Solar storms can certainly be dangerous to humans. Here’s how.
The impact of a Sun storm it is in? Solar storms can be dangerous and can seriously affect people. According to one BBC report, a solar storm affected a pacemaker and nearly killed a woman. According to reports, a woman named Marie Moe, a network security The researcher found that her muscle just to the left of her sternum was beating while she was on an airplane, about 20 minutes from Amsterdam.
“She knew right away that something was wrong with her pacemaker, a small medical device implanted in her chest that uses electrical pulses to stabilize her heartbeat,” the report states. The woman was scared and alarmed the flight attendants. The crew then arranged an ambulance at the airport.
When Moe went to a nearby hospital and saw doctors, a pacemaker technician soon discovered the problem. “It’s the device’s tiny computer. The data is stored inside the pacemaker computervery important to its operation, has somehow broken,” report mentioned.
“And for Moe, the main suspect she said most likely caused this disturbing episode was a cosmic ray from outer space: a string of subatomic particles crashing into one another ball in the Earth’s atmosphere, like those hitting a snooker table, and one that ended up in her pacemaker’s built-in computer while in flight,” the report adds.
The report adds, “The theory is that, upon impact, it causes an electrical imbalance that alters the computer’s memory — and ultimately changes her understanding of the life-saving technology inside.” in her forever.”
“When a computer crashes, we tend to assume it’s just some software glitch, a little bad programming. But ionizing radiation, which includes protons, is blown in. we by the sun, could also be the cause. These occurrences, known as single event reversals, are rare and it is impossible to be certain that cosmic rays are involved in a particular incident because they leave no trace,” it added. .
Solar storm and its impact
According to NASASolar storms are a series of eruptions of varying mass and energy from the surface of the sun. Flares, highlights, sunspots, and circular mass ejections are general harbingers of solar activity, as are other related phenomena seen at other wavelengths. They all involve the sudden release of stored magnetic energy, accelerating hot gases near the surface or in the Sun’s corona. Sometimes these particles travel to Earth and beyond by flowing along the Sun’s magnetic field into interplanetary space.
When the material collides with Earth’s magnetic field, it can dump particles into our upper atmosphere to cause the aurora. The same ‘charged’ particles can generate their own magnetic fields, which can alter the Earth’s magnetic field and affect compass readings. Changing magnetic fields can also ‘generate’ electricity in long pipes, or create currents in our grid leading to brownouts and blackouts.
