Voyager Hits a Light-Day Out as November Skies Light Up

A human-made machine is now so far away that light takes a full day to reach it. This November, NASA notes that Voyager 1 crosses the historic threshold of one light-day from Earth, meaning radio signals require twenty-four hours to travel outward and another twenty-four hours for a response to return.

While the spacecraft coasts through interstellar space toward the constellation Ophiuchus, stargazers back on Earth can celebrate the distance by turning their own gaze upward to a packed schedule of planetary pairings and meteor showers. November opens with the Taurid meteor showers, split into southern and northern peaks that offer only a handful of meteors hourly but make up for it with occasional bright fireballs.

Early risers around mid-month can catch Mars and Jupiter glowing close together in the southeastern sky before sunrise, separated by a mere 1.2 degrees. Later in the month, the Leonid shower arrives before dawn with up to fifteen meteors per hour under ideal dark-sky conditions, providing a steady reward for anyone willing to let their eyes adjust to the cold for half an hour.

The month closes with a lunar flourish on November twenty-fourth as a full supermoon illuminates the evening sky.

Our read is that these calendar alignments offer a rare bridge between deep-space engineering and backyard astronomy, tying the extreme physics of interstellar probes directly to the familiar monthly rhythms of our closest neighbor.

This event kicks off a sequence of three consecutive supermoons stretching into the new year, giving observers multiple chances to spot the subtle size increase caused by the elliptical orbit of the Moon.