Hyperloop One on Friday disclosed a list of locations around the world vying to put near-supersonic rail transit system to the test.
The US start-up keen to revolutionize the way people and cargo travel said that 35 contenders remained from a field of 2,600 teams in a Hyperloop One Grand Challenge launched in May 2015.
Viable submissions had to be approved by government agencies that would likely be involved in regulating and, ideally, funding the futuristic rail.
Projects in the running included hyperloop rail connecting Sydney and Melbourne; Shanghai and Hangzhou; Mumbai and Delhi, and London and Edinburgh.
There were also 11 US teams in contention.
“There has been a lot of talk about reviving the infrastructure in the United States,” Hyperloop One cofounder and engineering president Josh Giegel said at the Consumer Electronics Show (CES) in Las Vegas.
“If that is the plan, there is a good chance we would start working with them,” he said, referring to the incoming administration of US president-elect Donald Trump.
Hyperloop One wants to get three systems underway, chief executive Rob Lloyd said.
“The end goal is to increase our pipeline of real projects,” Hyperloop One senior vice president of global field operations Nick Earle said.
Dubai late last year agreed to a deal to evaluate construction of a hyperloop link that could slash travel times to Emirati capital Abu Dhabi to minutes.
The cash-flush city-state, which has hosted other high-tech transport pilots, said it would conduct a “feasibility study” with Hyperloop One to sound out the scheme.
The company executives said that a hyperloop test system is being constructed in the desert outside of Las Vegas.
Hyperloop One had originally promised a full-scale demonstration by the end of last year, after a successful test of the propulsion system.
“We are not only proving it will work, which we will do in the next few months, but we want to focus on cutting down cost and manufacturing time,” Lloyd said.
The start-up’s reasons for being at the Consumer Electronics Show included collaborating with the self-driving car industry to make sure autonomous vehicles will inter-operate with the hyperloop system, loading themselves into pods to be whisked off to far-away destinations, according to Earle.
“A self-driving Uber would be able to go inside the hyperloop and come out the other side,” Earle said.
“It’s like broadband Internet for transportation” with self-driving vehicles carrying cargo or people in a real-world spin on data packets being taken quickly from one point to another over the Internet, he said.
Hyperloop One, which has so far raised more than US$160 million, was set on an idea laid out by billionaire Elon Musk, the entrepreneur behind electric car company Tesla Motors Inc and private space exploration endeavor SpaceX.
Pods would rocket along rails through reduced-pressure tubes at speeds of 1,200kph.
Hyperloop One says the system offers better safety than passenger jets, lower build and maintenance costs than high-speed trains, and energy usage per person that is similar to a bicycle.
Port colossus DP World Group of Dubai last year invested in the concept, joining backers including French national rail company SNCF, US industrial conglomerate General Electric Co and Russian state fund RDIF.
Hyperloop One late last year settled a lawsuit filed by a cofounder who accused former colleagues of nepotism, threats and mismanagement.
CHIP RACE: Three years of overbroad export controls drove foreign competitors to pursue their own AI chips, and ‘cost US taxpayers billions of dollars,’ Nvidia said China has figured out the US strategy for allowing it to buy Nvidia Corp’s H200s and is rejecting the artificial intelligence (AI) chip in favor of domestically developed semiconductors, White House AI adviser David Sacks said, citing news reports. US President Donald Trump on Monday said that he would allow shipments of Nvidia’s H200 chips to China, part of an administration effort backed by Sacks to challenge Chinese tech champions such as Huawei Technologies Co (華為) by bringing US competition to their home market. On Friday, Sacks signaled that he was uncertain about whether that approach would work. “They’re rejecting our chips,” Sacks
Taiwan’s exports soared 56 percent year-on-year to an all-time high of US$64.05 billion last month, propelled by surging global demand for artificial intelligence (AI), high-performance computing and cloud service infrastructure, the Ministry of Finance said yesterday. Department of Statistics Director-General Beatrice Tsai (蔡美娜) called the figure an unexpected upside surprise, citing a wave of technology orders from overseas customers alongside the usual year-end shopping season for technology products. Growth is likely to remain strong this month, she said, projecting a 40 percent to 45 percent expansion on an annual basis. The outperformance could prompt the Directorate-General of Budget, Accounting and
NATIONAL SECURITY: Intel’s testing of ACM tools despite US government control ‘highlights egregious gaps in US technology protection policies,’ a former official said Chipmaker Intel Corp has tested chipmaking tools this year from a toolmaker with deep roots in China and two overseas units that were targeted by US sanctions, according to two sources with direct knowledge of the matter. Intel, which fended off calls for its CEO’s resignation from US President Donald Trump in August over his alleged ties to China, got the tools from ACM Research Inc, a Fremont, California-based producer of chipmaking equipment. Two of ACM’s units, based in Shanghai and South Korea, were among a number of firms barred last year from receiving US technology over claims they have
BARRIERS: Gudeng’s chairman said it was unlikely that the US could replicate Taiwan’s science parks in Arizona, given its strict immigration policies and cultural differences Gudeng Precision Industrial Co (家登), which supplies wafer pods to the world’s major semiconductor firms, yesterday said it is in no rush to set up production in the US due to high costs. The company supplies its customers through a warehouse in Arizona jointly operated by TSS Holdings Ltd (德鑫控股), a joint holding of Gudeng and 17 Taiwanese firms in the semiconductor supply chain, including specialty plastic compounds producer Nytex Composites Co (耐特) and automated material handling system supplier Symtek Automation Asia Co (迅得). While the company has long been exploring the feasibility of setting up production in the US to address