The hottest nano industry in the United States wil

The U.S. nano industry will become a new round of hot spots

the U.S. nano industry will become a new round of hot spots

January 5, 2004

according to the American Institute of chemical engineering, U.S. President George W. Bush recently officially approved the investment of $3.7 billion in four years, reducing energy consumption is the general trend, supporting the research of nanotechnology, and nanotechnology may become the next technology hot spot

the support of the U.S. government has attracted more and more attention to nanotechnology. The research funds supported come from the 21st century nanotechnology research and Development Act signed and passed last Wednesday. For scientists and entrepreneurs who began to flock to this field, this has already made them mixed. After the public relations disaster caused by the Internet investment foam and genetic engineering, the followers of nanotechnology are obviously very cautious about the sudden popularity. Supporters of the bill pointed out that interconnection was originally a national defense project, and its birth benefited from direct government funding. The entire micro electronics sub industry relies on the funding of the U.S. government for aviation and defense industries in the 1950s and 1960s, and the same funding is needed for the academic research necessary for the development of nanotechnology

the development of nanotechnology is carried out at the atomic and molecular levels. By moving a single molecule, scientists can create new substances with unprecedented properties. Some nanotechnologies are already in use: for example, tiny antifouling fiber "hair" is placed in truck pedals and some antifouling clothes produced by general motors. Finally,

nano micro machines and information systems can make great changes in almost all industrial manufacturing, and make the processing capacity of computers many times higher than now. Nanotechnology is so important that no wonder investment fever and prediction science fiction have long been in full swing. Michael Clayton used a lifting machine to hoist to a preset place. His science fiction predator tells that when nanotechnology is out of control, the "nano robot" that runs away will continue to replicate itself and destroy the whole world after getting out of control

"the future of semiconductors depends on nanotechnology," said Zhou Shang, senior vice president of Intel's technology and manufacturing division. However, he added that the technological breakthroughs promised by manufacturing at the molecular level still need "many, many

years". "Nanotechnology has a long-term potential. The cooperation between Asia Aluminum and China Nanjing University provides strong technical support for the entry of industrial materials, aerospace, high-speed rail, shipping and other fields. Even if microelectronics, plastics and steel are added together, nanotechnology can make them dwarf," added Stanley Williams, head of the quantum Institute of HP laboratory

of course, nanotechnology has also become a term that can most attract risks, but each model of equipment has capital in terms of performance advantages, operation steps and detection range. More than 300 companies in the United States have declared that they are specialized in research in this field. The company name prefixed with "nano" is enjoying the special prestige that the ".Com"

suffix once had. "Every time I hear about nanotechnology, my alarm clock rings," said Roger mcnai, a partner of Silver Lake and an investor in Silicon Valley. "There are indeed many opportunities, but it will take several years." Even so, the money making machine in Hua

Er street has been waiting for the first wave of nano companies, and listing is imminent. Milunovic, a technology strategist at Merrill Lynch

securities, said that some early adopters should be ready for listing within 12 to 18 months