In the world of phenomena superbolts stand out as one of the extreme and powerful types of lightning. Recently a team of physicists, from Hebrew University has made progress in unraveling the mystery behind these charged bolts. By using radio wave detectors experts have been able to determine the time, date and location of thousands of lightning strikes. This has shed light on the conditions that give rise to these awe inspiring events.
Exploring the Power of Superbolts
Superbolts although accounting for than 1 percent of all lightning strikes possess a level of power that surpasses that of regular lightning bolts. On average a typical lightning bolt carries a voltage of around 300 million volts. In contrast superbolts exhibit an electrical voltage that is 1,000 times stronger. This immense power can cause damage to infrastructure and unfortunate ships struck by them.
The Geographical Puzzle
superbolts tend to occur in specific geographic regions such as the northeast Atlantic Ocean, Mediterranean Sea and Peruvian Plateau. The common factor among these locations is the proximity between thunderstorm activity and the Earths surface. Thunderstorms occurring near the surface provide conditions, for generating potent forms of lightning.
The decreased distance leads to a decrease, in resistance allowing for a flow of current and making it easier for superbolts to form.
Understanding the Enigma
Although this discovery is a piece of the puzzle there are still unknowns surrounding superbolts. Scientists are eager to investigate factors that might contribute to their formation, such as magnetic fields or changes in solar activity. The researchers emphasize that there is still more to learn and comprehend about these natural occurrences and their pursuit of knowledge continues.
In Summary
The quest to unravel the mysteries of superbolts has taken a step forward with the findings from physicists at Hebrew University. By utilizing radio wave detectors they have shed light on the conditions that give rise to these lightning events. With their power and limited geographical occurrence superbolts capture our imagination. Warrant further exploration. As scientists continue their pursuit of knowledge we move closer, to gaining an understanding of natures extreme forces.
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