Scientific Building Devices – Dodge to Assist Asteroids?

Scientific Building Devices – Dodge to Assist Asteroids?

A team of scientists is developing a technology to help a dreamer avoid a nightmare in the form of a precision-timer: According to an initial report, a storm approaching Earth’s surface is endangering the planet and the human race. . AFP.

This is a precautionary measure, but some may say that danger is always present.

Related: What is the probability of a massive urbanization-ending asteroid impact?

Scientists are building devices to help dodge the earth

The new timers – which are already testing the satellite – are hand-crafted inside the lab of Latvian start-up EvanTech.

This year, EvanTech won a Times Development Agreement with the European Space Agency (ESA) to study the possibility of redirecting incoming straw before passing the terminal point of return capability. Was.

Similarly, NASA aimed to launch the first phase of the Asteroid Effect and Definition Assessment (AIDA) mission – also known as the Double Asteroid Redirection Test (DRT) – on July 22, 2021, at Alan Musk’s Falcon 9 from SpainX. One of the rockets was on board.

Event timers to follow NASA’s collision mission

Weighing 1,100 pounds (500 kilograms), the camera-equipped probe will travel to and collide with a planet called Didimos – an attempt to change the current course to make it closer to our small blue planet in the year 2123. Can see passing. , Phys.R.O. Report.

Timenet of the Evanatech deep space event is still in development for follow-up to the Hera mission, which is set to launch five years after NASA’s cosmic collision mission, to see if it works.

The engineer wants to push the boundaries of space, not profit margins

“Our new technology, which will follow the second ESA spacecraft named Hera, will measure if the first impact, the kilometer-sized Didymos, stopped its previous path, preventing it from harming humanity,” said Emanatus Plkstenis, an event tech engineer. . AFP.

“It’s very interesting to go boldly where no man has gone before making some world-class consumer electronics for huge profits,” Plkstenis said, adding that he is doing so through a low-key reference to Star Trek, perhaps most famous Sci-Fi television series from the 1960s.

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EvanTech’s devices capture pixecond measurements

Ivanatech’s timers are associated with a long tradition of space technology in the Baltic state – dating back to Soviet times, when the first artificial satellite to make the Sputnik-bit rabbit was launched in 1957.

The timer measures the time required to light an object to travel to and from an object.

Specifically, Ivanatech’s instruments can take measurements in a picoscond – which is a cost per second – enabling astronomers to convert time measurements to distances up to two millimeters (0.078 inches).

Some of Evtech’s engineers have worked with satellites since the Soviet era. Source: Riga Technical University

Engineers tracking satellites from the Soviet era

About 10 timers are developed each year, and they are used in planetary monitors. In general, they track the Earth’s increasingly crowded environment, where more private satellites enter the low-Earth orbit each year – closer to the flight moves of scientific and military satellites.

“They all need the tools to track them down,” said Powell Razmejas, chief executive officer of EvanTech. While Latvia only joined the ESA in full 2016, its engineers have been tracking the satellite since the days of the Soviet Union.

In particular, the University of Latvia has its own satellite laser ranging station located in a forest south of Riga.

Providing GPS on other planets

Eventac’s collection of engineers says they try to use analog parts wherever possible, as microchips take nanoseconds to accurately represent a signal – too long for incoming measurements on a picosecan scale.

The physical length of the motherboard alone can affect how fast the signal travels from one circuit to another.

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These timers are already being used for calculations on Earth, but a separate device for deep space missions is also under development at the Eventac Lab – from motion motion detection to tracking planetary objects.

“There is no GPS data coverage available on other planets, so you should take your accuracy with you,” said Plextinis. This technology could be applied to Elon Musk’s openness to build a satellite network in Mars or Rabbit, to provide Internet (all things) to future astronauts.

Satellite support systems can also support a star orbiting the Earth

While developing such devices for deep space will not be easy, one of Evtech’s engineers loves the idea. “Our updated technology is exposed to very high atmospheric temperatures and high cosmic radiation,” said Palkstenis. “It’s a fun challenge.”

Fortunately, well-known extinct-sized small planets are very nice bits of rabbits – including large-sized small planets that move regularly in and out of the inner solar system. But it is interesting to know what kind of technology we use to track satellites designed for living things like the internet and GPS locators can also be part of the key to experiencing the misery and sudden end of life as That we know.

About the author: Seth Grace

"Social media trailblazer. Music junkie. Evil student. Introvert. Typical beer fan. Extreme web ninja. Tv fanatic. Total travel evangelist. Zombie guru."

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