In a groundbreaking experiment, scientists have successfully used a laser beam to control lightning bolts. By shooting a laser beam into an electrically charged thundercloud, researchers at the University of Central Florida were able to control the path and power of the lightning.
The experiment, dubbed 'Playing Zeus,' was conducted using a specialized laser system that was developed to shoot a beam of light into a thundercloud. The laser beam is made up of dozens of laser pulses that are fired into the cloud in rapid succession. |
When the laser pulses hit the cloud, they excite electrons within the cloud, creating a kind of 'bridge' between the cloud and the ground. This bridge is then used to direct the lightning down to the ground.
The laser beam can also be used to control the strength of the lightning bolt. By adjusting the power of the laser pulse, researchers can make the lightning bolt weaker or stronger, depending on their needs.
The experiment is part of an ongoing effort to better understand lightning and how it works. By being able to control lightning, scientists hope to one day be able to use it as an energy source or to better protect people from its destructive power.
The experiment is also a reminder of the power of science and technology. By using a laser, scientists have essentially become like Zeus, the Greek god of lightning, able to control the power of lightning at the press of a button. It's a remarkable achievement, and one that could have far-reaching implications.
In a major breakthrough for space exploration, scientists have unveiled a new map of the surface of Mars, allowing them to ‘see the whole planet at once’.
Created by researchers at the University of Arizona, the map is the most detailed and accurate to ever exist of the Red Planet. It covers the entire planet in high resolution, using imagery from the Mars Reconnaissance Orbiter (MRO) and Mars Global Surveyor (MGS).
The new map is a major step forward for the understanding of the Martian landscape. The high-resolution images provide researchers with a wealth of information about the Martian surface, from the size and shape of rocks, to the presence of craters, volcanoes, and other geological features.
The map also allows scientists to study the movement of sand dunes and other features on the surface of Mars over time. This could help them better understand the climate and environment of the planet, as well as its history of habitability.
The new map of Mars is a major achievement, providing researchers with a powerful tool to better understand the planet. It is also likely to be of great value to future space exploration missions, as it will provide them with the necessary data to plan and execute their journeys.
The new map of Mars is a testament to the advances in technology and science, and is a major step forward in our understanding of the planet. With the new map, scientists can now ‘see the whole planet at once’, and gain a much better understanding of the Red Planet.