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Mio is scheduled to enter Mercury orbit in late 2026.
Mercury's magnetic field is about one hundredth as strong as Earth's magnetic field.
The Mio plasma wave measurements indicate that chorus-like emissions and associated low-energy (cold) electrons could exist in Mercury's magnetosphere.
Mercury's chorus-like emissions show a spatial concentration in the dawnside sector where energetic electrons preferentially stream through the magnetosphere.
Mio is expected to begin orbital operations in 2027, enabling detailed investigations of chorus variation, interactions with cold electron populations, and local space environment shaping at Mercury.
Although Mercury's weak magnetic field was thought to preclude stable radiation belts, the confirmed presence of chorus emissions with clear frequency variation indicates that efficient electron acceleration processes are active at Mercury.
The team identified rapid rising and falling frequency sweeps in Mercury data, indicating nonlinear coupling between electrons and waves.
GEOTAIL's vantage point in the distant magnetotail, roughly ten Earth radii from Earth, provides conditions that resemble the compact magnetosphere of Mercury.
Visual credits for the research materials include Mercury imagery from NASA, the Johns Hopkins University Applied Physics Laboratory, and the Carnegie Institution of Washington; BepiColombo spacecraft imagery from ESA; and Earth imagery from NASA.
The Plasma Wave Investigation instrument aboard BepiColombo's Mio spacecraft recorded natural plasma waves in the audible range during multiple close Mercury encounters.
Quantitative comparison showed that Mercury's plasma wave signatures match key properties of chorus emissions observed with GEOTAIL at Earth.
The findings support theoretical work from 2025 that predicted the presence of cold electrons around Mercury based on wave analyses.
Caidin revised his earlier novel as a movie novelization that shifted the original Mercury-era focus to the Apollo program.
The orbit of the bolide was highly eccentric, reaching near Mercury at perihelion and extending beyond the outer parts of the asteroid belt towards Jupiter's orbit.
BepiColombo is scheduled to enter orbit around Mercury in 2026.
Gemini served as the middle program of NASA's early human spaceflight efforts, between the Mercury and Apollo missions.
A conjunction between a thin crescent moon and the elusive planet Mercury will occur about 45 minutes after sunset on February 18, 2026.
The material combination used in the experiments matches that utilized in space hardware like ESA's Mercury mission BepiColombo and the sunshield of NASA's James Webb Space Telescope.
The XCM3-Space testbed was launched aboard a Proteus Mercury satellite in late November.
XCM3-Space was launched in late November on a Proteus Mercury satellite and operated in low Earth orbit.