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Proxima Centauri

Proxima Centauri

Search complete. 1089 mentions across 133 episodes found for "Proxima Centauri".

Sep 13, 2026

Phil ChenevertNARRATOR
52:13
That meant his ship was outbound on the Aldebaran run.
Phil ChenevertNARRATOR
52:18
Proxima Centauri, Sirius, Pollux, Procyon, Capella and Aldebaran.
Phil ChenevertNARRATOR
52:26
The line of passengers was disappearing through the doorway.
Phil ChenevertNARRATOR
52:29
A woman of head of bard turned and said nervously, We won't be put in cold sleep right away, will we? He reassured her, remembering his unbound trip five years ago.
PaulHOST
60:54
Yeah.
KatHOST
60:55
He misses Alpha Centauri B, which in orbit with his close binary Alpha Centauri A alternates between the second and third closest stars after Proxima Centauri.
KatHOST
61:05
He realizes he missed something and he had to go up and start all over again.
PaulHOST
61:09
Yeah.
Ana Sofia SimãoNARRATOR
48:08
That meant his ship was outbound on the Aldbaran Run.
Ana Sofia SimãoNARRATOR
48:12
Proxima Centauri, Sirius, Pollux, Procyon, Capella, and Aldbaran.
Ana Sofia SimãoNARRATOR
48:21
The line of passengers was disappearing through a doorway.
Ana Sofia SimãoNARRATOR
48:25
A woman ahead of Bart turned and said nervously, We won't be put into cold sleep right away, will we? He reassured her, remembering his unbound trip five years ago.
Beth JohnsonHOST
7:54
They are about the size and age of our own sun.
Beth JohnsonHOST
7:57
A third star, commonly known as Proxima Centauri, orbits the binary pair, but much farther out.
Beth JohnsonHOST
8:04
These new observations focused on the inner binary, and here's how the method works as explained by the press release.
Beth JohnsonHOST
8:11
By moving one star on the coronagraph and one star off the coronagraph every tenth of a second, this technique has allowed researchers to observe each star for half the time, and more importantly, it has allowed them to subtract one image from the next, which removes all but the noise of the camera and telescope.
Dean RegasHOST
0:38
It's our closest star by far.
Dean RegasHOST
0:41
At only ninety-three million miles away, or a hundred and fifty million kilometers, only I say, it's definitely easier to study than the next nearest star, Proxima Centauri, which is a whopping twenty-five trillion miles away, or forty trillion kilometers.
Dean RegasHOST
1:03
From Earth, places like the National Solar Observatory in Sunspot, New Mexico, can document fluctuating activity and monitor changes over time at our superstar.
Dean RegasHOST
1:15
But where can you watch the sun all day and all night? Let's go to space.
Richard GaitskellGUEST
4:16
We call them weakly interacting massive particles, and that term weakly interacting is, is, is no small exaggeration.
Richard GaitskellGUEST
4:23
These particles are so weakly interacting that if we took a single particle and set it off on a journey through a stack of lead, just continuously passing through lead, it could actually travel all the way from here to our closest star, well, after the sun, you know, Proxima Centauri, which is over four light-years.
Richard GaitskellGUEST
4:43
And four light-years of lead, the particle still wouldn't, on a 50/50 basis, have interacted.
Richard GaitskellGUEST
4:49
It, it, it-- This is crazy small probabilities of interacting, and the only reason it is even remotely feasible for us to say we- we're gonna try and measure such weakly interacting particles with a experiment here on Earth, or if you like, under the Earth, is that we have a very large detector, it's, it's nearly 10 tons in scale, and, uh, that we watch it for a very long period of time.
PeterHOST
7:18
Yeah, the average distance between stars is about 5 light years, or 47 trillion kilometers.
PeterHOST
7:28
For instance, the nearest star to us in our celestial neighborhood is Proxima Centauri, which is 4.24 light-years away, or 40 trillion kilometers.
PeterHOST
7:40
So there's a lot of room for the star systems that make up these galaxies to just quietly slide past one another.
PeterHOST
7:49
To visualize it, if you scaled Earth down to the size of a couple nanometers, about the size of a virus, our solar system would be about the size of a golf ball.
Cool Worlds

Cool Worlds

Proxima Planet Hunt

Sep 10 · 5 Mentions

David KippingHOST
0:14
This star, 40 light-years away, is called TRAPPIST-1, and two of the planets might even be close to the so-called habitable zone of that star.
David KippingHOST
0:22
So huge congratulations to the TRAPPIST team on this amazing discovery, and I thought this would be a good time to update everyone about a search we are running here at the Cool Worlds Laboratory at Columbia for transiting planets around the nearest star, which is also a red dwarf, Proxima Centauri.
David KippingHOST
0:38
So the inspiration behind our campaign actually goes all the way back to 2012, when I remember sitting in a conference and hearing the announcement of a new planetary system around a red dwarf star in the Kepler data.
David KippingHOST
0:50
And I remember at the time, the author of this study, Phil Muirhead, pointed out that this star, Kepler-42, which has three planets around it, all rocky planets, looks very similar to our nearest red dwarf stars, Barnard's Star and Proxima Centauri.
David KippingHOST
1:07
In particular, the planets found around Kepler-42 were on very short orbital periods, of order of a day.
David KippingHOST
1:14
That means that because they were so close to the star, the probability of seeing a transit is actually really good.
David KippingHOST
1:21
So this discovery inspired me, and I realized that if we took the planetary system around Kepler-42 and plonked it around Proxima Centauri, it would be surprisingly detectable.
David KippingHOST
1:31
So I asked for time on MOST.
QuinnHOST
6:23
It would last approximately 500 years, and during that time, approximately half of Asia's mountains would be consumed by the Earth's engines as fuel.
QuinnHOST
6:33
Course was set for the star Proxima Centauri, approximately 4.3 light-years away.
QuinnHOST
6:39
During this point in time, civil unrest begins to build.
QuinnHOST
6:42
The populace begins to greatly mistrust the Coalition.
QuinnHOST
7:53
The explosion lasted for a short moment.
QuinnHOST
7:55
It was the last time its heat and light would ever reach the Earth.
QuinnHOST
8:00
Following the Sun's expansion, humanity continues its journey towards Proxima Centauri.
QuinnHOST
8:06
The fourth stage was called Wandering Earth 2.
David KippingHOST
3:47
For example, Deneb in the constellation Cygnus is easily visible by eye despite being roughly 2,000 light years away.
David KippingHOST
3:55
But the nearest star, Proxima Centauri, just four light years away, isn't visible by eye at all.
David KippingHOST
4:02
And to cap this argument off, my favorite example of a dissection bias would have to be supernovae.
David KippingHOST
4:09
The most common type of supernova is a core collapse event.

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