1 . I received my architectural training in Italy, earning a traditional degree that didn’t involve working with Computer-Aided Design (CAD). However, my journey with computers began through my passion for music, using sound sampling systems, which catch the “sound reality” of an instrument, and also computer-assisted music composition systems. Little did I know that this exploration would greatly influence my approach to computer science and AI in the years to come.
Self-taught in computer science during my architectural studies, I sought opportunities to specialize further. Ultimately, my journey led me to a pioneering laboratory in Marseille, France, known for its groundbreaking work in computer science applied to architecture. Surrounded by a community of innovators, I improved my skills to explore the transformative power of technology in preserving cultural heritage.
In 2019, the world watched in horror as Notre Dame de Paris (巴黎圣母院) was consumed in flames. Determined to contribute to the restoration efforts, I took the lead in developing a digital ecosystem for the restoration operation. We developed groundbreaking AI tools generating 3D representations from photographs. By tracking the position and shape of voussoirs (拱石), and digitizing them from photographs, we were able to use the fine geometric information of the voussoirs to reconstruct the arch, thus giving valuable information to the architects about the structure, the exact geometry, and especially about constructive details of the oldest areas of the church from the 13th century. Notably, AI played a pivotal role in the process.
As the restoration project progresses, the AI-driven preservation continues to advance. This knowledge will definitely serve as raw material to be used for AI systems, for example, for studies that can be extended to other buildings. Today, the restoration project is in an extremely advanced state. We hope to complete the restoration work before the 2024 Paris Olympics, so that this architectural masterpiece can regain its former glory.
1. What led the author to computer science initially?A.Composing music with CAD. | B.Exploring computers for music. |
C.Studying for a degree in architecture. | D.Developing sound sampling systems. |
A.The application of AI in restoration. | B.The structure of Notre Dame de Paris. |
C.The destruction of Notre Dame de Paris. | D.The development of AI digital ecosystem. |
A.Secondary. | B.Independent. | C.Discouraging. | D.Crucial. |
A.Indifferent. | B.Skeptical. | C.Optimistic. | D.Objective. |
2 . An expedition (远行) to Kenya
Schedule
Go beyond the typical safari (旅行) experience, and observe Kenya’s wildlife through the eyes of the conservationists. Spend time in three extraordinary reserves, visit field stations where National Geographic-supported researchers are working to save important species. Watch the elephants of Amboseli in the shadow of Mount Kilimanjaro and track rare species like African wild dogs and white and black rhinos. Take a deep dive into Maasai culture during a village visit, where you’ll learn about wildlife conservation efforts carried out in partnership with local communities.
Accommodations
Throughout the expedition, you will stay in ideally located hotels, country houses and excellent tented camps.
Expedition team
A National Geographic expert and an expedition leader will accompany this trip, and local guides will join you along the way.
What’s included
◎Transfers (中转) upon arrival and departure
◎Transportation provided during the trip
◎Accommodations indicated in the schedule
◎Meals indicated in the itinerary (行程)
◎Daily activities indicated in the schedule
What’s not included
◎Airfare to and from the destination, as well as internal airfare
◎Trip cancellation insurance or any other travel insurance
◎Visas
◎Alcoholic drinks
1. What can you do on the expedition?A.Have an elephant ride. | B.Work with local communities. |
C.Learn about Maasai culture. | D.Dive at a wildlife reserve. |
A.Meals. | B.Travel insurance. | C.Accommodations. | D.Daily activities. |
A.Historians. | B.Extreme athletes. | C.Mountain climbers. | D.Animal lovers. |
3 . A complete chicken egg estimated to be around 1,700 years old is believed to be the only of its type in the world, after scientists found it still had liquid inside.
It was discovered during a dig in Aylesbury in Buckinghamshire between 2007 and 2016, with researchers saying at the time that it was a “genuinely unique discovery”. During the course of the dig, archaeologists broke three other eggs which released a “terrible smell”, but a fourth egg remained undamaged. It is the only complete egg ever found dating back to the Roman times.
Now, a micro scan has found that the egg still contains the yolk (蛋黄) and egg white, and it is believed to be the only complete egg from that period. The recent work has been carried out by conservator Dana Goodburn-Brown, who took the egg for further analysis at the University of Kent.
Edward Biddulph, senior project manager at Oxford Archaeology, who oversaw the dig, said, “It produced an amazing image that indicated that the egg, apart from being complete — which is incredible enough — also held its liquid inside. We were absolutely blown away when we saw the contents in there, as we might have expected them to have leaked out.”
It has also been taken to London’s Natural History Museum, where Douglas Russell, the senior director of the museum, was consulted about how to conserve the egg. Mr Biddulph said, “As we found out when we visited the Natural History Museum, it appears to be the oldest known example in the world.”
The egg is now being housed at Discover Bucks Museum in Aylesbury while work continues to discover how to extract (提取) the inside without breaking the delicate shell.
“There is huge potential for further research and this is the next stage in the life of this remarkable egg,” Mr Biddulph said.
1. Why was Edward Biddulph shocked at the egg?A.It was badly preserved. | B.It could be blown away. |
C.It kept liquid contents inside. | D.It was still good enough to eat. |
A.The egg will be broken for further study. |
B.The egg will be on display in the museum. |
C.More studies will be carried out about the egg. |
D.More efforts will be put into studying the egg shell. |
A.The Secret of an Ancient Egg Has Been Revealed |
B.An Ancient Egg Reveals the History of Buckinghamshire |
C.An Egg Is Said to Be the Oldest Complete One in the World |
D.An Amazing Egg Is Still Full of Liquid 1,700 Years Later |
A.A news report. | B.A biology essay. |
C.A technical invention. | D.A geographical discovery. |
4 . Which of these ingredients have you cooked with or eaten, wild rice, rabbits or roses? Actually, they were part of Native American cuisine in the past. Sean Sherman is a chef from the Oglala Lakota tribe, who is attempting something remarkable. Through his company and his restaurant, Sherman is bringing these ingredients back into the public eye.
Sean Sherman grew up on the Pine Ridge Reservation. As a reservation kid, Sherman usually didn’t have access to high-quality or tasty food. His family relied on the Commodity Supplemental Food Program, which meant canned goods, tasteless food, and powdered milk. After high school, Sherman started working for the Forest Service. As part of his job, he had to learn the names of the plants, which raised his curiosity about indigenous (本土的) plants and foods.
Sherman started doing lots of research on his own, and he started his company in 2014. A few years later, Sherman opened his restaurant Owamni, where he showed native ingredients and flavors. The most significant feature of the restaurant is the native ingredients, none of which is related to European civilizations.
The vibe in the restaurant is totally unique as well. There, a lot of people are really struck by it, because it’s not typical to be able to go someplace and see their native foods on the menu, see native people cooking the food and listen to native music. Therefore, it’s a wholly unique experience and it’s something that’s really special.
Native cuisine allows native people to explore their histories and cultures. It supports local businesses and comes with a host of health benefits. “We should have native restaurants in every city to show the diversity and flavors of all the different tribes across North America and thus have a future where native cuisine is more widespread, and ingredients are more familiar and well known,” Sherman explains.
1. When did Sean Sherman become interested in native foods?A.As he was a reservation kid. |
B.Before he entered high school. |
C.When he worked as a chef in a restaurant. |
D.When he was working in the forest department. |
A.The ingredients used are native. |
B.Native music is played all the time. |
C.Diverse ingredients are combined in each dish. |
D.It is a reflection of modern native civilization. |
A.Service. | B.Decoration. | C.Scenery. | D.Atmosphere. |
A.To boost the profits of local businesses. |
B.To help native people to honor their history. |
C.To present and promote the native cuisine. |
D.To serve foods with various health benefits. |
2024 marks the 940th anniversary (周年纪念) of the birth of Li Qingzhao (1084-1155), one of the best-known female
Themed on “What Springs Forth”, the week-long event will take place at the Zhangqiu Mingshui Ancient City, a
During the festival, famous poets, artists, critics and translators from home
“Regarding the young poet awards, we should use our judging process to discover and reward those
Meanwhile, international poets and translators will be invited to attend the festival, and translation workshops aimed at
BYD, or Biyadi, is a leading Chinese automotive company that specializes in new energy vehicles, including electric cars and buses.
BYD
Over the years, BYD has expanded its reach globally, selling vehicles in numerous countries and establishing research and
BYD has been at the forefront of the electric vehicle revolution, investing heavily in research and development. Its innovative Blade Battery technology, introduced in 2020, aims to enhance the safety and performance of EV batteries,
Today, BYD continues to grow, driven by its mission to create a
7 . Creating once-in-a-lifetime moments for you is at the heart of everything we do. The following are some tour suggestions handpicked by the WILDFOOT experts.
ICELANDIC WINTER SELF-DRIVE
September to April|4 Nights; £1,529 per person.
HIGHLIGHTS
· Discover Iceland at your leisure, with included car hire and good standard accommodation.
· Hunt for the awe-inspiring northern lights.
· Enjoy incredible landscapes, and natural wonders including waterfalls, hot springs and beautiful National Parks.
CLASSIC SPITSBERGEN EXPLORER
May to July |11 Nights; £8,200 per person.
HIGHLIGHTS
· Observe spectacular wildlife, including the iconic polar bears and whales.
· Enjoy amazing polar scenery and midnight sun.
· Experience exciting Zodiac cruises and shore excursions.
10 DAYS PANTANAL AND AMAZON
June to October|9 Nights; £6,256 per person.
HIGHLIGHTS
· Immerse yourself in the birding paradise of the Amazon Rainforest.
· Have a great chance of spotting the majestic jaguar as it patrols the banks of the Cuiaba River.
· Encounter the wonderful wildlife of the Pantanal including the Brazilian tapir, giant anteaters, capybaras, monkeys, giant river otters, caiman, anacondas and much more.
HWANGE & VICTORIA FALLS FAMILY SAFARI
November to March|11 Nights;
Adults: £3,245 per person; Children: £1,064 per person.
HIGHLIGHTS
· Start your Africa experience with a visit to the iconic Victoria Falls.
· Observe an abundance of iconic wildlife including elephants, lions, buffaloes, wild-dogs, cheetahs, a myriad of birds, and much more.
· Visit the Painted Dog Research Centre to learn about the endangered African Wild-Dog and the conservation efforts in place to protect them.
1. What is special about ICELANDIC WINTER SELF-DRIVE?A.Northern lights. | B.Polar bears and whales. |
C.Midnight sun. | D.Victoria Falls. |
A.ICELANDIC WINTER SELF-DRIVE. |
B.CLASSIC SPITSBERGEN EXPLORER. |
C.10 DAYS PANTANAL AND AMAZON. |
D.HWANGE & VICTORIA FALLS FAMILY SAFARI. |
A.£5,373. | B.£6,437. | C.£8,618. | D.£10,799. |
8 . During the first meeting with my future mentor (导师) when I was an undergraduate student, he asked why I wanted to join his lab. I
I am the youngest of 14 children from a Vietnamese family. I knew college would be an important step and was thrilled when I got the offer. But I knew
No wonder I blew that interview with Dr.D. I reached for my backpack to leave, thinking this meeting was over. To my
From the start, Dr.D consistently asked me for help and ideas. At first I was surprised. What could I possibly have to offer?
When I was
When I became a professor and mentored my own students, many of whom
A.confidently | B.cautiously | C.impatiently | D.formally |
A.curious | B.famous | C.nervous | D.serious |
A.make | B.leave | C.find | D.keep |
A.annoyed | B.confused | C.embarrassed | D.frightened |
A.desperately | B.gracefully | C.thoughtfully | D.virtually |
A.guidance | B.independence | C.admission | D.recommendation |
A.boosted | B.maintained | C.inspired | D.ruined |
A.check out | B.drop out | C.hangup | D.scttle down |
A.delight | B.relief | C.shock | D.sorrow |
A.emphasis | B.determination | C.foundation | D.responsibility |
A.when | B.what | C.why | D.how |
A.Under | B.Upon | C.Beyond | D.Despite |
A.assisted | B.cooperated | C.persisted | D.resisted |
A.concern | B.consume | C.conquer | D.contribute |
A.carrying on | B.figuring out | C.longing for | D.looking after |
A.convinced | B.commanded | C.showed | D.taught |
A.difficult | B.interesting | C.pleasant | D.simple |
A.assured | B.informed | C.reminded | D.warned |
A.content | B.familiar | C.generous | D.strict |
A.distinguished | B.worthy | C.knowledgeable | D.decent |
9 . There’s nothing more frightening than feeling adrift (漂浮着) and out of control — now imagine if you were a six-year-old girl in the ocean!
When a little girl recently was swept out to sea on a raft (橡皮艇), her father frantically ( 拼命地) called for a(n)
At one point, the little girl appeared to
“It was emotional,” Alex Thomson, brother-in-law to the Butlers, said. “If anything, it was extremely rewarding
In the time it took them to
“Seeing her jump around and kiss her mom was really
A.shelter | B.lifeguard | C.organizer | D.instructor |
A.Still | B.Otherwise | C.Moreover | D.Instead |
A.boating | B.surfing | C.swimming | D.walking |
A.unpleasant | B.unfortunate | C.successful | D.medical |
A.notice | B.care | C.refuse | D.insist |
A.give up on | B.break away from | C.get along with | D.stand up for |
A.put off | B.switch off | C.show off | D.fall off |
A.excited | B.disappointed | C.terrified | D.embarrassed |
A.waited | B.continued | C.pretended | D.happened |
A.healthy | B.silent | C.modest | D.calm |
A.once | B.until | C.because | D.though |
A.call | B.reach | C.remind | D.stop |
A.hesitating | B.expecting | C.struggling | D.intending |
A.celebration | B.search | C.need | D.memory |
A.ready | B.found | C.trapped | D.safe |
A.recognize | B.assist | C.join | D.welcome |
A.shocking | B.confusing | C.amazing | D.challenging |
A.symbolism | B.wisdom | C.intention | D.outcome |
A.survived | B.drowned | C.volunteered | D.appeared |
A.inspired | B.forgiven | C.repaid | D.honored |
10 . Now it seems that more and more animals are showing up in cities where we would not expect them to. But scientists have learned that some species do better in cities. Take peregrine falcons (游隼) for example. They use tall city buildings to make homes, man-made lighting to hunt at night, and warm air currents created when the sun beats down on city surfaces to fly with less effort.
Some animals adapt well to city life, and some do not. For example, squirrels (松鼠) do amazingly well living in cities, while wolves have never seemed to get the hang of it. Usually, animals that eat a lot of different things, called generalists, do much better in cities than specialists, which eat one specific kind of food. Smaller animals are also more likely to live in cities than bigger animals. Some people believe animals that do well in cities might be smarter than the ones that do not, but more research is needed on this.
Many animals have even learned cool tricks to live in cities, and these behaviors help them find more food or mates (伴侣), or avoid people. To learn about these behaviors, we use recording devices to spot animals, microphones to record their sounds, and tracking equipment to follow them. Scientists use many different tools to study what animals eat, how healthy they are, how they compete with each other, and more.
Humans are turning the planet into cities and farms, which does not leave many other places for most wildlife to live in. So, what can we do? At home, we can cover our garbage carefully because it is not good for wild animals. We can also plant some native plants that wildlife might like. Seeing animals in a city, we can give them space and watch them from far away. We could also try some creative things like green roofs where birds and insects can live in.
To do that, we need to know what kind of habitats different species need, and how to prevent human-wildlife conflicts. We still have a lot to learn.
1. How does the author develop paragraph 1?A.By providing statistical data. | B.By making a comparison. |
C.By giving an example. | D.By stating arguments. |
A.Those with close mates. | B.Those with long diet lists. |
C.Those with fast movement. | D.Those with high intelligence. |
A.Restrict urban and agricultural development. |
B.Make our cities wildlife-friendly. |
C.Plant new varieties of plants. |
D.Sort our garbage carefully. |
A.In a short story. | B.In a health journal. |
C.In a business report. | D.In a science magazine. |