• DMCA
  • Disclaimer
  • Privacy Policy
  • Cookie Privacy Policy
  • Terms and Conditions
  • Contact us
Inter Space Sky Way
  • Home
  • Alien
  • UFO
  • Space
  • NASA
  • Space Flight
  • Astronomy
No Result
View All Result
  • Home
  • Alien
  • UFO
  • Space
  • NASA
  • Space Flight
  • Astronomy
No Result
View All Result
Inter Space Sky Way
No Result
View All Result
Home Space

China is constructing the world’s largest underwater telescope to hunt for elusive ‘ghost particles’

October 23, 2023
in Space
57 5
0
China is constructing the world’s largest underwater telescope to hunt for elusive ‘ghost particles’
74
SHARES
1.2k
VIEWS
Share on FacebookShare on Twitter



Scientists in China are constructing the world’s largest “ghost particle” detector 11,500 ft (3,500 meters) beneath the floor of the ocean. 

You might also like

Liftoff of Axiom Mission 4

Astronomers uncover a double dose of mysterious sizzling Jupiters

Bizarre line of galaxies could have been created by a cosmic bullet

The Tropical Deep-sea Neutrino Telescope (TRIDENT) — referred to as Hai ling or “Ocean Bell” in Chinese language — shall be anchored to the seabed of the Western Pacific Ocean. Upon completion in 2030, it’ll scan for uncommon flashes of sunshine made by elusive particles as they briefly turn into tangible within the ocean depths.

Each second, about 100 billion ghost particles, referred to as neutrinos, move by means of every sq. centimeter of your physique. And but, true to their spooky nickname, neutrinos’ nonexistent electrical cost and almost-zero mass imply they barely work together with different varieties of matter. 

Associated: ‘Air showers’ may assist reveal cosmic rays’ mysterious supply

However by slowing neutrinos down, physicists can hint among the particles’ origins billions of light-years away to historic, cataclysmic stellar explosions and galactic collisions.

That is the place the ocean bell is available in. 

“Utilizing Earth as a protect, TRIDENT will detect neutrinos penetrating from the alternative facet of the planet,” Xu Donglian, the venture’s chief scientist, told journalists at a news conference Oct. 10. “As TRIDENT is close to the equator, it may well obtain neutrinos coming from all instructions with the rotation of the Earth, enabling all-sky remark with none blind spots.”

Neutrinos are in all places — they’re second solely to photons as essentially the most considerable subatomic particles within the universe and are produced within the nuclear hearth of stars, in monumental supernova explosions, in cosmic rays and radioactive decay, and in particle accelerators and nuclear reactors on Earth..

Regardless of their ubiquity, their minimal interactions with different matter make neutrinos extremely troublesome to detect. They have been first found zipping out of a nuclear reactor in 1956, and lots of neutrino-detection experiments have spotted the regular bombardment of the particles despatched to us from the solar; however this cascade masks rarer neutrinos produced when cosmic rays, whose sources stay mysterious, strike Earth’s ambiance. 

Neutrinos move fully unimpeded by means of most matter, together with the whole lot of our planet, however they do often work together with water molecules. As neutrinos journey by means of water or ice, they generally create particle byproducts referred to as muons that give off flashes of sunshine. By finding out the patterns these flashes make, scientists can reconstruct the power, and generally the sources, of the neutrinos. 

However to extend the probabilities of ghost particle interactions, detectors have to sit down below loads of water or ice.

China’s gigantic new detector will include greater than 24,000 optical sensors beaded throughout 1,211 strings, every 2,300 ft (700m) lengthy, that can bob upward from their anchoring level on the seabed.

The detector shall be organized in a Penrose tiling pattern and can span a diameter of two.5 miles (4 kilometers). When it is operational, it’ll scan for neutrinos throughout 1.7 cubic miles (7.5 cubic kilometers). The world’s present largest neutrino detector, IceCube, situated on the Amundsen-Scott South Pole Station in Antarctica, solely has a monitoring space of 0.24 cubic miles (1 cubic km), that means TRIDENT shall be considerably extra delicate and more likely to seek out neutrinos.

The scientists say {that a} pilot venture will start in 2026, and the complete detector will come on-line in 2030.

“TRIDENT intends to push the boundaries of neutrino telescope efficiency, reaching a brand new frontier of sensitivity in all-sky searches for astrophysical neutrino sources,” the researchers wrote in a paper outlining the detector, revealed Oct. 9 within the journal Nature Astronomy.



Source link

Tags: BuildingChinaelusiveGhosthuntlargestparticlestelescopeunderwaterWorlds
Share30Tweet19

Recommended For You

Liftoff of Axiom Mission 4

by Chato80
June 25, 2025
0
Liftoff of Axiom Mission 4

The Axiom Mission 4 (Ax-4) crew lifts off to the Worldwide Area Station atop a SpaceX Falcon 9 rocket from launchpad 39A at NASA’s Kennedy Area Heart in...

Read more

Astronomers uncover a double dose of mysterious sizzling Jupiters

by Chato80
June 25, 2025
0
Astronomers uncover a double dose of mysterious sizzling Jupiters

Astronomers might have uncovered the curious origins of the universe's most curious planets, so-called "double sizzling Jupiters." The staff behind the analysis hopes their discovery will assist discover...

Read more

Bizarre line of galaxies could have been created by a cosmic bullet

by Chato80
June 24, 2025
0
Bizarre line of galaxies could have been created by a cosmic bullet

A line of galaxies shaped after two dwarf galaxies collided head-on, ripping fuel from one anotherKeim et al./DECaLS A wierd line of dwarf galaxies could have been the...

Read more

Tremendous-resolution imaging reveals step one of planet formation after star delivery

by Chato80
June 24, 2025
0
Tremendous-resolution imaging reveals step one of planet formation after star delivery

New high-resolution photographs of protoplanetary disks within the Ophiuchus star-forming area, created with improved evaluation. The decision is proven by the white ellipse within the decrease left of...

Read more

A brand new observatory in Chile releases a few of its first photos : NPR

by Chato80
June 24, 2025
0
A brand new observatory in Chile releases a few of its first photos : NPR

The highly effective Vera C. Rubin Observatory is releasing a few of its first photos as a part of an bold effort to successfully create a film of...

Read more
Next Post
Astronomers spot most distant radio burst but

Astronomers spot most distant radio burst but

Leave a Reply Cancel reply

Your email address will not be published. Required fields are marked *

Browse by Category

  • Alien
  • Astronomy
  • NASA
  • Space
  • Space Flight
  • UFO

Recent News

Liftoff of Axiom Mission 4

Liftoff of Axiom Mission 4

June 25, 2025
Orion constellation glows pink in attractive deep area picture

Orion constellation glows pink in attractive deep area picture

June 24, 2025
Non-public Japanese moon lander crashed because of laser errors, ispace says

Non-public Japanese moon lander crashed because of laser errors, ispace says

June 25, 2025
Astronomers uncover a double dose of mysterious sizzling Jupiters

Astronomers uncover a double dose of mysterious sizzling Jupiters

June 25, 2025
A Method to Straight Measure Hawking Radiation

A Method to Straight Measure Hawking Radiation

June 24, 2025
“Firsthand” Navy and Intelligence Neighborhood UAP Whistleblowers

“Firsthand” Navy and Intelligence Neighborhood UAP Whistleblowers

June 24, 2025
  • DMCA
  • Disclaimer
  • Privacy Policy
  • Cookie Privacy Policy
  • Terms and Conditions
  • Contact us
INTER SPACE SKY WAY

Copyright © 2023 Inter Space Sky Way.
Inter Space Sky Way is not responsible for the content of external sites.

No Result
View All Result
  • Home
  • Alien
  • UFO
  • Space
  • NASA
  • Space Flight
  • Astronomy

Copyright © 2023 Inter Space Sky Way.
Inter Space Sky Way is not responsible for the content of external sites.

Welcome Back!

Login to your account below

Forgotten Password?

Retrieve your password

Please enter your username or email address to reset your password.

Log In