Chinese Economy Watch (5 Viewers)

This is not Shock.

Just returning to the right track of history

China has been an economic powerhouse for over 2,000 years.
1752876309563.webp
1752876328823.webp


View: https://www.youtube.com/watch?v=Cx1lTUx9GC0&embeds_referring_euri=https%3A%2F%2Fdefenceforumbharat.com%2F&source_ve_path=OTY3MTQ

The children of Rome control civil aviation
1752876428929.webp

1752876496113.webp
1752876524733.webp
1752876587699.webp
  • Intertwined Influence:
    The influence of Latin and French on English is intertwined,
    with some words entering English multiple times through different routes (e.g., directly from Latin and indirectly through French). For example, the word "fragile" entered English directly from Latin, while "frail" came via French.

  • Percentage Estimates:
    While specific percentages vary depending on the study and methodology, estimates suggest that a substantial portion of English words, potentially up to 60% or even more, are ultimately of Latin or French origin.
In this forum Latin is also spoken aka English, London was founded by Rome

View: https://www.youtube.com/watch?v=dvtVLa4uOYc
 
Last edited:

View: https://www.youtube.com/watch?v=HPxUYxf2mMY

In July 2025, a storm of public outrage broke out over the summer job market in the Pearl River Delta region of Guangdong, China. Many media outlets reported that the hourly wage for student summer jobs had dropped sharply, with some places offering as little as 6 yuan per hour — about 0.84 US dollars
 
Discover the drama behind e-commerce giants Temu and Xi'an and how closing a loophole changed the game for US trade! From ingenious strategies to market-shaking policy measures, this video will take you on a thrilling ride full of unexpected twists and turns. We promise you won't want to miss this tale of trade, competition, and business tactics pushed to the limit.



00:00:00 - Amazon's Market Decline
00:01:03 - The Rise of Temu and Xi'an in t
he US
00:02:40 - The De Minimis Loophole
00:03:40 - Unfair Competition
00:06:04 - Closing the Loophole

00:08:32 - Tariff Consequences
00:10:30 - Temu and Xi'an's Adaptation Strategies
00:14:01 - Global Impact and Uncertain Future


View: https://www.youtube.com/watch?v=7lEsnyNOYzs
 
On July 19, at the 66th International Mathematical Olympiad (IMO) held in Australia, all six members of the Chinese team won gold medals, securing first place in the team rankings. Deng Leyan from Shanghai High School and Zhang Hengye from Bashu Secondary School in Chongqing both achieved perfect scores of 42 points each, earning gold medals.

1752915400202.webp
 
BEIJING, July 18 (Xinhua) -- Chinese scientists have developed a novel method for the mass production of high-quality "golden semiconductor" indium selenide, opening a pathway for the manufacturing of a new generation of chips that perform better than current silicon-based technology.

The study, published online by Science on Friday, was conducted by researchers from Peking University and the Renmin University of China.

Integrated circuits are the core foundation of modern information technology. In recent years, as the performance of silicon-based chips has gradually approached its physical limits, the development of new high-performance, low-energy semiconductor materials has become a global focus in scientific research and development.

Indium selenide is known as a "golden semiconductor." However, its large-scale, high-quality preparation has long proved elusive, hindering its advancement toward widespread integrated applications.

The core challenge lies in the precise maintenance of the ideal 1:1 atomic ratio of indium and selenium during production, said Liu Kaihui, a professor at Peking University's School of Physics.

Using an innovative technology, the research team heated amorphous indium selenide film and solid indium under sealed conditions. The vaporized indium atoms formed an indium-rich liquid interface at the film's edge, gradually leading to the formation of high-quality indium selenide crystals with a regular atomic arrangement.

Liu said that this method ensures the correct atomic ratio of indium and selenium, and has overcome the critical bottleneck in the transition of indium selenide from laboratory research to engineering applications.

The team successfully produced indium selenide wafers with a diameter of 5 centimeters and constructed a large-scale array of high-performance transistors, which can be used directly in integrated chip devices, said Qiu Chengguang, a researcher at Peking University's School of Electronics.

Liu said that this breakthrough opens a new pathway for the development of next-generation, high-performance, low-power chips, which are expected to be applied widely in cutting-edge fields such as artificial intelligence, autonomous driving and smart terminals in the future.

Reviewers of Science have hailed this work as "an advancement in crystal growth."
 
BEIJING, July 18 (Xinhua) -- Chinese scientists have developed a novel method for the mass production of high-quality "golden semiconductor" indium selenide, opening a pathway for the manufacturing of a new generation of chips that perform better than current silicon-based technology.

The study, published online by Science on Friday, was conducted by researchers from Peking University and the Renmin University of China.

Integrated circuits are the core foundation of modern information technology. In recent years, as the performance of silicon-based chips has gradually approached its physical limits, the development of new high-performance, low-energy semiconductor materials has become a global focus in scientific research and development.

Indium selenide is known as a "golden semiconductor." However, its large-scale, high-quality preparation has long proved elusive, hindering its advancement toward widespread integrated applications.

The core challenge lies in the precise maintenance of the ideal 1:1 atomic ratio of indium and selenium during production, said Liu Kaihui, a professor at Peking University's School of Physics.

Using an innovative technology, the research team heated amorphous indium selenide film and solid indium under sealed conditions. The vaporized indium atoms formed an indium-rich liquid interface at the film's edge, gradually leading to the formation of high-quality indium selenide crystals with a regular atomic arrangement.

Liu said that this method ensures the correct atomic ratio of indium and selenium, and has overcome the critical bottleneck in the transition of indium selenide from laboratory research to engineering applications.

The team successfully produced indium selenide wafers with a diameter of 5 centimeters and constructed a large-scale array of high-performance transistors, which can be used directly in integrated chip devices, said Qiu Chengguang, a researcher at Peking University's School of Electronics.

Liu said that this breakthrough opens a new pathway for the development of next-generation, high-performance, low-power chips, which are expected to be applied widely in cutting-edge fields such as artificial intelligence, autonomous driving and smart terminals in the future.

Reviewers of Science have hailed this work as "an advancement in crystal growth."

It`s kick off.


View: https://x.com/Echinanews/status/1946500226673791178?t=qsMea9SW-bVOdpFVmwQtIg&s=19
 

View: https://www.youtube.com/watch?v=6QTapoxv30Y
China's Debt Problem Is 300% Bigger Than America's
Hello everyone, today we're delving into the complex world of US and Chinese public debt! Let's find out why these two economic giants seem to have more problems than a teenager in love! We'll compare rates, hidden debts, and discover who's really the most indebted. Don't miss this economic journey full of surprises!


00:00:00 - Rising US Public Debt and Implications
00:00:58 - Economic Contrast between the US and China
00:02:18 - China's Hidden Debt
00:04:06 - State-Owned Enterprises and Debt in China
00:06:02 - China's Domestic Economic Problems

00:07:32 - Lack of Investment Alternatives in China
00:08:52 - Impact of Regulations on the Chinese Market
00:10:52 - Comparison of the Economies of China and the US
 
Recently, former Chongqing Mayor Huang Qifan made sensational remarks that caused quite a stir in China on July 13th. His statements were so striking that they landed on the country’s trending list.At the 2025 Beike Financial Annual Conference, which opened on July 10th, Huang Qifan explained that the Chinese automobile manufacturing industry is usually considered to be one of the more profitable sectors in manufacturing. However, as of June this year, the industry's profit margin was only 5%. In fact, the total profit from selling 30 million cars in China still doesn’t compare to the profits Toyota made from just 9 million cars.

Top CCP Official Reveals China’s 30 Million Car Profits Are Less Than Toyota’s Single Profit


View: https://www.youtube.com/watch?v=TDWECRpJkNk
 
BEIJING, July 18 (Xinhua) -- Chinese scientists have developed a novel method for the mass production of high-quality "golden semiconductor" indium selenide, opening a pathway for the manufacturing of a new generation of chips that perform better than current silicon-based technology.

The study, published online by Science on Friday, was conducted by researchers from Peking University and the Renmin University of China.

Integrated circuits are the core foundation of modern information technology. In recent years, as the performance of silicon-based chips has gradually approached its physical limits, the development of new high-performance, low-energy semiconductor materials has become a global focus in scientific research and development.

Indium selenide is known as a "golden semiconductor." However, its large-scale, high-quality preparation has long proved elusive, hindering its advancement toward widespread integrated applications.

The core challenge lies in the precise maintenance of the ideal 1:1 atomic ratio of indium and selenium during production, said Liu Kaihui, a professor at Peking University's School of Physics.

Using an innovative technology, the research team heated amorphous indium selenide film and solid indium under sealed conditions. The vaporized indium atoms formed an indium-rich liquid interface at the film's edge, gradually leading to the formation of high-quality indium selenide crystals with a regular atomic arrangement.

Liu said that this method ensures the correct atomic ratio of indium and selenium, and has overcome the critical bottleneck in the transition of indium selenide from laboratory research to engineering applications.

The team successfully produced indium selenide wafers with a diameter of 5 centimeters and constructed a large-scale array of high-performance transistors, which can be used directly in integrated chip devices, said Qiu Chengguang, a researcher at Peking University's School of Electronics.

Liu said that this breakthrough opens a new pathway for the development of next-generation, high-performance, low-power chips, which are expected to be applied widely in cutting-edge fields such as artificial intelligence, autonomous driving and smart terminals in the future.

Reviewers of Science have hailed this work as "an advancement in crystal growth."
parli italiano?

View: https://www.youtube.com/watch?v=6QTapoxv30Y
 

View: https://www.youtube.com/watch?v=6QTapoxv30Y
China's Debt Problem Is 300% Bigger Than America's
Hello everyone, today we're delving into the complex world of US and Chinese public debt! Let's find out why these two economic giants seem to have more problems than a teenager in love! We'll compare rates, hidden debts, and discover who's really the most indebted. Don't miss this economic journey full of surprises!


00:00:00 - Rising US Public Debt and Implications
00:00:58 - Economic Contrast between the US and China
00:02:18 - China's Hidden Debt
00:04:06 - State-Owned Enterprises and Debt in China
00:06:02 - China's Domestic Economic Problems

00:07:32 - Lack of Investment Alternatives in China
00:08:52 - Impact of Regulations on the Chinese Market
00:10:52 - Comparison of the Economies of China and the US


IMG_20250720_101900.webp

IMG_20250720_101837.webp
 
Recently, former Chongqing Mayor Huang Qifan made sensational remarks that caused quite a stir in China on July 13th. His statements were so striking that they landed on the country’s trending list.At the 2025 Beike Financial Annual Conference, which opened on July 10th, Huang Qifan explained that the Chinese automobile manufacturing industry is usually considered to be one of the more profitable sectors in manufacturing. However, as of June this year, the industry's profit margin was only 5%. In fact, the total profit from selling 30 million cars in China still doesn’t compare to the profits Toyota made from just 9 million cars.

Top CCP Official Reveals China’s 30 Million Car Profits Are Less Than Toyota’s Single Profit


View: https://www.youtube.com/watch?v=TDWECRpJkNk



View: https://x.com/maxfawcett/status/1942258340597559331?t=eF8RJS5PejGwFZJqGZp2xQ&s=19


View: https://x.com/BeijingDai/status/1835645513099886943?t=FxSFRyi28Tr2pTUEe9jwdA&s=19
 

Economic Watch: BMW to launch first China-based IT R&D center, eyes AI-powered innovation​

Source: Xinhua

Editor: huaxia

2025-07-19 21:42:45
NANJING, July 19 (Xinhua) -- German auto giant BMW is set to establish its first information technology (IT) research and development center in China, marking a significant expansion of the company's digital capabilities, according to an agreement signed Friday.

The new entity, BMW (Nanjing) Information Technology Co., Ltd., will be located in Nanjing's Jianye District, east China's Jiangsu Province, and operated as an independent legal entity. It will focus on cutting-edge fields such as artificial intelligence (AI), industrial digital twins and intelligent manufacturing, BMW said.

Once operational, the Nanjing center is set to be BMW's largest IT R&D hub in Asia. It is designed to strengthen the automaker's global production, sales, and after-sales systems through digital solutions rooted in China's rapidly evolving tech landscape.

"China not only leads the world in the application of digital technologies, but also demonstrates remarkable vitality in building a thriving ecosystem for digital innovation," said Franz Decker, president and CEO of BMW Brilliance Automotive Ltd., during the signing ceremony with Nanjing's Jianye District government.

"With the establishment of this new company, we are accelerating BMW's local digital core capabilities," Decker said. "By joining forces with China's innovation ecosystem, we aim to propel BMW Group's digital transformation both in China and globally."

BMW has been increasingly integrating AI into its operations in China. In 2024, the automaker's proprietary AI tool "JoyCode" achieved a 30 percent assisted code generation rate, boosting delivery efficiency by the same margin -- a result the company said reflects the global value of Chinese innovation.

The German company is also deepening collaborations with China's leading tech firms. It is co-developing advanced driver-assistance systems tailored to China's road conditions with autonomous driving startup Momenta, building a custom AI engine with Alibaba based on the Tongyi large language model and integrating DeepSeek's foundation models into BMW's AI-powered personal assistant.

BMW said that these efforts are part of a broader push to establish a future-facing smart mobility ecosystem in China, spanning key technologies such as intelligent driving systems, smart cockpits and interactive AI.

Local officials in Nanjing hailed the new BMW project as a "powerful engine" for boosting the city's software industry, which has reached a total output of over 860 billion yuan (about 120 billion U.S. dollars). The city is targeting a trillion-yuan software industry cluster in the near future.

The new center will also serve as a talent hub. BMW said it will recruit and train globally minded digital professionals, and work closely with local governments, universities, research institutions and startups to drive open collaboration in AI, big data and smart connected vehicles.

"We are moving into a new generation of cars and a new generation of solutions," Decker said. "China obviously is at the forefront of a lot of innovations in IT, and Nanjing is our gateway to this innovation here in China."

Nanjing has long-standing economic ties with Germany. Data from the local commerce department showed that 304 German-funded projects, including those by Siemens and Bosch, have taken root in the city, with the actual use of foreign investment totaling 2.17 billion U.S. dollars.

"We do believe that free trade is a basis for generating growth and prosperity all over the world," Decker said. "So, having China and Germany working together is the basis of having a successful development for both of them."

"Cooperation is the key for future development," he added. ■
 

Users who are viewing this thread

Latest Replies

Featured Content

Trending Threads

Back
Top Bottom