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Semiconductors in sentence

45 examples of Semiconductors in a sentence

These viruses are long and skinny, and we can get them to express the ability to grow something like semiconductors or materials for batteries.
But you can do things like cups, for example, and so, if you add a little bit of gold, if you add a little bit of semiconductors you could do sensors that stick on the surfaces of foods.
If we had access then to modern semiconductors, computers, mobile devices, the internet?
So many times, amateurs, not experts, have been the inventors and improvers of things ranging from mountain bikes to semiconductors, personal computers, airplanes.
Combining different semiconductors in the right way allows us to make transistors on a tiny scale, millions on a single computer chip.
And the reason it should have been silicon is because the basic patents for semiconductors had already been made, had already been filed, and they were already building them.
You can make both p- and n-type semiconductors, which means you can make transistors out of them.
Because there are some advantages to inorganic systems, like higher speed semiconductors, etc.
If the price of automobiles had fallen as quickly as the price of semiconductors, a car today would cost $5.
The pioneers of microelectronics tried many strategies to supplant vacuum tubes, and they delivered a host of semiconductors and chip designs: germanium, silicon, aluminum, gallium arsenide, PNP, NPN, CMOS, and so on.
These highly trained people created countless new technologies, including computer graphics, semiconductors, networking equipment, groundbreaking software, and the Internet itself.
Indeed, intermediate and capital goods comprised more than 70% of South Korea’s exports to China last year, including key inputs such as semiconductors (20%) and display panels (11%).
It turned out that semiconductors were being fitted onto circuit boards in a mindless, primitive fashion, whereas potato chips were being produced through a highly automated process (which is how Pringles chips rest on each other perfectly).
The First Industrial Revolution occurred with the invention of the steam engine and mechanical production; the second was defined by electrification and mass production; and the third was the digital revolution, which began in the 1960s with the invention of computers, semiconductors, and the Internet.
But recent high-value cases involving high-tech products like airplanes, semiconductors, and green technologies, including solar panels and biodiesel, make clear that the problem cannot be ignored.
In the 1980s, Japan was not seen as a laggard but as a juggernaut who would soon dominate world markets in automobiles, semiconductors, electronics, even finance.
This has long been the case: Railroad networks, aviation, automobiles, semiconductors, satellites, GPS, hydraulic fracturing, nuclear power, genomics, and the Internet would not exist but for such partnerships (typically, but not only, starting with the military).
A special report on semiconductors – essential to US national security and economic competitiveness – for President Barack’s Obama’s Council of Advisors on Science and Technology (PCAST) provides some answers.The report, written by a nonpartisan group of business and academic leaders (I was a member), proposed that the US work with its allies to enforce international law, push China to comply with its World Trade Organization obligations, and strengthen export controls and inward investment restrictions.
The European Union, Japan, South Korea, and Taiwan all have prominent roles in the global supply chain for semiconductors, and some have already tightened security on the flow of semiconductor IP to China and on the acquisition of semiconductor companies by Chinese investors.The PCAST report recommends that the US adopt similar tactics, calibrating export controls and inward investment limits according to China’s behavior.
The challenge for US policy is to ensure that Chinese policies comply with WTO rules, including the requirement to notify other countries of subsidy programs and the prohibition of zero-sum tactics like IP theft, forced technology transfer, and discriminatory procurement practices.Finally, the PCAST report underscores the need for the US to respond to China’s challenge in semiconductors with an industrial policy of its own.
A special report on semiconductors – essential to US national security and economic competitiveness – for President Barack’s Obama’s Council of Advisors on Science and Technology (PCAST) provides some answers.
The European Union, Japan, South Korea, and Taiwan all have prominent roles in the global supply chain for semiconductors, and some have already tightened security on the flow of semiconductor IP to China and on the acquisition of semiconductor companies by Chinese investors.
Finally, the PCAST report underscores the need for the US to respond to China’s challenge in semiconductors with an industrial policy of its own.
The British government has warned telecoms companies to consider their suppliers very carefully, while the United States has been looking to restrict some kinds of foreign direct investment in key technologies like semiconductors and robotics.
Korean exports, led by semiconductors and petrochemicals, have recorded positive growth for sixth consecutive months.
When it comes to semiconductors, for example, Chinese companies mostly serve as foundries for companies that design and sell chips (and, in doing so, capture the most value).
Indeed, the process has come full circle: today's complex designs for new semiconductors would be impossible without automated design tools.
Progress in computing depends upon Moore's law; and the progress in semiconductors that makes possible the continued march of Moore's law now depends upon progress in computers and software!
And power companies need to analyze the development of semiconductors to anticipate the likely drop in demand for electricity, after more than a century of growth.
NASA-related spinoffs, the Internet, GPS, breakthroughs in semiconductors, nuclear power, imaging technology, pharmaceutical innovations, and more: all are important and highly visible manifestations of industrial policy the American way.