After dinner, there were four exciting pieces of good news from China's tech community!
According to "China News Network", the wings of dreams soar in the sky of science and technology! The young talents from the Natural Language Processing Laboratory (FUDANLP) of Fudan University have created a scientific and technological miracle, the "Fudan Eye Thinking" (MOSI) model, which has incubated an exciting innovative product. The Hear the World app, a digital blind cane designed for the visually impaired, will set sail in March to embark on a new journey of discovery.
The app is like an intelligent life assistant, translating the world around them into descriptive language, helping the visually impaired perceive the colors of life and feel confident every step of the way. It uses the depth perception of a single camera and a well-designed algorithm to turn the bustling scene of the street into a detailed narrative, allowing the visually impaired to safely navigate the streets and alleys of the city.
Imagine that in the company of "hearing the world", the visually impaired can perceive the change of traffic lights, the busyness of intersections, and even the stone and tree under their feet. They can walk into every museum, art gallery, and park like any tourist, listen to the stories of the world, and touch the details of life.
And at home,"Hear the world"Become an attentive butler and help the visually impaired find what they need, from a mobile cane to their favourite milk.
Artificial intelligence is a life-changing tool, and we hope it can make the world of the visually impaired more colorful. Professor Zhang Qi said. In this group of innovative young scholars, new ideas are like spring seeds, taking root and sprouting in brainstorming.
In order to experience the life of the visually impaired, the team members carried the weight of "darkness", blindfolded, felt their world with their hearts, and invited the visually impaired to go deep into their real needs. Under such empathy, they followed the map and used hundreds of millions of ** trained "eye thinking" large models to accurately meet various needs.
In the future, this app will combine AR technology to improve the positioning accuracy to the sub-meter level, and even upgrade to the ability to judge various scenarios through **. The team is also nurturing more modes, such as reading mode and narration mode, in order to add more color to the lives of the visually impaired.
The team is also working with non-governmental organizations, computing centers, hardware manufacturers and other partners to make this scientific and technological achievement serve the visually impaired community free of charge. In the near future, the "Hear the World" app will be tested on the streets of China, so that the light of love and wisdom will shine into every heart in need.
According to the "Economy", a "big reversal" in the science and technology industry is brewing. Remember those years, the disc was the shining guardian of our digital world, but now it seems to be forgotten by the times. However, a "super disc" from the Shanghai Institute of Optics and Fine Mechanics of the Chinese Academy of Sciences and the R&D team of the University of Shanghai for Science and Technology is like an artifact in science fiction, subverting all our imagination of traditional storage. Imagine that a small disc can store 16 petabytes of data – that's the equivalent of compressing the information of 10,000 Blu-ray discs or 100 high-capacity hard drives into a disc as thin as a cicada's wings.
It's not just a disc, it's a "super disc" that can sneak in the digital deep sea for decades without changing color. In the ocean of data, they guard the precious information called "cold data", and this information occupies 80% of our data treasure. Today, when we are lost in high-speed data flows, this "super disc" will be like a beacon that will never be extinguished, providing an environmentally friendly and economical solution for the long-term storage of data.
More than capacity, the creation of this disc means that we can free data centers from the cold Arctic or the deep sea and place them in more convenient locations, significantly reducing the carbon footprint of our data and eliminating the need for frequent data migrations.
As for whether the "super disc" can hit the sky in the market, we have reason to be optimistic. This disc is not only a technological breakthrough, but also a lesson in history. We have learned from the ups and downs of "Wanyan" VCD: mastering core technology is the only magic weapon for industrial development. Now that patents have been filed and the scientific team is firmly and strongly, we can expect to see the industrialization of this technology within 5 to 10 years.
It is expected that this "super CD" can not only write a legend in data storage, but also open up a new world in the fields of light microscopic imaging, light display, and optical information processing, and bring more innovative "super" miracles. This is not only a technological revolution, it is a tribute to the past and a look forward to the future.
According to Xinhuanet, in the starry sky of science, the Chinese research team is like a new bright star, and the wisdom team led by Academician Hou Zengqian has written a historic chapter in the international mineralogy community. The classification and naming scheme of the strontium carbon-cerium ore supergroup proposed by them has not only been officially crowned by the International Mineralogical Association Committee on New Mineral Nomenclature and Classification (IMA-CNMNC), but also the first mineral supergroup naming ceremony dominated by China's scientific research team.
Imagine the rare minerals hidden deep in the earth, which are indispensable magical elements in modern technological civilization. Rare earth elements, with their mysterious power, are widely flowing in the blood of new energy, new materials, energy conservation and environmental protection, aerospace and even electronic information. Now, the strontium carbonate superfamily, a mysterious family of aqueous rare earth carbonates, finally has its own name and identity.
International experts have praised this feat not only as establishing a series of chemical formulas, taxonomic boundaries and nomenclatures, but also providing researchers with a new window into the mysteries of the migration and precipitation of rare earth elements in the earth's rocks.
Ms. Wang Yanjuan, the lead author of the strontium carbonate supergroup nomenclature nomenclature scheme and a doctoral student at China University of Geosciences (Beijing), showed us the power of science. She explained that the discovery and classification of new minerals is not only the cornerstone of geology, but also provides a scientific beacon for all mankind to explore the mineral world and establish international standards.
So far, the international mineralogical community has recognized a total of 34 mineral superfamilies, each with its own story and identity. The birth of the strontium cerium carbonate superfamily has echoed the voice of China's mineralogy in the world, marking a new level of China's strength and international influence in the field of basic research. Ms. Wang Yanjuan's words reveal pride, not only to affirm her team, but also to the pride in the improvement of the ability of the entire national mineral classification and nomenclature field.
According to China News Network, in the morning light in Shanghai's Songjiang District, a record-breaking track project is slowly unfolding its railway epic. At the construction site of the Shanghai-Suzhou-Lake Railway, an eye-catching milestone was officially established: the first pair of half-kilometer-long steel rails were slowly rolled out, heralding the prelude to the track-laying work of the entire railway line that pulsates the future speed and dreams.
With the roar of machinery, the craftsmanship and efficiency of track laying come together, and the unprecedented 450-kilometre-long railway line is expected to complete its track-laying mission during the summer heat wave in June. Every inch of the tracks is counting down to the grand opening at the end of the year.
The Shanghai-Suzhou-Lake Railway, a fast artery connecting Shanghai, Suzhou and Huzhou, will become a fast channel for exchanges between these cities. It is not only a railway, but also a pressure relief valve, which will effectively divert the heavy pressure of the two major railway corridors of Shanghai-Nanjing and Shanghai-Hangzhou, and bring passengers a smoother travel experience.
The construction site presents a precise picture of operation: 209 sets of turnouts are in place, 800 railway workers work hard, and the laying record of 12 kilometers of track in a single day, each of which reflects the excellence of China's railway construction.
Starting from Shanghai Hongqiao Station, it winds through Suzhou City, Jiangsu Province, to Huzhou Station in Huzhou City, Zhejiang Province, with a total length of 163The 8-kilometer Shanghai-Suzhou-Lake Railway, with a design speed of up to 350 kilometers per hour, will have eight stations, each of which is a model of a modern transportation hub. In particular, Songjiang South Railway Station, the third largest station in Shanghai, has entered the peak of construction at full speed, and the construction of all main structures will be completed in mid-May, when it will meet the world's attention with a new look.
The laying of each section of steel rail is an expectation for a convenient life in the future. Each station of the Shanghai-Suzhou-Lake Railway will become a new business card of the city, and every journey will shorten the distance between the heart. When the high-speed railway is officially launched, it will not only be a link between cities, but also a powerful engine for regional integration and development. We look forward to seeing how it will write a legend in the future.