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太空算力技术创新中心在雄安成立_我的网站

一 | 日报讯（记者康晓博）日前，由北京邮电大学、中国星网数字科技有限公司、蓝箭鸿擎（雄安）空间科技有限公司共建的太空算力技术创新中心在雄安新区揭牌成立。 HELSINKI -- Finnish police said Wednesday they have launched a criminal investigation into possible sabotage of an undersea gas pipeline between Finland and Estonia that was shut down over the weekend following a leak.Finland’s National Bureau of Investigation, or NBI, says it has started gathering evidence at the location of the leak, which was detected in Finland's economic zone Sunday on the Balticconector pipeline connecting the two NATO allies. A telecommunications cable also was damaged.The purpose of the probe is to establish whether the Balticconector pipeline was damaged intentionally or by accident and by whom. Finnish authorities have already ruled out an operational mishap, saying the damage resulted from “external activity.”Noting that the analysis was still in an early stage, NBI said “traces have been detected in the seabed” near the leak but didn’t give details.Outside analysts have speculated on everything from a ship’s anchor hitting the pipeline to an explosion as possible causes. Investigators told reporters on Wednesday that an explosion appeared unlikely.“The damage appears to have been caused by mechanical force, not an explosion,” NBI chief inspector Risto Lohi was quoted as saying by Finnish public broadcaster YLE. “At the moment we are determining what happened and (who) may have been involved. Considering the situation, we will not speculate, but work to find facts, analyze them and then draw conclusions about what caused the damage.”The 77-kilometer-long (48-mile-long) Balticconnector pipeline runs across the Gulf of Finland from the Finnish city of Inkoo to the Estonian port of Paldiski. It is bi-directional, transferring natural gas between Finland and Estonia depending on demand and supply. The 300 million euro ($318 million) pipeline, largely financed by the European Union, started commercial operations at the beginning of 2020. It was shut down on Sunday after operators noticed a drop in pressure in the pipeline.The incident comes just over a year after the Nord Stream gas pipelines running between Germany and Russia in the Baltic Sea were damaged by explosions believed to be sabotage. The case remains unsolved.In Brussels, NATO Secretary-General Jens Stoltenberg said he had discussed the latest incident with Finnish President Sauli Niinistö and Estonian Prime Minister Kaja Kallas.“If it is proven to be a deliberate attack on NATO critical infrastructure, then this will be of course serious, but it will also be met by a united and determined response from NATO,” Stoltenberg said.On Tuesday, Finnish officials did not comment on whether they suspected Russian involvement.Kremlin spokesman Dmitry Peskov called the incident “alarming news.”“We know that there have been dangerous precedents of terror attacks against critical infrastructure in the Baltics, I mean the attacks against Nord Stream pipelines,” Peskov said in a conference call with reporters on Wednesday. “We are looking forward to more detailed information.”Finnish gas transmission system operator Gasgrid Finland estimated that the repair work would take at least five months. The company said a liquified natural gas terminal in Inkoo has the capacity to deliver the gas Finland needs.Europe saw natural gas prices hit record highs last year after Russia’s cutoff of most gas supplies during the war in Ukraine. Many European countries have turned to other alternatives including LNG since then to meet their energy needs. Europe currently has filled 97% of its gas storage capacity for the winter, but security of supply depends on deliveries of pipeline gas and LNG.。

二 | 当前，空天信息和卫星互联网、人工智能与商业航天加速融合，太空算力已成为空天信息和卫星互联网产业的重要前沿方向。在这一背景下，太空算力技术创新中心的成立，是产学研用深度融合的重要实践。

三 | 北京邮电大学在信息通信、计算机、人工智能等领域拥有深厚的科研积累和人才优势；星网数科依托中国卫星网络集团产业体系，拥有重要的平台资源和数字化应用能力；鸿擎科技则具备面向低轨卫星和大规模星座建设的系统能力与工程实践基础。三方将发挥各自优势，围绕太空算力相关技术研究、工程验证、成果转化和人才培养开展协同创新，推动前沿科研成果加快进入真实卫星工程和产业应用场景。据了解，太空算力从技术研究走向规模化应用，离不开卫星平台、能源热控、在轨智能、星间通信和星座协同等系统能力支撑。作为低轨卫星组网解决方案商，鸿擎科技持续完善卫星研发、制造、试验、发射和服务等全链条能力，为相关技术开展在轨验证并向规模化星座应用演进提供工程基础。“太空算力技术创新中心成立，使鸿擎科技在算力卫星方向形成了由科研创新、平台协同到工程承接和应用牵引的完整链路，将推动公司相关业务由能力储备走向平台化协同和工程化推进。