All articles tagged with #aurora
Gypsy Rose Blanchard confessed to a September 2025 incident where she stabbed a headboard and destroyed personal items in a jealous rage over Ken Urker. This occurred one year before Urker’s death in October 2026. Blanchard has since advocated for anti-harassment legislation, though his family disputes her account of their relationship status and the cause of his death.
The joint European-Chinese SMILE spacecraft has successfully captured the first complete ultraviolet images of Earth's auroral oval since 2008. These images, taken during a daytime substorm, reveal the full ring of northern lights around the North Pole, a view previously impossible from the ground. The mission, which launched in May 2026, aims to study how solar wind interacts with Earth's magnetosphere to improve space weather forecasting and protect infrastructure.
The joint ESA and Chinese Academy of Sciences SMILE spacecraft has released its first ultraviolet images of a complete auroral oval, revealing daytime auroras above Earth's magnetic poles. Captured in late July, the footage shows the turbulent nature of solar wind interactions with the magnetosphere, aiding future space weather protection efforts.
Using the MeerKAT radio telescope, researchers detected a seven-hour radio burst that originates from the exoplanet Beta Pictoris b, marking the first direct radio signal from a single planet. The signal indicates a powerful magnetic field and aurora-like activity, offering a new way to study exoplanetary magnetism, atmospheres, and habitability, and paving the way for targeted observations with future radio observatories.
A solar flare could spark visible northern lights in Michigan on Aug. 27–28 as NOAA issues G1 and then G2 geomagnetic storm watches due to CMEs from Aug. 25. The partial lunar eclipse adds viewing opportunities, with the eclipse visible statewide (9:23 p.m. Aug. 27–3:01 a.m. Aug. 28) and a peak around 12:12 a.m. in many areas; a Kp index up to 5 signals potentially strong aurora, weather permitting.
A restless Sun erupted an Earth-facing M6.9 flare from sunspot AR4513 on Aug. 25, launching a coronal mass ejection (CME) that may graze Earth later this week. Early NASA models suggest a glancing CME arrival around Aug. 28, which could boost geomagnetic activity if it interacts with a high‑speed solar wind stream from a coronal hole; the actual impact depends on arrival timing and the magnetic orientation of the CME. Forecasters will monitor updates, as a strong southward field could enhance northern lights activity.
Colorado’s public health department issued a public health order forcing GEO Group and ICE to provide records, contacts and transfer information for a suspected TB case at the Aurora detention center, after weeks of resistance. The goal is to confirm exposure and protect public health; ICE says there are no active TB cases, while advocates and lawmakers push for transparency amid related lawsuits and ongoing scrutiny of private detention facilities.
NASA now treats its Moon-to-Mars architecture as a developing blueprint rather than a mission or flight manifest, which is why there is no official Mars landing date. Past targets from the 1980s and Europe’s 2033 Aurora plan were anchored in funding and politics, not just technology. Today, NASA narrows design options through annual reviews, while decisions on crew size, landing and ascent vehicles, power, propellant, and a return plan depend on developing and testing flight systems and on international/private partnerships.
The Carrington Event of 1859 unleashed a solar storm that drove geomagnetic currents along long telegraph lines, causing outages and fires while auroras lit skies as far apart as Cuba and Hawaii, demonstrating the vulnerability of modern infrastructure to space weather and spurring ongoing research into forecasting and mitigation for the electric grid.
SpaceWeather.com reports an Earth-directed CME from two solar filament eruptions with an ETA around Aug 11–12, potentially triggering auroras near the Perseid meteor shower, while a moderate G2 geomagnetic storm is already in progress as Earth sits in the CME wake. Separately, Comet 220P/McNaught underwent dramatic outbursts, brightening to binocular visibility with observers noting a shock-wave-like debris shell; the page also features aurora imagery and various sky-watching updates.
A long-duration M1.9 solar flare from Active Region 4492 on July 30, with an associated filament eruption, produced an Earth-directed partial-halo CME and a minor solar radiation storm. WSA-Enlil model runs place the CME’s arrival at Earth around August 2, with NOAA’s Space Weather Prediction Center forecasting G1–G2 (Minor–Moderate) geomagnetic storm conditions. Solar wind parameters have been mostly nominal, but disturbances from July 26–27 CMEs and the July 30 CME could arrive; increased drag, potential voltage alarms on power systems, spacecraft orientation corrections, and radio fade are possible, with auroras potentially visible as far south as New York and Idaho under favorable conditions.
An employee at the GEO Group–run Aurora ICE Processing Facility shot a protester in the foot during a confrontation; the arrest affidavit says the 42-year-old Brandon Booth admitted he did something 'dumb' and intended to scare, not injure, after realizing he was on surveillance. Booth was booked on multiple charges including attempted second-degree murder and first-degree assault.
The Sun erupted with 10 M-class flares in 24 hours, with several coronal mass ejections headed toward Earth. NOAA forecasts suggest geomagnetic activity (G1–G2) could spark auroras across parts of the northern U.S. around the July 3–4 weekend, depending on CME interactions and magnetic-field orientation; viewing may be hindered by twilight in some areas.
An X1.1 solar flare from sunspot AR4479 on June 30 produced Radio Blackouts on the daylight side of Earth and launched a CME. While initial analyses suggested limited Earth impact, NOAA later issued a G2 geomagnetic storm watch for July 3, indicating that at least part of the CME could reach Earth and trigger geomagnetic activity. If the CME’s magnetic field is oriented favorably, auroras could be visible across parts of the northern U.S. during the July 4 weekend.
An incoming coronal mass ejection could hit Earth's magnetic field today, possibly triggering geomagnetic storms from G1 to G3 and boosting auroras into mid-latitudes across the northern U.S.; the strongest activity is expected 11 a.m.–2 p.m. EDT, with elevated chances into the evening, and auroras could be visible as far south as northern Michigan, Maine, New York, Idaho, Illinois, and Oregon depending on conditions. NOAA has issued a G3 watch for June 8 and a G2 watch for June 9.