"particle physics"

#12123635

5 March 2025

The Garching Atom Science Reactor, officially known as the FRM II (Forschungsreaktor Munchen II), is a neutron research reactor in Garching, Upper Bavaria, Bavaria, Germany, on July 12, 2021. It is operated by the Technical University of Munich (TUM) and serves as a facility for scientific research in neutron physics, materials science, and medical applications. The reactor is housed within a distinctive domed structure, which is a recognizable landmark in the region. The facility plays a role in European scientific collaboration and technological advancements.

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#12123679

5 March 2025

The Garching Atom Science Reactor, officially known as the FRM II (Forschungsreaktor Munchen II), is a neutron research reactor in Garching, Upper Bavaria, Bavaria, Germany, on February 21, 2021. It is operated by the Technical University of Munich (TUM) and serves as a facility for scientific research in neutron physics, materials science, and medical applications. The reactor is housed within a distinctive domed structure, which is a recognizable landmark in the region. The facility plays a role in European scientific collaboration and technological advancements.

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#12123680

5 March 2025

The Garching Atom Science Reactor, officially known as the FRM II (Forschungsreaktor Munchen II), is a neutron research reactor in Garching, Upper Bavaria, Bavaria, Germany, on February 21, 2021. It is operated by the Technical University of Munich (TUM) and serves as a facility for scientific research in neutron physics, materials science, and medical applications. The reactor is housed within a distinctive domed structure, which is a recognizable landmark in the region. The facility plays a role in European scientific collaboration and technological advancements.

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#12123681

5 March 2025

The Garching Atom Science Reactor, officially known as the FRM II (Forschungsreaktor Munchen II), is a neutron research reactor in Garching, Upper Bavaria, Bavaria, Germany, on February 21, 2021. It is operated by the Technical University of Munich (TUM) and serves as a facility for scientific research in neutron physics, materials science, and medical applications. The reactor is housed within a distinctive domed structure, which is a recognizable landmark in the region. The facility plays a role in European scientific collaboration and technological advancements.

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#12123682

5 March 2025

The Garching Atom Science Reactor, officially known as the FRM II (Forschungsreaktor Munchen II), is a neutron research reactor in Garching, Upper Bavaria, Bavaria, Germany, on February 21, 2021. It is operated by the Technical University of Munich (TUM) and serves as a facility for scientific research in neutron physics, materials science, and medical applications. The reactor is housed within a distinctive domed structure, which is a recognizable landmark in the region. The facility plays a role in European scientific collaboration and technological advancements.

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#11612123

27 September 2024

The Aurora Borealis, commonly known as the Northern Lights, are seen in the sky above Alta, Norway, on September 26, 2024.

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#11236352

13 May 2024

The northern lights appear over a ridge in the Appalachian Mountains in Shenandoah National Park, Luray, VA, May 12, 2024. Aurora borealis and australis were visible across much of the earth after solar coronal mass ejections caused the most intense geomagnetic storm in the last 20 years.

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#11236351

13 May 2024

The northern lights appear over a ridge in the Appalachian Mountains in Shenandoah National Park, Luray, VA, May 12, 2024. Aurora borealis and australis were visible across much of the earth after solar coronal mass ejections caused the most intense geomagnetic storm in the last 20 years.

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#11236350

13 May 2024

The northern lights appear over a ridge in the Appalachian Mountains in Shenandoah National Park, Luray, VA, May 12, 2024. Aurora borealis and australis were visible across much of the earth after solar coronal mass ejections caused the most intense geomagnetic storm in the last 20 years.

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#10682340

23 October 2023

The Northern Lights appear in the starry sky in Svolvaer, Lofoten, Norway, on October 22, 2023. The Northern Lights occur due to the interplay between the sun and Earth's magnetic field, which propels electrons through the atmosphere at rapid velocities.

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#10143984

10 June 2023

Visitors are looking at the booth of CATL at the 2023 Shanghai Auto Show in Shanghai, East China, on April 19, 2023. On the same day, the global power battery giant CATL is officially releasing their innovative cutting-edge battery technology -- condensed matter battery -- at the 2023 Shanghai Auto Show. The energy density of the battery is as high as 500Wh/kg, which can achieve both high specific energy and high safety, and can quickly achieve mass production. The first application of condensed matter battery released by Ningde Times may be in the field of aviation. It is understood that condensed matter is a system composed of a large number of particles with strong interactions among them. This concept comes from condensed matter physics, one of the largest and most important subdisciplines of physics today. It is the extension of solid state physics, so that the objects of study in addition to solid substances, but also include many liquid substances, such as liquid helium, molten salt, liquid metal, liquid crystal, latex and polymer, and even some special gaseous substances, such as Bose-Einstein condensate Bose gas and quantum degenerate Fermi gas.

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#10143986

10 June 2023

Visitors are looking at the booth of CATL at the 2023 Shanghai Auto Show in Shanghai, East China, on April 19, 2023. On the same day, the global power battery giant CATL is officially releasing their innovative cutting-edge battery technology -- condensed matter battery -- at the 2023 Shanghai Auto Show. The energy density of the battery is as high as 500Wh/kg, which can achieve both high specific energy and high safety, and can quickly achieve mass production. The first application of condensed matter battery released by Ningde Times may be in the field of aviation. It is understood that condensed matter is a system composed of a large number of particles with strong interactions among them. This concept comes from condensed matter physics, one of the largest and most important subdisciplines of physics today. It is the extension of solid state physics, so that the objects of study in addition to solid substances, but also include many liquid substances, such as liquid helium, molten salt, liquid metal, liquid crystal, latex and polymer, and even some special gaseous substances, such as Bose-Einstein condensate Bose gas and quantum degenerate Fermi gas.

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#10143988

10 June 2023

A photo taken on April 19, 2023 shows the condensed matter battery released by CATL at the 2023 Shanghai Auto Show in China. On the same day, the global power battery giant CATL is officially releasing its innovative cutting-edge battery technology -- condensed matter battery -- at the 2023 Shanghai Auto Show. The energy density of the battery is as high as 500Wh/kg, which can achieve both high specific energy and high safety, and can quickly achieve mass production. It is understood that the first application of condensed matter battery released by Ningde Times may be in the field of aviation. It is understood that condensed matter is a system composed of a large number of particles with strong interactions among them. This concept comes from condensed matter physics, one of the largest and most important subdisciplines of physics today. It is the extension of solid state physics, so that the objects of study in addition to solid substances, but also include many liquid substances, such as liquid helium, molten salt, liquid metal, liquid crystal, latex and polymer, and even some special gaseous substances, such as Bose-Einstein condensate Bose gas and quantum degenerate Fermi gas.

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#4826222

4 September 2019

Aurora, known as the Northern Lights, Polar Lights, Aurora Borealis or Australis, Southern Lights etc as seen in Valldalen in Norway on September 1, 2019. Valldal valley about 1,5 hour driving away from Alesund. The phenomenon of natural light display in the sky of the Earth in high latitude regions near the Arctic and the Antarctic. The fluorescent light in the night sky is the result of a disturbance in magnetosphere caused by the solar wind, altering the trajectories of charged particles in the solar wind and the magnetospheric plasma at the upper atmosphere. The ionization and excitation of atmospheric constituents emit light of varying color and complexity, with the form of the aurora, occurring within bands around both polar regions.

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#4826224

4 September 2019

Aurora, known as the Northern Lights, Polar Lights, Aurora Borealis or Australis, Southern Lights etc as seen in Valldalen in Norway on September 1, 2019. Valldal valley about 1,5 hour driving away from Alesund. The phenomenon of natural light display in the sky of the Earth in high latitude regions near the Arctic and the Antarctic. The fluorescent light in the night sky is the result of a disturbance in magnetosphere caused by the solar wind, altering the trajectories of charged particles in the solar wind and the magnetospheric plasma at the upper atmosphere. The ionization and excitation of atmospheric constituents emit light of varying color and complexity, with the form of the aurora, occurring within bands around both polar regions.

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#4826226

4 September 2019

Aurora, known as the Northern Lights, Polar Lights, Aurora Borealis or Australis, Southern Lights etc as seen in Valldalen in Norway on September 1, 2019. Valldal valley about 1,5 hour driving away from Alesund. The phenomenon of natural light display in the sky of the Earth in high latitude regions near the Arctic and the Antarctic. The fluorescent light in the night sky is the result of a disturbance in magnetosphere caused by the solar wind, altering the trajectories of charged particles in the solar wind and the magnetospheric plasma at the upper atmosphere. The ionization and excitation of atmospheric constituents emit light of varying color and complexity, with the form of the aurora, occurring within bands around both polar regions.

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