It’s still a link and you say you don’t click on links so why should we believe imgur links

absorption and emission lines in spectrographs?

hmm

@Muncher 2017 is not old

https://tenor.com/view/black-hole-ehtblackhole-gif-13904173

@🅱ruh Sound Effect 2 have you ever seen a meteor hit the ground then dig it up?

@Muncher Good One

@Toastabath i dont click on random links

<:snapsnap:484956825863585792>

you havent seen video of meteorites hitting the ground? mass sightings?

I prefer you guys to convince me

With words

Change my mind flat earth edition

@Citizen Z You wouldn't want to be convinced anyhow.

Could you convince me of flat earth with only words? @Citizen Z

Im interested in your belief

No proof needed just words

flat earth thinks buoyancy is the downward force instead of gravity, yet buoyancy requires gravity to work

... @Citizen Z

I think your belief system is crazy. If its real, it would be an insane reality

Your saying that we should use our words and you post pictures @Citizen Z

buoyancy isnt a force it just refers to how some matter interacts with other matter

and now hes throwing insults

@Citizen Z Reality is stranger than fiction

The world is a strange place

running out of ideas

its a clown world

From imgur

last time i checked matter actually bends space time

Flat Earth is real

Yes. If you want to post pictures, lose the new member role

i can send a video link if you want

and now hes threatning to ban. wow

its pretty interesting

can i be a truther

It's obvious @WHYit I hope you're not joking

Yeah how dare you be a new member >:c

But you contradict your own argument

I never threatened a ban

Lol

```css
Quantum Tunnelling; Conducting....```
```The quantum tunneling effect is a quantum phenomenon which occurs when particles move through a barrier that, according to the theories of classical physics, should be impossible to move through. The barrier may be a physically impassable medium, such as an insulator or a vacuum, or a region of high potential energy.

In classical mechanics, when a particle has insufficient energy, it would not be able to overcome a potential barrier. In the quantum world, however, particles can often behave like waves. On encountering a barrier, a quantum wave will not end abruptly; rather, its amplitude will decrease exponentially. This drop in amplitude corresponds to a drop in the probability of finding a particle further into the barrier. If the barrier is thin enough, then the amplitude may be non-zero on the other side. This would imply that there is a finite probability that some of the particles will tunnel through the barrier.```