Space technology 結果共21筆

The Asia Bay Smart Technology Building in Kaohsiung celebrated its Beam-Raising Ceremony, marking a key milestone. The NT$2.6 billion project will boost the smart industry, creating 840 jobs and generating NT$1.7 billion annually. Completion is set for November.

Taiwan Space Agency launched the first FORMOSAT-8 satellite, advancing space exploration. Officials discuss industry growth and future plans amid global competition.

Taiwan’s first Formosat-8 satellite, Chi Po-lin, launches Nov. 27 on SpaceX’s Falcon 9. It will enhance imaging for land planning and disaster response.

Taiwan Space Agency and Pingtung County launch the second Rocket Taiwan Cup press conference. The competition is set for July 2026 and is to boost space education. New categories invite global participation.

Experience the Hsinchu City International Kite Festival from Oct. 3-5 at Hsinchu Harbor. Enjoy space-themed kites, including a ＂Star Trek Enterprise＂ kite, and illuminated displays.

National Central University and the University of Surrey have signed an agreement to collaborate on space infrastructure and measurement tools, aiming to bridge the space talent gap between Taiwan and the U.K.

Taiwan’s space agency launched the CubeSat PARUS-T2 on a SpaceX Falcon 9, marking a milestone in space exploration. The mission aims to enhance CubeSat reliability.

Taiwan plans to launch two SAR satellites, FORMOSAT-9, in 2028 and 2030 to boost surveillance. TASA highlights their all-weather imaging, crucial for Taiwan’s climate.

Taiwan and France launch a joint R&D program to boost innovation in semiconductors, space, and green energy. Proposals are open until Oct. 30, 2023.

The National Museum of Marine Science and Technology in Taipei launched ＂The Ocean Will＂ exhibition, featuring Dr. Jane Goodall. It focuses on climate change and ocean sustainability with immersive displays.

Taiwan Space Agency’s ONGLAISAT satellite, launched Nov. 5, 2024, has completed 50 imaging operations. It tests new optical systems and image sensors, achieving a 100% success rate.

Taiwan’s science minister warns that a new budget law could harm research funding, affecting NT$20 billion in 2025. Key areas like AI and space tech are at risk.

Taiwan’s National Science and Technology Council launches Chips Team Taiwan to boost tech in drones, space, and robotics. The initiative aims to integrate with democratic supply chains and enhance Taiwan’s tech leadership.

Discover how Taiwan is boosting its tech budget by 14.9% to become a leading AI solutions exporter, as announced by Premier Cho Jung-tai. Learn about the strategic investments in semiconductors, AI, and space communication to enhance public service and foster AI talent.

Explore how Sandra Oudkirk, Director of the American Institute in Taiwan, reflects on her tenure and the evolution of U.S.-Taiwan relations, emphasizing defense, technology, and bipartisan support.

Discover how China’s Chang’e 6 mission aims to surpass its previous lunar sample collection, deepening our understanding of the moon with advanced technology and strategic launches. Learn about China’s future space exploration plans, including astronaut missions by 2030 and the establishment of a lunar research station.

Discover how LetsParky is revolutionizing urban parking through smart technology. This IoT-based platform connects drivers with available spots, offering a seamless solution for parking space management and monetization.

Explore how HTC is reshaping the future of XR and spatial computing with its latest innovations at MWC 2024, from the first VR headset designed for space to advanced AI-driven virtual platforms enhancing global communication and collaboration.

The Minister of Economic Affairs, Wang Mei-hua, stated that the release of the list of key national technologies will not impact businesses as they have been consulted beforehand. The focus is on enhancing the protection of critical technologies. The National Science and Technology Council revealed a list of 22 core national key technologies across defense, agriculture, semiconductors, space, and cyber-security, including two semiconductor technologies. Personnel involved with key technologies receiving over 50% subsidies from the government must seek permission before traveling to China, as per the National Security Act and the Act Governing Relations between the People of the Taiwan Area and the Mainland Area. The two semiconductor technologies listed are IC fabrication technology for processes smaller than 14 nanometers and heterogeneous integration packaging technology. Wang emphasized the importance of protecting key technologies to prevent confidential business information leakage and enhance national security standards. The next steps involve reviewing and providing lists of personnel meeting certain subsidy thresholds and involved with sensitive technologies to relevant entities for management purposes.

Taiwan’s President Tsai Ing-wen announced the successful launch of Taiwan’s first domestically-produced weather satellite, the Triton. The satellite, completely ＂Made in Taiwan,＂ signifies Taiwan’s advancement in the global space industry. President Tsai emphasized the government’s commitment to investing TWD 25.1 billion over the next decade to promote the space industry chain and cultivate talent in space technology. The Triton will enhance typhoon forecasting and facilitate scientific research in atmosphere, ocean, and terrestrial hydrometeorology. Its data collection is expected to revolutionize global meteorological observation and forecasting. President Tsai expressed her aspirations for Taiwanese manufacturing to expand towards space.

Taiwan’s first self-made weather satellite, Triton, successfully launched from the Guiana Space Centre in French Guiana on Arianespace’s Vega VV23 flight. Equipped with a locally developed Global Navigation Satellite System-Reflectometry (GNSS-R), Triton’s main task is to calculate wind speeds by receiving signals reflected off the sea surface. It utilizes GNSS-R, a new scientific technology, to observe conditions at all times and improve typhoon intensity and route predictions. Triton’s observational range covers the low-latitude bands of the Pacific, Indian, and Atlantic Oceans, regions known for severe weather.