Well, let's just put it in your hands. Okay, we got feel good. Hold on. I'm gonna switch it up
We got feeling like science can't choose between good or bad feelings feeling uncertain pretty sure this is no no those ones are all
Taken we're done pretty sure this is bad
I'm all out if I did a real flash in the pan
feel bad and then
Feel good can't choose. Oh, I also have to be filed. I don't think I'm supposed to be interested
Okay, can't choose. I don't know if I ever intended on reading that one Roseanne Barr says MK ultra is big in Hollywood
Roseanne, I'm not gonna read that. Okay. Let's read this one
astronomers capture radio signal from distant galaxy and who knows when this is from because who knows when I filed it January
2023 so over a year ago, they may have already invaded us
How do stars form in distant galaxies?
Astronomers have long been trying to answer this question by detecting radio signals emitted by nearby galaxies
However, these signals become weaker the further away a galaxy is from Earth making it difficult for current radio telescopes to pick it up
Makes sense. Yeah
No researchers from Montreal and India have captured a radio signal from the most distant galaxy so far at a specific
Wavelength known as the 21 centimeter line
I think we're all familiar with that allowing astronomers to peer into the secrets of the early universe
Which I assume we figured them out by now
It's been a year with the help of the giant metro wave radio telescope in India
This is the first time this type of radio signal has been detected at such a large distance
Quote a galaxy emits different kinds of radio signals until now
It's only been possible to capture this particular signal from a galaxy nearby
Limiting our knowledge to those galaxies closer to Earth says our nav chakra boardy
I couldn't have said that more
Canadian a post-doctoral researcher at McGill University under the supervision of Professor Matt Dobbs
But thanks to the help of naturally occurring phenomenon called gravitational lensing we can capture a faint signal from a record breaking distance
This will help us understand the composition of galaxies at much greater distances from Earth
He adds so then it goes on to say that it's looking back into time at the early universe
Which doesn't make sense to me
It just doesn't make sense to me that they think they can use telescopes to look at the universe being formed like why because
Like it's formed already light in the radio that they're getting was created at that time because it's been traveling for 13 billion years
Yeah, I mean it still doesn't make sense to me
Don't think too much about it because time itself is a really odd subject when you're talking about space
Yeah, that's true
But I do think about it because I'm like we're living in the universe for a long time now
I feel like we've already experienced this and it's long gone just like long gone
Oh, yeah, and a lot of the stars in the night sky that we see are long gone too. They died out millions of years ago
Exactly. So how can we catch?
The beginning if like we're getting the light now and it's gone
We're getting the light and it's still coming to us from sometimes and the universe expands faster than light can move
There's actually spots that will never be able to see because they're so far away. No, don't get it
Okay, okay, they're picking up a signal from a distant galaxy and then about the study detection of
HI 21 centimeter emission from a strongly lens galaxy did not understand one word of that. There's still more. No, that's it
So brought to you by I haven't read everything on my list as quickly as I should have
Hopefully they were bad radio signals saying we're about to invade Earth on February
What would we be at like 24th?
2024 and we need you to listen to this for Jiminy. That's the virile
I don't realize we actually held that much way like the protection of Earth
Yeah, I think we do. I think we can say we do I'm just impressed this ended up in the don't know how to feel and not the feeling science
Yeah, no, um, obviously I knew I was gonna be reading this
really late
And science is only fresh
Exactly and this is studies extremely out of date now. So I'm unsure about it
I'm unsure that I should have even read this article. I mean on the universal scale. It's real on time
But anyhow that gives you all a universe of time in exactly 48 hours to get back here
So we'll see you on Friday. Okay. Bye. You