Tag #Space Research

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cbsnews.com

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Aug 24, 19:19

SpaceX Launches ISS Resupply Mission with New Altitude-Boosting System

SpaceX launched Dragon CRS-33 on Sunday at 2:45 a.m. ET, carrying 2.5 tons of supplies to the ISS, including a new propulsion system to assist in maintaining the station's altitude; docking is scheduled for 7:30 a.m. Monday.

SpaceX Launches ISS Resupply Mission with New Altitude-Boosting System

SpaceX launched Dragon CRS-33 on Sunday at 2:45 a.m. ET, carrying 2.5 tons of supplies to the ISS, including a new propulsion system to assist in maintaining the station's altitude; docking is scheduled for 7:30 a.m. Monday.

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How does the CRS-33 mission contribute to broader trends in space exploration and international collaboration?

The CRS-33 mission delivers 50 research projects, showcasing advancements in 3D printing for space manufacturing and bioprinting for medical applications. The inclusion of a SpaceX Draco engine-based altitude-boosting system aboard the Dragon capsule reduces reliance on Russian systems for maintaining the ISS's orbit. This development highlights the increasing privatization and diversification of ISS operations.

africa.chinadaily.com.cn

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Aug 4, 07:16

SpaceX Delivers New Crew to ISS

Four astronauts—two from NASA, one from Japan, and one from Russia—launched aboard a SpaceX capsule from NASA's Kennedy Space Center on Saturday, arriving at the ISS after a 15-hour journey to replace a crew that has been there since March; they will conduct various scientific experiments before the...

SpaceX Delivers New Crew to ISS

Four astronauts—two from NASA, one from Japan, and one from Russia—launched aboard a SpaceX capsule from NASA's Kennedy Space Center on Saturday, arriving at the ISS after a 15-hour journey to replace a crew that has been there since March; they will conduct various scientific experiments before the...

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What is the immediate impact of SpaceX's latest ISS crew delivery?

SpaceX launched four astronauts to the International Space Station (ISS) on Saturday, a journey completed in 15 hours. This crew includes NASA's Zena Cardman and Mike Fincke, Japan's Kimiya Yui, and Russia's Oleg Platonov, each reassigned from previous missions. They replace a crew that has been on the ISS since March, who will return to Earth as early as Wednesday.

cbsnews.com

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Jul 24, 01:15

Twin Satellites Launched to Study Solar Wind's Impact on Earth

On Wednesday, NASA and SpaceX launched twin TRACERS satellites from Vandenberg Space Force Base to study how the solar wind interacts with Earth's magnetic field, impacting satellites, power grids, and other systems; five other smaller satellites were also launched for various purposes.

Twin Satellites Launched to Study Solar Wind's Impact on Earth

On Wednesday, NASA and SpaceX launched twin TRACERS satellites from Vandenberg Space Force Base to study how the solar wind interacts with Earth's magnetic field, impacting satellites, power grids, and other systems; five other smaller satellites were also launched for various purposes.

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How will the data collected by the TRACERS satellites contribute to a broader understanding of space weather phenomena and their effects?

The TRACERS mission aims to understand how solar energy impacts Earth and its assets. By precisely measuring changes in the magnetosphere, researchers can improve predictions of space weather events. This understanding is vital for protecting satellites, communication signals, power grids, and astronauts.

africa.chinadaily.com.cn

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May 2, 19:16

China Retrieves 37.25 kg of Space Station Samples for Scientific Research

On Wednesday, China retrieved 37.25 kg of samples from 25 experiments aboard its Tiangong space station, including biological samples (bone cells, stem cells, embryos, fruit flies) and materials (tungsten alloys, high-strength steel, lunar soil compounds), marking the eighth such retrieval and the l...

China Retrieves 37.25 kg of Space Station Samples for Scientific Research

On Wednesday, China retrieved 37.25 kg of samples from 25 experiments aboard its Tiangong space station, including biological samples (bone cells, stem cells, embryos, fruit flies) and materials (tungsten alloys, high-strength steel, lunar soil compounds), marking the eighth such retrieval and the l...

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What are the long-term implications of this research for future space missions and medical applications on Earth?

The research on the returned samples is expected to yield crucial insights into bone loss in space, stem cell behavior, and cancer development. Furthermore, advancements in materials science could revolutionize jet engine components, deep-ultraviolet lithography, and lunar construction. This ongoing research program underscores China's commitment to space exploration and its potential to drive breakthroughs in multiple scientific fields.

china.org.cn

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May 2, 07:16

Shenzhou-19 Returns 37.25 kg of Space Station Samples

China's Shenzhou-19 spacecraft landed on April 30, 2025, delivering 37.25 kg of scientific samples from 25 experiments aboard the Tiangong space station, including biological samples (bone cells, stem cells, embryos, etc.) and materials science samples (tungsten alloys, crystals, etc.), furthering r...

Shenzhou-19 Returns 37.25 kg of Space Station Samples

China's Shenzhou-19 spacecraft landed on April 30, 2025, delivering 37.25 kg of scientific samples from 25 experiments aboard the Tiangong space station, including biological samples (bone cells, stem cells, embryos, etc.) and materials science samples (tungsten alloys, crystals, etc.), furthering r...

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What are the key scientific findings and immediate implications of the Shenzhou-19 mission's sample return?

The Shenzhou-19 spacecraft successfully returned to Earth on April 30, 2025, carrying 37.25 kg of scientific samples from the Tiangong space station. These samples represent the eighth batch of materials and include a diverse range of biological and materials science specimens. Time-sensitive biological samples were immediately transported to Beijing for analysis.

europe.chinadaily.com.cn

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Apr 7, 13:16

China Launches "Three Gorges Antarctic Eye" Telescope

China launched a 3.2-meter aperture radio/millimeter-wave telescope, the "Three Gorges Antarctic Eye," at its Zhongshan Station in Antarctica on April 3, 2024, to study the Milky Way's neutral hydrogen and ammonia molecular spectral lines, overcoming challenges of extreme cold and strong winds.

China Launches "Three Gorges Antarctic Eye" Telescope

China launched a 3.2-meter aperture radio/millimeter-wave telescope, the "Three Gorges Antarctic Eye," at its Zhongshan Station in Antarctica on April 3, 2024, to study the Milky Way's neutral hydrogen and ammonia molecular spectral lines, overcoming challenges of extreme cold and strong winds.

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What is the significance of the "Three Gorges Antarctic Eye" telescope's launch in Antarctica?

China launched a 3.2-meter radio/millimeter-wave telescope, the "Three Gorges Antarctic Eye," at its Zhongshan Station in Antarctica on April 3. This telescope, a collaboration between China Three Gorges University and Shanghai Normal University, will observe the Milky Way, providing data on interstellar gas and star formation. Its successful operation overcame significant technical challenges posed by Antarctica's harsh environment.

mk.ru

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Aug 20, 22:16

Bion-M No. 2: Testing Radiation and Life Support Systems for Russia's Future Space Station

The Bion-M No. 2 bio-satellite, launched recently, is testing the effects of increased polar orbit radiation on 75 mice, 1500 fruit flies, plants (including Red Data Book species), and other organisms; it also includes experiments on waste recycling and panspermia, crucial for Russia's future orbita...

Bion-M No. 2: Testing Radiation and Life Support Systems for Russia's Future Space Station

The Bion-M No. 2 bio-satellite, launched recently, is testing the effects of increased polar orbit radiation on 75 mice, 1500 fruit flies, plants (including Red Data Book species), and other organisms; it also includes experiments on waste recycling and panspermia, crucial for Russia's future orbita...

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What are the primary scientific objectives of the Bion-M No. 2 mission, and how do these relate to the development of Russia's new orbital station?

The Bion-M No. 2 bio-satellite, launched recently, carries 75 mice, 1,500 fruit flies, mosses, various microorganisms, and seeds of plants including those listed in the Russian Red Data Book. The primary goal is to study the effects of polar orbit radiation, potentially exceeding that of the ISS by 30 percent, on these organisms in preparation for Russia's new orbital station. This mission also includes experiments on waste recycling and the hypothesis of panspermia.

usa.chinadaily.com.cn

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Aug 4, 07:16

SpaceX Delivers New Crew to International Space Station

SpaceX launched four astronauts from the US, Japan, and Russia to the International Space Station on Saturday for a six-month mission conducting various scientific experiments, replacing a crew there since March, temporarily increasing the station's population to eleven.

SpaceX Delivers New Crew to International Space Station

SpaceX launched four astronauts from the US, Japan, and Russia to the International Space Station on Saturday for a six-month mission conducting various scientific experiments, replacing a crew there since March, temporarily increasing the station's population to eleven.

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How did delays in other space programs and unforeseen circumstances influence the composition of the current ISS crew?

The new crew's assignment reflects ongoing adjustments in space travel, with several members originally slated for different missions. Delays with the Boeing Starliner and a Russian cosmonaut's illness led to crew reshuffling, highlighting the complexities of international space collaboration.

bbc.com

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Jul 4, 13:17

Asteroid Monitoring: Scientific Insights and Planetary Defense

Scientists are monitoring several asteroids, including Apophis (which will safely pass Earth in 2029), 2024 YR4 (with a low probability of lunar impact), and Didymos and Dimorphos (successfully tested for deflection in the DART mission), to understand their composition, trajectories, and potential i...

Asteroid Monitoring: Scientific Insights and Planetary Defense

Scientists are monitoring several asteroids, including Apophis (which will safely pass Earth in 2029), 2024 YR4 (with a low probability of lunar impact), and Didymos and Dimorphos (successfully tested for deflection in the DART mission), to understand their composition, trajectories, and potential i...

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What are the key scientific and safety implications of monitoring asteroids, and what specific actions are being taken to address potential threats?

Scientists worldwide constantly monitor asteroids for various reasons, including understanding the origins of life and mitigating potential Earth impacts. Some asteroids contain organic compounds, potentially crucial building blocks of life, suggesting they may have delivered such materials to Earth. While most pose no threat, near-Earth objects (NEOs) require close observation to assess potential risks.

usa.chinadaily.com.cn

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May 2, 16:14

China Retrieves 37.25 kg of Space Station Samples for Medical and Technological Advancements

On Wednesday, China's Shenzhou-19 capsule returned 37.25 kilograms of samples from 25 experiments aboard the Tiangong space station, including 20 types of biological samples (bone, stem, and other cells; embryos; fruit flies) and various materials (tungsten alloys, high-strength steel, crystals) for...

China Retrieves 37.25 kg of Space Station Samples for Medical and Technological Advancements

On Wednesday, China's Shenzhou-19 capsule returned 37.25 kilograms of samples from 25 experiments aboard the Tiangong space station, including 20 types of biological samples (bone, stem, and other cells; embryos; fruit flies) and various materials (tungsten alloys, high-strength steel, crystals) for...

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How will the analysis of materials science samples contribute to technological advancements, and what are the potential long-term implications for space exploration and industrial applications?

This sample return is significant for advancing both space exploration and terrestrial medicine. The diverse range of biological samples, including human and animal embryos, allows for unprecedented research into the effects of space on life. Analysis of materials science samples could lead to breakthroughs in materials science, with applications in aerospace and other fields.

german.china.org.cn

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Apr 14, 16:12

Shenzhou-19 Crew to Return to Earth, Delivering Crucial Space Habitability Data

The Shenzhou-19 crew will return to Earth around May 1st after conducting extensive research on space station habitability, including pharmacokinetic studies and environmental monitoring, aboard the Chinese Space Station Tiangong.

Shenzhou-19 Crew to Return to Earth, Delivering Crucial Space Habitability Data

The Shenzhou-19 crew will return to Earth around May 1st after conducting extensive research on space station habitability, including pharmacokinetic studies and environmental monitoring, aboard the Chinese Space Station Tiangong.

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What specific scientific findings and technological improvements resulted from the Shenzhou-19 mission's research on the Chinese Space Station?

The Shenzhou-19 crew, after conducting groundbreaking space habitability research aboard the Chinese Space Station, is scheduled to return to Earth around May 1st. Their experiments included pharmacokinetic studies and environmental monitoring, yielding data crucial for future space medicine protocols and station design improvements.

mk.ru

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Mar 30, 19:19

Absence of Geomagnetic Field Poses Significant Risks to Long-Duration Space Missions

Experiments with fish embryos and rats demonstrate that the absence of Earth's magnetic field leads to developmental defects, behavioral changes, and reduced survival rates, highlighting significant health risks for astronauts in long-duration space missions, such as those planned to Mars.

Absence of Geomagnetic Field Poses Significant Risks to Long-Duration Space Missions

Experiments with fish embryos and rats demonstrate that the absence of Earth's magnetic field leads to developmental defects, behavioral changes, and reduced survival rates, highlighting significant health risks for astronauts in long-duration space missions, such as those planned to Mars.

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What are the immediate physiological and behavioral effects of a prolonged absence of a geomagnetic field on living organisms?

Research on the effects of absent geomagnetic fields on living organisms shows that the absence of Earth's magnetic field negatively impacts development and survival. Experiments with fish embryos revealed lower survival rates and developmental defects in a zero-magnetic-field environment, alongside increased heart rates. Similarly, rats exposed to a zero-magnetic-field environment exhibited behavioral and physiological changes, including heightened aggression.

Showing 1 to 12 of 21 results