Yours,
Wang Lin
| A．that | B．where |
| C．in which | D．the one |
Last summer, two nineteenth-century cottages were rescued from remote farm fields in Montana, to be moved to an Art Deco building in San Francisco. The houses were made of wood. These cottages once housed early settlers as they worked the dry Montana soil; now they hold Twitter engineers.
The cottages could be an example of the industry’s unusual love for “low technology”, a concept associated with the natural world, and with old-school craftsmanship（手艺）that exists long before the Internet era. Low technology is not virtual (虚拟的) —so, to take advantage of it, Internet companies have had to get creative. The rescued wood cottages, fitted by band in the late eighteen-hundreds, are an obvious example. Other companies are using a broader interpretation（阐释）of low technology that focuses on nature.
Amazon is building three glass spheres filled with trees, so that employees can “work and socialize in a more natural, park-like setting.” At Google’s office, an entire is carpeted in glass. Facebook’s second Menlo Park campus will have a rooftop park with a walking path.
Olle Lundberg, the founder of Lundberg Design, has worked with many tech companies over the years. “Our tech engineers are the ones who feel impoverished, because they’re surrounded by the digital world,” he says. “We’ve found that introducing real crafts is one way to regain their individual identity.”
This craft-based theory is rooted in history. William Morris, the English artist and writer, turned back to pre-industrial arts in the eighteen-sixties, just after Industrial Revolution. The Arts and Crafts movement defined itself against machines. “Without creative human occupation, people became disconnected from life.” Morris said.
Research has shown that natural environments can restore our mental abilities. In Japan, patients are encouraged to “forest-bathe”, taking walks through woods to lower their blood pressure.
These health benefits apply to the workplace as well. Rachel Kaplvin, a professor of environmental psychology, has spent years researching the restorative effects of natural environment. Her research found that workers with access to nature at the office - even simple views of trees and flowers - felt their jobs were less stressful and more satisfying. If low-tech offices can potentially benefit the brains and improve the mental health of employees then, fine, bring on the cottages.
1．The writer mentions the two nineteenth-century cottages to show that _________| A．Twitter is having a hard time |
| B．Old cottages are in need of protection |
| C．Early settlers once suffered from a dry climate in Montana |
| D．Internet companies have rediscovered the benefits of low technology |
| A．is related to nature | B．is out of date today |
| C．cosumes too much energy | D．exists in the virtual world |
| A．Critical | B．positive |
| C．worried | D．doubtful |
| A．Past Glories, Future Dreams |
| B．The Virtual World, the Real Challenge |
| C．High-tech Companies, Low-tech Offices |
| D．The More Craftsmanship, the Less Creativity |
假设你是红星中学高三学生李华。你们班上周组织了一次以“劳动最光荣”为主题的社会实践活动。请根据以下四幅图的先后顺序，写一篇英文周记，记述整个过程。
注意：词数不少于60。
提示词：西瓜watermelon
Neuro-technology has long been a favourite of science-fiction writers. In “Neuromancer”, a wildly inventive book by William Gibson written in 1984, people can use neural(神经的) implants to get into the sensory experiences of others. Iain M. Banks came up with the idea of a neural lace, a mesh (网格) that grows into the brain, in his “Culture” series of novels. “The Terminal Man” by Michael Crichton, published in 1972, imagines the effects of a brain implant on someone who is convinced that machines are taking over from humans.
Where the sci-fi led, philosophers are now starting to follow. In Howard Chizeck’s lab at the University of Washington, researchers are working on an implanted device to administer deep-brain stimulation (DBS) in order to treat a common movement disorder called essential tremor. Traditionally, DBS stimulation is always on, wasting energy and robbing the patient of a sense of control. The lab’s ethicist (伦理学家), Tim Brown, a doctoral student of philosophy, says that some DBS patients suffer a sense of isolation and complain of feeling like a robot.
To change that, the team at the University of Washington is using neuronal activity associated with intentional movements to turn the device on. But the researchers also want to enable patients to use a conscious thought process to override these settings. That is more useful than it might sound: stimulation currents for essential tremor can cause side-effects like distorted (失真的) speech, so someone about to give a presentation, say, might wish to shake rather than make his words unclear. Giving humans more options of this sort will be essential if some of the more advanced visions for brain-computer interfaces are to be realized. Hannah Maslen from the University of Oxford is another ethicist who works on a BCI project. One of her jobs is to think through the distinctions between inner speech and public speech: people need a dependable mechanism for separating what they want to say from what they think.
That is only one of many ethical questions that the sci-fi versions of brain-computer interfaces bring up. What protection will BCIs offer against neural hacking? Who owns neural data, including information that is gathered for research purposes now but may be understandable in detail at some point in the future? Where does accountability lie if a user does something wrong? And if brain implants are performed not for treatment but to improve people’s abilities, will that make the world an even more unequal place?
1．What do the three books mentioned in paragraph 1 have in common?| A．They are all among what philosophers like best. |
| B．They all tell the stories well beyond imagination. |
| C．They are all works of the greatest sci-fi writers of the time. |
| D．They all deal with people’s losing control of their brains. |
| A．improve the accuracy of DBS | B．let patients decide when to turn on DBS |
| C．get rid of the side effects of DBS currents | D．separate what we think from what we say |
| A．Neuronal activity fails to work without intentional movements. |
| B．Brain-computer interfaces do more harm than good. |
| C．People suffering from essential tremor will shake. |
| D．DBS settings cannot be changed once fixed. |
| A．How these questions will be handled. |
| B．Why these questions used to be ignored. |
| C．Which questions come from science fiction. |
| D．Who has first raised these questions. |
Physical and Mental Health
| A．unless … but | B．although … and |
| C．when … where | D．even if … unless |
| A．who | B．when | C．which | D．where |
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