NASA Funds Lunar Base While Solar Winds Surge

On 2026-11-11, the [planetary Kp index](/ #kp) peaked at a muted 2.3. While this figure sat well below the threshold for notable geomagnetic storms, it marked the high point of an otherwise stagnant day. By the late evening, the index dropped to zero, reflecting a quiet magnetic environment. The solar wind maintained a steady clip of 568 km/s, though the north-south component of the interplanetary magnetic field (Bz) remained largely neutral at 1 nT. Consequently, [hemispheric aurora](/ #aurora) power dissipated to 0 GW, leaving the high latitudes dark.

Data from the NOAA SWPC confirmed that solar activity stayed minimal, with only a low-level B-class flare recorded. The disturbance storm time (Dst) index hovered at -21 nT, a routine value that failed to stir any significant planetary response. Those hoping for vivid imagery of geomagnetic activity were disappointed by the lack of structural complexity in the magnetosphere.

In the near-Earth environment, [asteroids](/ #asteroids) continued their silent transits. The object 2026 VS8 represented the closest approach for the date, passing without consequence. Tracking data provided by NASA CNEOS served as a reminder of the steady traffic through our local neighbourhood.

Skywatchers had little to observe in the magnetic department, but the calendar offered a different focus. The annual Leonid meteor shower remained active, spanning from 6 November through 30 November. Though the shower was still building toward its projected peak on 18 November, observers could expect a zenithal hourly rate of up to 15 meteors as the Earth drifted through debris left by 55P/Tempel-Tuttle. For those tracking the [local forecast](/ #local) for clear skies, the radiant in Leo promised a steady, if modest, display later in the week. Those interested in comparing these benign conditions to the archive of intense historical events may consult the [glossary](/ #glossary) for further context on why this date felt particularly uneventful.