Modern advancements in digital and online technology are changing the art market. Online events are becoming more popular than ever as they can be attended by anyone from anywhere. At the heart of this online art world are OVRs.
Before going into how OVRs are shaping the art world, it’s important to understand what they are. An OVR is an Online Viewing Room that allows art enthusiasts to take part in events through their computer screens. OVRs transmit galleries and events to art lovers through live feed which can be viewed from anywhere in the world!
OVRs enable art to travel across the world, without ever leaving the studio! This increases the number of possible collectors and buyers that will be able to view new pieces.
Online viewings also meant that the art market could continue to function and exhibit art, even with lockdown restrictions. Although many events were cancelled, a study showed a 41% of wealthy people bought work at a fair in 2020, while 45% did it through an online viewing room.
Besides, OVR displays can be changed easily and updated at any time. This means that viewers can easily stay on track with the latest works and view updated displays as regularly as they would like.
While OVRs may be practical, many enthusiasts say that the online viewing platforms don’t provide the full gallery experience, and this is their main problem. Physical art shows allow enthusiasts to network with new people, discuss and see the art in real life before making a decision to buy.
So, will OVRs continue to rise? Probably yes: OVRs are likely to play a big role in future art sales. This is because online viewing platforms bring a number of benefits to art lovers. However, the interactive aspect of viewing art cannot be fully replaced by OVRs, so expect a combination of the physical and the digital art world.
1. What is the author’s main purpose in writing paragraph 1?A.To bring up the topic of the text. | B.To list some interesting examples. |
C.To express the main idea of the text. | D.To introduce a problem to be solved. |
A.The art market is easily affected by accidents. |
B.OVRs are more effective than face-to-face events. |
C.OVRs help the art market to survive during lockdown. |
D.People involved in art sales are mostly from wealthy families. |
A.The future of OVRs. | B.The history of OVRs. |
C.The popularity of OVRs. | D.The disadvantages of OVRs. |
A.OVRs will coexist with the physical art world. |
B.OVRs will gradually replace face-to-face art events. |
C.OVRs will create an interactive atmosphere for art lovers. |
D.OVRs will make up more than half of the future art market. |
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【推荐1】When was the last time you did something that gave you a genuine sense of achievement?
For me it was last week, when I hung a picture on the wall. I know, it sounds a little crazy. But it was an easy project that I’d put off for too long.
As accomplishments go, this wasn’t up there with achieving world peace, curing the incurable or running a marathon. Yet that feeling of genuine accomplishment is something that I fear we’re beginning to lose today. Now more than ever, we live in a world of instant gratitude, aided by ever-present digital devices that only feed the desire. News headlines, sports scores and the latest gossip are all a finger-swipe away on our smartphones. In this digital parallel universe, our sense of achievement has become defined by the number of positive reactions we get from posting a cool picture or making a brief comment.
Just to be clear, I don’t have a problem with digital devices, apps or social media; I use them every day. Together they’ve helped us connect with others, solve problems and get things done in ways almost no one could have ever imagined. But the problem is: they aren’t very personally fulfilling.
So how do we arrive at that genuine sense of achievement, whether it’s at work or our personal life? Daniel Pink, a noted author on work, management and behavioral science, has an interesting theory. When it comes to anything but the most basic tasks, we aren’t very motivated by the “traditional” motivators of fear, money or rewards. Instead, the factors include autonomy, mastery, and purpose. Autonomy represents our desire to be self-directed –to do what we want to do, when and how we want to do it; mastery refers to an essential urge to better our skills and derive satisfaction from doing so; and purpose is our desire to do something that is important and has true meaning, either to ourselves or to others.
By tapping into these internal motivators, even unconsciously, we can accomplish great things, like exploring new hobbies or dreams; becoming passionate about our work; and deriving satisfaction from what we do and wanting to do more.
We don’t need to achieve world peace or run a marathon to feel a sense of personal achievement. Anything will do—even hanging a few pictures on the wall. But it needs to start by putting our devices aside, at least for a little while.
1. According to the passage, the reason why we are beginning to lose the sense of accomplishment is that _________.A.it’s easy for the masses to make a quick and positive comment |
B.most people fear they can hardly make any accomplishment |
C.people tend to express their instant and artificial gratitude through the Internet |
D.the digital age has influenced our definition of the sense of achievement |
A.The author is used to putting off a project for too long. |
B.Though not personally satisfactory, digital devices are somewhat helpful. |
C.The author objected to addressing issues with digital devices, apps or social media. |
D.Achieving world peace or curing the incurable goes beyond what we call achievement. |
A.fear, money and rewards | B.hobbies, dreams and passion |
C.autonomy, mastery and purpose | D.work, management and behavioral science |
A.With digital devices, it is easy to obtain the sense of personal achievement |
B.Without social media, it is impossible to obtain the sense of personal achievement. |
C.With Internet, personal achievement can only be obtained through great success. |
D.Without digital devices, the sense of personal achievement can be obtained in daily tasks. |
【推荐2】Max Vernon Mathews has been called the father of computer music. He created electronic tools so that people could use computers as musical instruments. He had a huge influence on the development of electronic music and how it is written, recorded and played.
In 1957, Max Mathews wrote the first computer program that enabled a computer to create sound and play it back. At the time, he was working as an engineer at Bell Laboratories in New Jersey. His computer program was called Music. It enabled a large IBM computer to play a seventeen-second piece of music that he had written.
The computer was so slow that it would have taken an hour to play the piece of music in seventeen seconds. For that reason, Mathews moved the work to a tape player, which could be sped up to play the music at a normal speed. He later said that the sound quality of the musical notes was not great, but the technical importance of the music was huge.
The science fiction writer Arthur C.Clarke visited Bell Laboratories in the 1960s. He heard a computer “sing” the song “Daisy Bell” on devices and programs developed by Max Mathews and other engineers. Clarke noted this technology in his book 2001: A Space Odyssey, which was later made into a movie.
Mathews continued creating other versions of the Music program. He became interested in how computers could help musicians outside recording studios. The Groove program he developed was the first computer program made for live performances. He also developed an electronic device he called the Radio Baton. The device looks like two drum sticks. It enables the user to control the speed and sound levels of orchestral music played on a computer. The user does this by moving the two sticks on a special electronic surface.
Max Mathews believed modern musicians are not making full use of the power of computer music. He said a violin always sounds like a violin. But with a computer, the way a violin sounds is unlimited. He said he did not want computer sounds to replace live music. But he said he hoped laptop computers would one day be considered serious instruments.
1. How did the program Music work according to the text?A.It helped design a computer program. |
B.It created sound by using computers. |
C.It could record a seventeen-second piece of music. |
D.It enabled a large IBM computer to work faster. |
A.It was of light weight. |
B.Its sound was of great quality. |
C.It could play the music faster than the computer. |
D.It could play more pieces of music than the computer. |
A.The book dealt with music. | B.Music added sound to the book. |
C.The book was recorded by Music. | D.Music was a new invention at that time. |
A.Devices and programs Max Mathews created. |
B.The characteristics of Max Mathews’ works. |
C.How Max Mathews’ program was applied. |
D.How Max Mathews developed computer programs. |
A.He is the father of music. |
B.He is influential as an engineer. |
C.He made great contributions to computer music. |
D.He wanted computer sounds to take the place of live music. |
【推荐3】While waiting in bus stations, airports or parks, some people are busy with a friendly conversation, and others read newspapers, comics (漫画), novels and pocket books. That was many years ago.
Today everyone uses smartphones, desktop PCs and laptops at home, work and school. Exactly, it improves our communication, social media, entertainment and provides convenience to work. The computers, Internet, and smartphones have become part of our everyday life.
However, the publishing houses suffer terrible losses, and the comics industry is out of business, for everyone goes dependent on digital gadget (小玩意).
Especially in the COVID-19 times, the sales (销售) of PC, laptops and gadgets suddenly went up quickly. Because of health safety problems, people chose to shop online. Moreover, education happens through Online Distance Learning, which forced parents to buy desktops and smartphones. Yet behind the benefits and use of these modern gadgets is a sad reality. Many students lose the face-to-face conversation power, skills in public speaking, and social skills.
Another problem is health. The young generation today spends so much time on gadgets inside homes. They don’t live the traditional healthy outdoor life. The result is eyesight problems and enjoying very little sunlight.
For workers, too much exposure to video call meetings has damaged their health. What’s more, many of us are expected to continue working at home.
Modern information technology (IT) has really affected our way of life. In the COVID-19 times, these products of modern technology have protected us from public exposure and direct interaction with people. However, its continuous use can also harm people’s health and interest. Thus, we should take control of IT application in our life and not allow IT to endanger our health and safety.
1. What is the purpose of Paragraph 1?A.To draw readers’ interest in traditional ways of life. |
B.To provide readers with a typical life scene many years ago. |
C.To give tips on how to make good use of our time while waiting for the bus. |
D.To serve as the background information of the text and lead to the topic of the text. |
A.Laptop is more useful than a desktop computer. |
B.We are not able to work or study without computers. |
C.Information technology brings people many benefits. |
D.Without information technology, we can’t communicate. |
A.Many students talk little face to face. |
B.Many publishing houses turn to IT business. |
C.Many parents are forced to learn to use IT gadgets. |
D.Many workers are out of work and have to stay inside. |
A.How did COVID-19 affect IT? |
B.How do people make use of modern technology? |
C.How does modern information technology affect us? |
D.How did modern technology affect workers and our generation? |
【推荐1】Mona Lisa, the mysterious woman in Leonardo da Vinci’s 16th century masterpiece, had just given birth to her second son when she sat for the painting, a French art expert said on Tuesday. The discovery was made by a team of Canadian scientists who used special infrared(红外线) and three-dimensional(三维的) technology to study the paint layers on the work, which now sits in the Louvre museum in Paris.
Bruno Mottin of the French Museums’ Center for Research and Restoration said that on very close examination of the painting it became clear that the Mona Lisa’s dress was covered in a thin transparent gauze veil.(透明面纱).
“This type of gauze dress was typical of the kind worn in early 16th century Italy by women who were pregnant or who had just given birth. This is something that had never been seen up to now because the painting was always judged to be dark and difficult to examine,” he told a news conference.
“We can now say that this painting by Leonardo da Vinci was painted in memory of the birth of the second son of Mona Lisa, which helps us to date it more precisely to around 1503.” The young woman with the ambiguous half smile has been identified as Lisa Gherardini, wife of Florentine merchant Francesco de Giocondo. She had five children.
“People always wrote that Mona Lisa had allowed her hair to hang freely over her shoulders. This greatly surprised historians because letting your hair hang freely during the Renaissance was typical of young girls and women of poor virtue(美德)” he said.
The team had hoped to discover more details about Leonardo’s painting techniques, which the artist used to create a hazy(朦胧的)effect. But scientist John Taylor said the team had been disappointed by the lack of brush stroke(笔触)detail on the painting.
1. According to the latest research, Mona Lisa was ________ .A.a woman of poor virtue |
B.da Vinci’s second wife |
C.a woman who had just been pregnant |
D.a woman who had just given birth to her second son |
A.the research has been carried out in France |
B.Mona Lisa was painted in 1503 at the latest |
C.In da Vinci’s time women could only wear short hair |
D.the most difficulty is to identify the paint layers |
A.Mona Lisa, the Mysterious Woman. |
B.Mona Lisa, a New Mother. |
C.Great Discovery in Painting. |
D.Leonardo’s Painting Technique. |
【推荐2】What is the place of art in a culture of inattention? Recent visitors to the Louvre report that tourists can now spend only a minute in front of the Mona Lisa before being asked to move on. Much of that time, for some of them, is spent taking photographs not even of the painting but of themselves with the painting in the background.
One view is that we have made tourism and gallery-going so easy that we have made it effectively impossible to appreciate what we’ve travelled to see. In this society, experience becomes goods like any other. There are queues to climb Everest as well as to see famous paintings. Thus, leisure is considered as hard labour rather than relaxation.
In the rapidly developing society, what gets lost is the quality of looking. Consider an extreme example, the late philosopher Richard Wollheim. When he visited the Louvre he could spend as much as four hours sitting before a painting. The first hour, he claimed, was necessary for incorrect impression to be removed. It was only then that the picture would begin to disclose itself. This seems unthinkable today, but it is still possible to organise. Even in the busiest museums there are many rooms and many pictures worth hours of contemplation (沉思) which the crowds largely ignore.
Marcel Proust, another lover of the Louvre, wrote: “It is only through art that we can escape from ourselves and know how another person sees a universe which is not the same as our own and whose landscapes would otherwise have remained as unknown as any there may be on the moon.” If any art remains worth seeing, it must lead us to such escapes. But a minute in front of a painting in a hurried, harried (烦扰) crowd won’t do that.
1. Why does the author mention the example in Louvre in Paragraph 1?A.To express his concern about Louvre. | B.To report the popularity of Mona Lisa. |
C.To introduce a good place to take photos. | D.To show a disappointing current situation. |
A.People need to clear up their misunderstanding of paintings. |
B.People have to stay at least 4 hours when appreciating paintings. |
C.It is impossible for modern people to admire paintings attentively. |
D.The longer one admires the paintings, the more unlikely he loves them. |
A.Art is of help for us to accept ourselves better. |
B.Art makes our life more colourful and meaningful. |
C.Art allows us to know the world in the view of others. |
D.Art pushes us away from ourselves and explores the moon. |
A.Into art attentively. | B.Escape from ourselves. |
C.Beyond art completely. | D.Go to the museums often. |
【推荐3】About the Scottish Portrait Gallery
The Scottish National Portrait Gallery is one of Edinburgh’s most extraordinary buildings—a great red sandstone neo-gothic palace which sits proudly on the city’s skyline. Following a dramatic three-year redecoration, completed in December 2011, the Gallery now offers 17 new displays. Each of these explores different aspects of the story of Scotland and her people.
The Building
The Scottish National Portrait Gallery was designed by Sir Robert Rowand Anderson as a holy palace for Scotland’s heroes and heroines. A detailed Arts and Crafts decorative scheme, both inside and outside, with its glittering friezes, evocative murals and extensive sculptural embellishment, makes it a very special visitor experience.
The Collection
The Portrait Gallery’s collection is an exceptional national resource of over 30,000 fascinating images containing a rich variety of media and including many internationally outstanding works of art. The portraits depict(刻画) the men and women whose lives and achievements helped shape Scotland and the wider world. The Gallery is also home to the NGS’s outstanding collection of photographs which includes around 6,000 works by the early Scottish pioneers of the medium, Robert Adamson and David Octavius Hill as well as new works by leading-edge contemporary photographers.
Visitor Facilities
The new Portrait Gallery cafe serves a delicious menu of fresh dishes and classic recipes, using the very best local ingredients and seasonal produce. Our new shop offers a fresh twist on design-led gifts and souvenirs. The gallery now has all the facilities which today’s visitors expect, including a fantastic new lift, an Education suite and disabled access throughout the building.
1. What do we learn about the Scottish National Portrait Gallery?A.It is well-known for its building. | B.Every display reflects Scotland. |
C.There are about 6,000 works in it | D.It has a comparatively short history. |
A.rare and user-friendly | B.modern and all-round |
C.characteristic and attractive | D.beneficial and conventional |
【推荐1】New York’s Central Park has a statue dedicated to him, and there’s even been a movie about him: a sled dog named Balto. Now he is the focus of a DNA study, 90 years after he died, to see what made the dog so famously tough (坚韧).
In 1925, this Siberian husky was part of an expedition in Alaska called the serum run, the goal of which was to bring life-saving medicine to young people that were threatened by a deadly disease in the remote town of Nome, over 600 miles away. Balto led the long-distance stretch, and wound up getting most of the honor.
After Balto’s death in 1933, his remains were preserved and put on display at the Cleveland Museum of Natural History.
“Balto’s fame and the fact that he was taxidermized gave us this cool opportunity 100 years later to see what that population of sled dogs would have looked like genetically and to compare him to modern dogs,” said Katherine Moon, a postdoctoral researcher at the University of California.
Her team took skin samples from the dog’s belly and reconstructed its genome — the complete set of genes in an organism. They compared this genetic material with that of 680 contemporary dogs from 135 breeds.
Contrary to a legend that thought that Balto was half wolf — as suggested in an animated Universal Pictures film that came out in 1995 — this analysis found no evidence he had wolf blood. It turned out Balto shared ancestors with modern day Siberian Huskies and the sled dogs of Alaska and Greenland.
Moon’s team also compared Balto’s genes with the genomes of 240 other species of mammals.
This allowed researchers to determine which DNA fragments (片段) were common across all those species and have not therefore changed over the course of millions of years of evolution. This stability suggests that these fragments of DNA are associated with important functions in the animal, and that mutations (基因突变) there could be dangerous.
The bottom line from the research was that Balto had fewer potentially dangerous mutations than modern breeds of dogs did, suggesting he was healthier.
1. Why did Moon and her team study the DNA of Balto?A.Balto saved the lives of many people. | B.Balto achieved a long-distance transport. |
C.Balto was a focus of the Central Park. | D.Balto was amazingly tougher than others. |
A.Gene. | B.Evolution. | C.Toughness. | D.Changelessness. |
A.Balto had blood of wolves. | B.Balto had fewer harmful mutations. |
C.Balto was a modern husky. | D.Balto was a special mammal species. |
A.A dog’s heroic act. | B.A great honor to a dog. |
C.A DNA study of a tough dog. | D.A new research into DNA. |
【推荐2】Flexible, wearable electronics are making their way into everyday use, and their full potential is still to be realized. Soon, this technology could be used for precision medical sensors attached to the skin, designed to perform health monitoring and disease detection. It would be like having a high-tech medical center at your service. Worn routinely, future wearable electronics could potentially detect possible emerging health problems — such as heart disease, cancer-even before obvious signs appear. The device could also do a personalized analysis of the tracked health data while minimizing the need for its wireless transmission (传输).
Such a skin-like device is being developed in a project. Leading the project is Sihong Wang, assistant professor at the University of Chicago. This device would need to collect and process a vast amount of data, well above what even the best smartwatches can do today, and it would have to deal with this data speedily with very low power consumption in a very tiny space. To address that need, the team called upon neuromorphic computing (神经形态计算). This AI technology copies operation of the brain by training on past data sets and learning from experience. Its advantages also include compatibility (兼容性) with stretchable material, lower energy consumption and faster speed than other types of AI.
The other major challenge the team faced was integrating the electronics into a skin-like stretchable material. The key material in any electronic device is a semiconductor. In current rigid electronics used in cell phones and computers, this is normally a solid silicon chip.
Stretchable electronics require that the semiconductor be a highly flexible material that is still able to conduct electricity. The team’s skin-like neuromorphic chip consists of a thin film of a plastic semiconductor combined with stretchable gold nanowire electrodes. Even when stretched to twice its normal size, their device functioned as planned without formation of any breaks.
“While still requiring further development on several fronts, our device could one day be a game changer in which everyone can get their health status in a much more effective and frequent way,” said Wang.
1. What can be inferred about skin-like electronics from paragraph 1?A.More functional uses of the devices are on the way. |
B.They offer medical advice through an online platform. |
C.Accurate disease detection makes the devices popular. |
D.They can transmit a great deal of patient data wirelessly. |
A.Quicker processing and better adaptability. |
B.Better learning ability and greater stability. |
C.Wider use in life and larger storage capacity. |
D.Lower power consumption and easier operation. |
A.The excellent flexibility of the stretchable material. |
B.The unique structure of the skin-like neuromorphic chip. |
C.The application of electronics in cell phones and computers. |
D.The process of replacing silicon chips with neuromorphic ones. |
A.Uncertain. | B.Challenging. |
C.Promising. | D.Profitable. |
【推荐3】To better understand the ocean’s overall health, researchers hope to utilize some simplest creatures as tools to assess aquatic ecosystems. All they need is stunning $20 worth of materials, a 3D-printer, and some natural jellyfish.
Although it’s extremely dangerous, technologically challenging, and expensive for humans to reach the ocean’s deepest regions, jellyfish do it all the time. Jellyfish first began dancing through Earth’s ancient oceans at least half a billion years ago, making them some of the planet’s oldest creatures. In all that time, however, their biological appearance has remained pretty consistent — a bell-shaped, brainless head attached to a mass of tentacles (触须), all of which is composed of around 95 percent water. Unfortunately, that same steady state can’t be said of their habitat, thanks to humanity’s ongoing environmental impacts. “Since they don’t have a brain or the ability to sense pain, we’ve been able to cooperate with bioethicists to develop this biohybrid robotic application in a way that’s ethically principled,” a lead researcher of this study, John Dabiri said in a recent profile.
Previously, Dabiri’s lab implanted jellyfish with a kind of electronic pacemaker that controls the speed at which they swim. This time, the team went a step further, adding what they call a forebody to the jellyfish. It is like a hat that sits on top of the jellyfish’s bell. This 3D-printed, hat-like addition not only houses electronics and sensors, but makes its wearer even faster. In a specially built, three-story vertical aquarium, a jellyfish equipped with a combination of the swimming pacemaker and forebody can swim up to 4.5 times faster than its all-natural counterpart.
“It’s well known that the ocean is critical for determining our present and future climate on land, and yet, we still know surprisingly little about the ocean, especially away from the surface,” Dabiri said. “Our goal is to finally move that needle by taking an unconventional approach inspired by one of the few animals that already successfully explores the entire ocean.”By controlling their jellies’ vertical ascent and descent, Dabiri’s team believes the biohybrids could help gather deep ocean data previously obtainable only by using extremely price y research vessels and equipment.
1. What made jellyfish chosen for the study?A.Its consistent habitat. | B.Its existence for long. |
C.Its watery composition. | D.Its insensibility to pain. |
A.A forebody. | B.A pacemaker. |
C.A hat-wearing jellyfish. | D.A speed sensor. |
A.A data collector. | B.A device carrier. |
C.A climate change predictor. | D.The model of a robotic application. |
A.Its potential to explore the ocean. | B.Its role in determining the climate. |
C.The animal-friendly approach to research. | D.The significant decline in research funding. |