How Chinese engineers helped build the US semiconductor empire, 80 or 90 per cent of them have already returned to China

No, what would be an incredible achievement is if they used a brand new technology instead of pouring tons of money into trying to figure out an established one.



Admirable fete by ( Dutch company) ASML. It's impossible to stop a determined nation like China, let's not forget when Europe was hunters and gatherers, Chinese were clothed in silk, sipping tea in a porcelain cup while painting on paper scenes of evening sky filled with fireworks 🎇 🎇 🎆
 
Another one of those threads our Chinese friends post here for propaganda value and are quite silly.

For every Chinese returning to China, there are another 10 coming to the US, legally or illegally. Not all are engineers but their children could be.

The truth of the matter is, that as long as the US has robust immigration and a culture of entrepreneurship, the smartest people will come from the world over, not just China.

The US is good. No worries.
 
Admirable fete by ( Dutch company) ASML. It's impossible to stop a determined nation like China, let's not forget when Europe was hunters and gatherers, Chinese were clothed in silk, sipping tea in a porcelain cup while painting on paper scenes of evening sky filled with fireworks 🎇 🎇 🎆
A good chunk of ASML R&D workforce is in Silicon Valley
 
No, what would be an incredible achievement is if they used a brand new technology instead of pouring tons of money into trying to figure out an established one.


Lets be Fair everyone has borrowed tech to.

Part of ASML's earlier success came from (allegedly) violating Nikon patents (Nikon was the previous leader in high end lithography equipment). Nikon ultimately settled several lawsuits for what now seems like a small amount, but they do effectively get royalties from some of ASML's activities.
 

How Chinese engineers helped build the US semiconductor empire: a timeline, 80 or 90 per cent of them have already returned to China

While the US dominates the field of advanced electronics globally, there have been many Chinese academics who have helped this achievement

Chinese scientists and engineers have played a vital role in America’s leadership in the field of advanced electronics. Photo: Shutterstock

Victoria Bela
Published: 6:00pm, 3 Sep 2024

From building the first electronic computer to maintaining a stronghold of semiconductor design, the United States has long shined as a beacon for advanced electronics development.

But behind America’s rise stand many Chinese scientists and engineers whose monumental contributions have largely remained in the shadows.

Gerald Yin Zhiyao, co-founder and chief executive officer of Advanced Micro-Fabrication Equipment Inc China (AMEC) – China’s leading semiconductor equipment maker – recently disclosed a shocking figure about these contributions.

During a show in July run by the Shanghai Stock Exchange and China National Radio Network, he talked about the fact that over the last 40 years, many of the most advanced semiconductor etching machines have come out of Silicon Valley, the centre of US tech innovation.

“When you actually look at the equipment, who’s doing it, it’s actually 70 to 80 per cent Chinese students,” Yin said. He spent decades working in the US and co-founded the Chinese Engineers Association of Silicon Valley in the late 1980s.

But now, “80 or 90 per cent of them have already returned” to China, he added.

How can dead people return to China ?
 
Today China leads the world in the physical sciences, chemistry and Earth and environmental sciences, according to both the Nature Index and citation measures (see chart 2). But America and Europe still have substantial leads in both general biology and medical sciences.remember that China missed the whole industrial revolution and is playing catch up.
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China has made many breakthroughs in electric vehicle battery technology,
Catl, developed a battery that can charge in 10 minutes and provide 400 Km of range
Catl unveiled a lithium iron phosphate battery with a driving range of more than 1000 km on a single charge.
China opened its first large scale sodium ion batter energy storage station which could lead to generation ev batteries that don't rely on lithium.
 
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Instead of using uranium, this plant will harness thorium as its fuel. The reactor is designed to forgo traditional water cooling, utilizing liquid salt or carbon dioxide for heat transfer and electricity generation.

Unlike uranium reactors, which rely on solid fuels, thorium reactors employ a safer liquid fuel that operates at normal pressure, offering several environmental and safety advantages.

One key benefit of thorium is its abundance, which alleviates concerns about potential shortages associated with uranium, the conventional reactor fuel.
 
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