Timur Gareyev – blindfold chess champion
A Next month, a chess player named Timur Gareyev will take on nearly 50 opponents at once. But that is not the hard part. While his challengers will play the games as normal, Gareyev himself will be blindfolded. Even by world record standards, it sets a high bar for human performance. The 28-year-old already stands out in the rarefied world of blindfold chess. He has a fondness for bright clothes and unusual hairstyles, and he gets his kicks from the adventure sport of BASE jumping. He has already proved himself a strong chess player, too. In a 10-hour chess marathon in 2013, Gareyev played 33 games in his head simultaneously. He won 29 and lost none. The skill has become his brand: he calls himself the Blindfold King.
B But Gareyev’s prowess has drawn interest from beyond the chess-playing community. In the hope of understanding how he and others like him can perform such mental feats, researchers at the University of California in Los Angeles (UCLA) called him in for tests. They now have their first results. ‘The ability to play a game of chess with your eyes closed is not a far reach for most accomplished player,’ said Jesse Rissman, who runs a memory lab at UCLA. ‘But the thing that’s so remarkable about Timur and a few other inpiduals is the number of games they can keep active at once. To me it is simply astonishing.’
C Gareyev learned to play chess in his native Uzbekistan when he was six years old. Tutored by his grandfather, he entered his first tournament aged eight and soon became obsessed with competitions. At 16, he was crowned Asia’s youngest ever chess grandmaster. He moved to the US soon after, and as a student helped his university win its first national chess championship. In 2013, Gareyev was ranked the third best chess player in the US.
D To the uninitiated, blindfold chess seems to call for superhuman skill. But displays of the feat go back centuries. The first recorded game in Europe was played in 13th-century Florence. In 1947, the Argentinian grandmaster Miguel Najdorf played 45 simultaneous games in his mind, winning 39 in the 24-hour session.
E Accomplished players can develop the skill of playing blind even without realising it. The nature of the game is to run through possible moves in the mind to see how they play out. From this, regular players develop a memory for the patterns the pieces make, the defences and attacks. ‘You recreate it in your mind,’ said Gareyev. ‘A lot of players are capable of doing what I’m doing.’ The real mental challenge comes from playing multiple games at once in the head. Not only must the positions of each piece on every board be memorised, they must be recalled faithfully when needed, updated with each player’s moves, and then reliably stored again, so the brain can move on to the next board. First moves can be tough to remember because they are fairly uninteresting. But the ends of games are taxing too, as exhaustion sets in. When Gareyev is tired, his recall can get patchy. He sometimes makes moves based on only a fragmented memory of the pieces’ positions.
F The scientists first had Gareyev perform some standard memory tests. These assessed his ability to hold numbers, pictures and words in mind. One classic test measures how many numbers a person can repeat, both forwards and backwards, soon after hearing them. Most people manage about seven. ‘He was not exceptional on any of these standard tests,’ said Rissman. ‘We didn’t find anything other than playing chess that he seems to be supremely gifted at.’ But next came the brain scans. With Gareyev lying down in the machine, Rissman looked at how well connected the various regions of the chess player’s brain were. Though the results are tentative and as yet unpublished, the scans found much greater than average communication between parts of Gareyev’s brain that make up what is called the frontoparietal control network. Of 63 people scanned alongside the chess player, only one or two scored more highly on the measure. ‘You use this network in almost any complex task. It helps you to allocate attention, keep rules in mind, and work out whether you should be responding or not,’ said Rissman.
G It was not the only hint of something special in Gareyev’s brain. The scans also suggest that Gareyev’s visual network is more highly connected to other brain parts than usual. Initial results suggest that the areas of his brain that process visual images – such as chess boards – may have stronger links to other brain regions, and so be more powerful than normal. While the analyses are not finalised yet, they may hold the first clues to Gareyev’s extraordinary ability.
H For the world record attempt, Gareyev hopes to play 47 blindfold games at once in about 16 hours. He will need to win 80% to claim the title. ‘I don’t worry too much about the winning percentage, that’s never been an issue for me,’ he said. ‘The most important part of blindfold chess for me is that I have found the one thing that I can fully dedicate myself to. I miss having an obsession.’
Reading Passage 3 has eight paragraphs, A-H.
Which paragraph contains the following information?
Write the correct letter, A-H, in boxes 27-32 on your answer sheet.
NB You may use any letter more than once.
| A | B | C | D | E | F | G | H | |
|---|---|---|---|---|---|---|---|---|
| 27. a reference to earlier examples of blindfold chess | ||||||||
| 28. an outline of what blindfold chess involves | ||||||||
| 29. a claim that Gareyev's skill is limited to chess | ||||||||
| 30. why Gareyev's skill is of interest to scientists | ||||||||
| 31. an outline of Gareyev's priorities | ||||||||
| 32. a reason why the last part of a game may be difficult |
题目关键词:earlier examples
答案位置:D 段第 2 行
题目:提及蒙眼国际象棋早期的例子
D 段提及蒙眼国际象棋 go back centuries,即要追溯它的历史,而下面提及 13 世纪佛罗伦萨第一场有记录的比赛和 1947 年阿根廷大师的壮举,都是早期蒙眼国际象棋的例子,因此答案为 D。
题目关键词:outline, involves
答案位置:E 段
题目:概述蒙眼国际象棋的内容
E 段从第一句就开始解释有成就的玩家可以在不知不觉中发展蒙眼下棋技巧,接着论述蒙眼国际象棋具体怎么下,如 recreate it in your mind,同时下多场的话才是真正的智力挑战,继而介绍了同时下好几场的流程,如何记忆棋盘(be memorised),如何回忆(be recalled)等等,都属于题目中的 outline 和蒙眼国际象棋 involves 的内容,因此答案为 E。
题目关键词:Gareyev’s skill, limited to
答案位置:F 段第 5 行
题目:宣称 Gareyev 的技能局限于下棋
原文行至 F 段提及科学家对 Gareyev 做了些测试研究,研究人员 Rissman 说到:“除了下棋,我们没有发现他极其有天赋的东西(didn’t find anything ... other than … supremely gifted at)。”这符合题目中宣称的技能 limited to chess,因此答案为 F。
题目关键词:why, of interest to
答案位置:B 段第 2 行
题目:为何科学家对 Gareyev 的技能感兴趣
B 段开头提及,Gareyev 不仅吸引了国际象棋界的兴趣(drawn interest from beyond),暗示下文要说明他也引起其他领域的兴趣, 而下文提到大学研究人员(researchers),即科学界,这与题目中的 be of interest to scientists 匹配。UCLA 的研究人员邀请他过来对他做一些测试,是希望了解(in hope of understanding)他为何能够完成此等智力壮举。希望了解,即为实验目的,解答了题目中所问的 why,因此答案为 B。
题目关键词:outline, priorities
答案位置:H 段第 4 行
题目:概述 Gareyev 的优先事项
要注意对词汇的理解,priorities 即最优先考虑的事情或优先级别,虽然不是最高级但包含了“最”这个概念,因此当 H 段提及 Gareyev 说“蒙眼国际象棋对我来说最重要的部分,就是我找到了可以全身心投入的一件事”,需要意识到 the most important part 即题目中的 priorities,因此答案为 H。
题目关键词:why, last part, difficult
答案位置:E 段第 10 行
题目:比赛的最后一部分可能很困难的原因
D 段概述了蒙眼国际象棋流程和内容之后, 也提到了棋手可能面临的困难,提及 the ends of the game 时,Gareyev 会感到费力,因为开始筋疲力竭了,而他累了的时候记忆就变得参差不齐。the ends of the game 即题目中的 the last part of a game,difficult 即题目中的 taxing,而 as 表示原因,即题目中的 a reason why,因此答案为 E。

