Los Angeles, California – Following an alleged astrology influencer’s violent rampage fueled by fears surrounding a solar eclipse, a tragic series of events unfolded on the same day as the rare celestial phenomenon. Danielle Johnson, 34, reportedly stabbed her partner to death, threw her children from a moving vehicle, and ultimately took her own life by crashing into a tree.
In the days leading up to the attack, Johnson, known as “Ayoka” on social media, expressed beliefs on the solar eclipse being a significant moment of spiritual warfare. With over 100,000 followers, she frequently shared conspiracy theories and inflammatory rhetoric on her online platform.
On the morning of the eclipse, Johnson engaged in a verbal altercation with her partner, resulting in a fatal stabbing. She then fled the scene with her two children, aged nine and eight months. Tragically, she ejected the children from the moving vehicle, leading to the infant’s death and the nine-year-old sustaining injuries.
As Johnson accelerated to speeds exceeding 100 miles per hour, she eventually crashed into a tree in Redondo Beach. The nine-year-old survived as the lone survivor of the harrowing ordeal. Subsequently, the body of Johnson’s partner was discovered by neighbors at their shared residence.
Law enforcement officials have not determined a definitive motive behind Johnson’s actions. While social media posts have been reviewed, investigators are reluctant to attribute the rampage to the solar eclipse, citing the need for more conclusive evidence. Reports indicate that Johnson and her partner, who had been in a relationship for three years, had no history of domestic violence prior to the tragic events.
The devastating sequence of events stemming from Johnson’s actions has left a community in shock and searching for answers in the wake of unspeakable tragedy. As authorities continue to investigate the circumstances surrounding the incident, the impact of fear and misinformation on social media remains a topic of concern in addressing such catastrophic events.