Son Dakika
ITVittime intrappolate in auto in un incendio in AndalusiaITBimba di 4 anni aggredita da un lupo ad ArroneCN北京发布暴雨橙色预警,部分公交专用道将临时对社会车辆开放KR스페인 남부 안달루시아 대형 산불로 12명 사망RUВ Уссурийске две девушки утонули в водоеме парка "Радужный"CN一把荆芥“潮”起来 本土食材“跨界”圈粉年轻人ITIntellettuali cubani mettono in discussione le dichiarazioni del nipote di Raúl CastroRUSubversive ETFs подал заявку на запуск фондов, исключающих компании Илона МаскаTRTiago Djalo: Beşiktaş'ta yeni sezon hazırlıkları ve hedefler hakkında konuştuGLOBALReform UK Investigated Over £500,000 Donations from Mother of Convicted FraudsterITVittime intrappolate in auto in un incendio in AndalusiaITBimba di 4 anni aggredita da un lupo ad ArroneCN北京发布暴雨橙色预警,部分公交专用道将临时对社会车辆开放KR스페인 남부 안달루시아 대형 산불로 12명 사망RUВ Уссурийске две девушки утонули в водоеме парка "Радужный"CN一把荆芥“潮”起来 本土食材“跨界”圈粉年轻人ITIntellettuali cubani mettono in discussione le dichiarazioni del nipote di Raúl CastroRUSubversive ETFs подал заявку на запуск фондов, исключающих компании Илона МаскаTRTiago Djalo: Beşiktaş'ta yeni sezon hazırlıkları ve hedefler hakkında konuştuGLOBALReform UK Investigated Over £500,000 Donations from Mother of Convicted Fraudster
Newsgather
GeriHong Kong's first astronaut to operate local carbon observatory in space
Hong Kong's first astronaut to operate local carbon observatory in space
Gelişiyor
SCMP Economy23.05.2026Teknoloji1 dk okumaChina

Hong Kong's first astronaut to operate local carbon observatory in space

Hızlı Bakış

Hong Kong's first astronaut, Lai Ka-ying, will operate a locally developed Multi-Spectral Imaging Carbon Observatory on the Tiangong space station to monitor greenhouse gas emissions, aiming to provide data for reducing carbon sources in mainland China.

Yapay zekâ özeti

Neden Önemli?

Hong Kong's first astronaut, Lai Ka-ying, will operate a locally developed observatory on the Tiangong space station to monitor greenhouse gas emissions. This observatory is designed to pinpoint the location and intensity of emissions, providing data to help reduce carbon sources in mainland China.

Yazı boyutu

Hong Kong’s first astronaut will operate a locally developed observatory that monitors key sources of greenhouse gas emissions on Earth during her time aboard the Tiangong space station, the research team behind the project has said.

The imaging equipment could pinpoint the location and intensity of emissions, providing data that could be used to reduce carbon sources in the Greater Bay Area and elsewhere in mainland China, Professor Li Jia of Lingnan University said on Saturday.

Payload specialist Lai Ka-ying is part of the three-member Shenzhou-23 team that will blast off from the Jiuquan Satellite Launch Centre on Sunday and dock with the space station.

Lai, a computer data specialist, would operate the Multi-Spectral Imaging Carbon Observatory during her month-long stay, Li said.

“She has learned how to operate these experimental instruments, and I am very confident in her,” she said. “She sent me a message [on Friday] saying she would take good care of our payload.”

The payload, which arrived at the space station earlier this month, is being hailed as the world’s first light, high-resolution, high-precision space-based observatory that measures carbon dioxide and methane emitted from Earth.

Bundan Sonra Ne Olabilir?

Yapay zekâ öngörüsü — kesinlik taşımaz

  • The observatory will successfully collect data on greenhouse gas emissions.

    Çok muhtemel · Haftalar içinde

  • The collected data will be used to inform carbon reduction strategies in the Greater Bay Area and mainland China.

    Muhtemel · Aylar içinde

Açık Sorular

  • What is the specific timeline for the observatory's data collection and analysis?
  • What are the expected long-term impacts of this data on carbon emission reduction strategies in China?
  • What are the technical specifications and capabilities of the Multi-Spectral Imaging Carbon Observatory?
  • What is the duration of Lai Ka-ying's stay on the Tiangong space station beyond the initial month?

İlgili Konular

Bu haber ilk olarak şurada yayınlandı: SCMP Economy.

İlgili Haberler

如何从“零”到“全球第一”?科技创新与产业创新深度融合的答案
Gelişiyor·1 sa önce

如何从“零”到“全球第一”?科技创新与产业创新深度融合的答案

文章探讨了科技创新与产业创新深度融合的路径,以AI图片生成工具一年多登顶全球榜首为例,强调了“产业出题、科技答题”模式的重要性。文章还引用了陈立泉院士和贲德院士的科研事迹,以及深圳机器人产业的发展模式,指出制度创新是打通创新链与产业链的关键,最终实现高质量发展。

中国新闻网
Bu konuda daha fazlaastronaut