Education logo

Telescope at the BOTTOM OF THE SEA

Ocean

By Emmanuel CheesemanPublished 2 years ago 7 min read
Telescope at the BOTTOM OF THE SEA
Photo by Jaredd Craig on Unsplash

across the world telescopes are the most ideal way so that us might be able to see what's out there in space yet did you had any idea that there's really one being worked with something else entirely it's a telescope at the lower part of the ocean [Music] the km3 net is a cutting edge remote ocean research office that is being worked somewhere in the range of 1.5 and 3 miles somewhere down in the waters of the Mediterranean sea this exploration framework will house telescopes that aren't intended to see lights like the ones were more acquainted with yet rather will be glancing through the water at neutrinos there will be two telescopes one known as ARCA which will permit researchers to look for neutrinos that have been delivered by a far off Astrophysical sources, for example, gamma-beam blasts impacting stars in supernovae the other telescope called Orca is centered around diving more deeply into the properties of neutrinos that have been shaped in the World's air as a matter of some importance what are neutrinos while you might have known about essential particles, for example, electrons neutrinos are presumably less recognizable they also are one of the principal particles that spread the word about up the universe yet very little is about them they were first hypothesized in 1931 and were given their name by Enrico Fermi in 1934 when he fostered his speculations on radioactive rot it had been a secret why energy and energy warrants preserved in a few radioactive rots and he precisely made sense of a concealed nonpartisan molecule that diverted energy from the cycle and named it the little unbiased one conflict neutrino it would be an additional 25 years until the primary affirmed recognition of a neutrino occurred and they were viewed as accomplices of electrons convey an electric charge yet neutrinos are electrically impartial which implies that they are not impacted by electromagnetic powers to the extent that we realize there are just impacted by feeble subatomic powers that has a lot more limited range than electromagnetism so dissimilar to electrons which can pass a restricted sum through issue they can go colossal distances through objects this implies that they are staggeringly challenging to distinguish there are three unique sorts or kinds of neutrinos every one of which is connected with a sort of electron the least complex is the electron neutrino which is related with electrons and the other to the muon and the Tau neutrinos are related with heavier variants of electrons so how does the km3 network ARCA and worka are not your standard telescopes and have been intended to expand the possibilities meriting neutrinos as the particles are unbiased they don't collaborate with issue frequently truth be told around one knowing about them went through a fingernail consistently I'll saw anyway when they do on that uncommon event cooperate with issue they produce any electrically charged a neuron molecule these neuron particles travel through water quicker than loved us which delivers an optical light call like a sonic blast that can be identified and as this that the telescopes are searching for by estimating the appearance season of the light the way of neuron going through a locator can be recreated thus can the way of the first neutrino to do so km3 nets will ultimately be comprised of 10,000 optical modules that are photomultiplier tubes contain with them constrained glass circles they will be situated across 600 discovery units that are 700 meters long and separated 100 meters separated this exhibit well subsequently have the option to intently screen a cubic kilometer of water the sensors are introduced at profundities of numerous miles since this takes out any impedance from other light sources and the Mediterranean is wonderful due to this optical properties of the water and the closeness to sure to permit the enormous information move to land depending on the situation vitally no one but neutrinos can go through the focal point of the earth so every one of the sensors are pointed down rather than up to disposes of some other obstruction so with this work in arrangement what precisely our specialist is attempting to find this will be the second deliberately constructed neutrino telescope alongside the ice block in into Arctica and the outcomes from the two are supposed to acquire a further understanding into these particles the trouble in identifying them since they seldom communicate with anything likewise creates them especially extraordinary they can be extremely old to give data that was made billions of years prior they are the main particles that can give information on the universe's earliest minutes and from inside the centers of Astrophysical articles researchers trust that concentrating on neutrinos can rapidly enlighten how we might interpret the universe our beginnings and go some way towards making sense of cycles that stay a secret to us so the new submerged telescope is altogether different to you'd's thought process of and despite the fact that it will confront the course of the World's center is the front line of exploratory plan for watching out into the universe thank you all such a great amount for watching until next time [Music] across the world telescopes are the most ideal way so that us could see what's out there in space yet did you had any idea that there's truly one being worked with something else altogether it's a telescope at the lower part of the ocean [Music] the km3 net is a cutting edge remote ocean research office that is being worked somewhere in the range of 1.5 and 3 miles somewhere down in the waters of the Mediterranean sea this examination framework will house telescopes that aren't intended to see lights like the ones were more acquainted with yet rather will be glancing through the water at neutrinos there will be two telescopes one known as ARCA which will permit researchers to look for neutrinos that have been created by a far off Astrophysical sources, for example, gamma-beam blasts impacting stars in supernovae the other telescope called Orca is centered around getting familiar with the properties of neutrinos that have been shaped in the World's environment above all else what are neutrinos while you might have known about fundamental particles, for example, electrons neutrinos are presumably less natural they also are one of the central particles that spread the word about up the universe yet very little is about them they were first guessed in 1931 and were given their name by Enrico Fermi in 1934 when he fostered his hypotheses on radioactive rot it had been a secret why energy and energy warrants rationed in a few radioactive rots and he precisely made sense of a concealed impartial molecule that diverted energy from the interaction and named it the little nonpartisan one conflict neutrino it would be an additional 25 years until the main affirmed identification of a neutrino occurred and they were viewed as accomplices of electrons convey an electric charge yet neutrinos are electrically impartial which implies that they are not impacted by electromagnetic powers to the extent that we realize there are just impacted by frail subatomic powers that has a lot more limited range than electromagnetism so not at all like electrons which can pass a restricted sum through issue they can go tremendous distances through objects this implies that they are unbelievably hard to identify there are three distinct sorts or kinds of neutrinos every one of which is connected with a sort of electron the easiest is the electron neutrino which is related with electrons and the other to the muon and the Tau neutrinos are related with heavier renditions of electrons so how does the km3 network ARCA and worka are not your common telescopes and have been intended to build the possibilities meriting neutrinos as the particles are unbiased they don't collaborate with issue regularly as a matter of fact around one knowing about them went through a fingernail consistently I'll saw anyway when they do on that intriguing event associate with issue they produce any electrically charged a neuron molecule these neuron particles travel through water quicker than preferred us which creates an optical light call like a sonic blast that can be recognized and as this that the telescopes are searching for by estimating the appearance season of the light the way of neuron going through an identifier can be remade thus can the way of the first neutrino to do so km3 nets will ultimately be comprised of 10,000 optical modules that are photomultiplier tubes contain with them compelled glass circles they will be situated across 600 recognition units that are 700 meters long and divided 100 meters separated this cluster well therefore have the option to intently screen a cubic kilometer of water the sensors are introduced at profundities of numerous miles since this wipes out any obstruction from other light sources and the Mediterranean is amazing a result of this optical properties of the water and the closeness to sure to permit the gigantic information move to land depending on the situation critically no one but neutrinos can go through the focal point of the earth so every one of the sensors are pointed down rather than up to kills some other obstruction so with this work in arrangement what precisely our scientist is attempting to find this will be the second deliberately fabricated neutrino telescope alongside the ice 3D square in into Arctica and the outcomes from the two are supposed to acquire a further knowledge into these particles the trouble in identifying them since they seldom interface with anything likewise creates them especially exceptional they can be extremely old to give data that was made billions of years prior they are the main particles that can give information on the universe's earliest minutes and from inside the centers of Astrophysical articles researchers trust that concentrating on neutrinos can rapidly enlighten how we might interpret the universe our beginnings and go some way towards making sense of cycles that stay a secret to us so the new submerged telescope is altogether different to you'd's thought process of and despite the fact that it will confront the bearing of the World's center is the front line of trial plan for watching out into the universe thank you all such a great amount for watching until next time [Music]

teacher

About the Creator

Emmanuel Cheeseman

Reader insights

Be the first to share your insights about this piece.

How does it work?

Add your insights

Comments

There are no comments for this story

Be the first to respond and start the conversation.

Sign in to comment

    Find us on social media

    Miscellaneous links

    • Explore
    • Contact
    • Privacy Policy
    • Terms of Use
    • Support

    © 2026 Creatd, Inc. All Rights Reserved.