-tapping could be very close to something musical
[单项选择]Being colleagues for ten years, they have become (intimate) friends.
A. close
B. new
C. kind
D. closely
[填空题]British physicist John Tyndall investigated the transmission of radiant heat through ______.
[单项选择]The seventeenth-century physicist Sir Isaac Newton is remembered chiefly for his treatises on motion and gravity. But Newton also conducted experiments secretly for many years based on the arcane theories of alchemy, trying unsuccessfully to transmute common metals into gold and produce rejuvenating elixirs. If the alchemists of the seventeenth century had published the results of their experiments, chemistry in the eighteenth century would have been more advanced than it actually was.
Which one of the following assumptions would allow the conclusion concerning eighteenth-century chemistry to be properly drawn
A. Scientific progress is retarded by the reluctance of historians to acknowledge the failures of some of the great scientists.
B. Advances in science are hastened when reports of experiments, whether successful or not, are available for review by other scientists.
C. Newton’s work on motion and gravity would not have gained wide acceptance if the results of his work in alchemy had also been made public.
D. Increasing specialization within the sciences makes it difficult for scientists in one field to understand the principles of other fields.
E. (E) The seventeenth-century alchemists could have achieved their goals only if their experiments had been subjected to public scrutiny.
[填空题]Yang Fujia is a nuclear physicist and former president of Fudan University.


[单项选择]

Einstein, known as a famous physicist, went to Gottingen to give a lecture at the (26) invitation of the mathematical physicist David Hilbertin 1915. He was particularly (27) for this visit because it would give him a golden opportunity to explain the intricate relativity to him. The visit turned (28) a great success, and he told one of his friends excitedly that he had convinced Hilbert of the theory of relativity.
Amid all of Einstein’s personal worries at that time, a new scientific (29) would emerge. He was trying his utmost to find the right equations that would (30) his new concept of gravity, ones that would (31) how objects move (32) space and how space is bent by objects. By the end of the winter, he was (33) to find out the mathematical approach he had been pursuing (34) almost three years was incorrect. And now there was a fierce (35) Einstein discovered that Hilbert
A. casually
B. coarsely
C. violently
D. fully

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