Showing 1 to 5 of 5 results
Solar Orbiter Captures First Images of Sun's Poles, Unveiling Chaotic Magnetic Field
The European Space Agency released Solar Orbiter's first images of the sun's south pole, showing a chaotic magnetic field during maximum solar activity; images of the north pole are forthcoming, furthering understanding of the sun's 11-year cycle and its impact on Earth.
Solar Orbiter Captures First Images of Sun's Poles, Unveiling Chaotic Magnetic Field
The European Space Agency released Solar Orbiter's first images of the sun's south pole, showing a chaotic magnetic field during maximum solar activity; images of the north pole are forthcoming, furthering understanding of the sun's 11-year cycle and its impact on Earth.
Progress
4% Bias Score
Earth's Inner Core Deforms, Potentially Affecting Magnetic Field
New research reveals that the Earth's inner core has deformed by approximately 100 meters or more in places over the past two decades, potentially impacting the planet's magnetic field; scientists used seismic wave data from 1991-2023 to make this discovery.
Earth's Inner Core Deforms, Potentially Affecting Magnetic Field
New research reveals that the Earth's inner core has deformed by approximately 100 meters or more in places over the past two decades, potentially impacting the planet's magnetic field; scientists used seismic wave data from 1991-2023 to make this discovery.
Progress
12% Bias Score
Earth's Inner Core Shows Shape Changes, Adding to Spin Reversal Discovery
A new study reveals shape changes in Earth's inner core over the past two decades, detected through analysis of seismic waves from earthquakes; these changes, along with the core's recent spin reversal, offer insights into the dynamics of our planet's magnetic field.
Earth's Inner Core Shows Shape Changes, Adding to Spin Reversal Discovery
A new study reveals shape changes in Earth's inner core over the past two decades, detected through analysis of seismic waves from earthquakes; these changes, along with the core's recent spin reversal, offer insights into the dynamics of our planet's magnetic field.
Progress
16% Bias Score
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.
Progress
36% Bias Score
Earth's Inner Core Shape Change Detected
Scientists discovered potential deformation of up to 100 meters in the Earth's inner core using seismic wave data from 1991-2023, possibly linked to changes in the magnetic field and its rotation, raising questions about the planet's long-term stability.
Earth's Inner Core Shape Change Detected
Scientists discovered potential deformation of up to 100 meters in the Earth's inner core using seismic wave data from 1991-2023, possibly linked to changes in the magnetic field and its rotation, raising questions about the planet's long-term stability.
Progress
16% Bias Score
Showing 1 to 5 of 5 results