| Probability | Text |
|---|
| 94% | He's so really light. | ▶️ |
| 100% | It's Thursday the 23rd, and I'm so bored. Actually, I'm in kind of a weird mood. Remember that mystery man I told you about? I think a couple of times he's tried to kill me. This guy can really light my F-I-R-E. | ▶️ |
| 100% | Man, one time I had this really good cup of coffee. It was so good! | ▶️ |
| 99% | So how so much is that? It is so such a really bad... | ▶️ |
| 97% | The computer sitting all alone on the far side of the desk never threatened to change us from the way we really were. But now we've connected those lonely terminals together. We've offered them a place to talk. It's a place we cannot see, the fourth dimension to the world. But we feel the need to name it. So we call it Cyberspace. | ▶️ |
| 100% | We want to find as direct evidence as we can that a massive compact object, a dark star, is pulling on a companion star. So the way to do that is to measure the motion of the companion star. Since you can never directly take a photograph of a black hole, it just appears black, the best you can really do is measure its influence on material around it. We can then look for minute shifts in the color of the light coming from the star. And if these shifts are found and they go back and forth periodically, then that's an indication that something is tugging on the star. | ▶️ |
| 97% | We want to find as direct evidence as we can that a massive compact object, a dark star, is pulling on a companion star. So the way to do that is to measure the motion of the companion star. Since you can never directly take a photograph of a black hole, it just appears black, the best you can really do is measure its influence on material around it. We can then look for minute shifts in the color of the light coming from the star. And if these shifts are found and they go back and forth periodically, then that's an indication that something is tugging on the star. | ▶️ |
| 97% | We want to find as direct evidence as we can that a massive compact object, a dark star, is pulling on a companion star. So the way to do that is to measure the motion of the companion star. Since you can never directly take a photograph of a black hole, it just appears black, the best you can really do is measure its influence on material around it. We can then look for minute shifts in the color of the light coming from the star. And if these shifts are found and they go back and forth periodically, then that's an indication that something is tugging on the star. | ▶️ |
| 99% | Hi Shaddy, this is me Nancy. Um, I'm sending this in for the song. So I hope you're working on it. And I really have high hope for it. And it'll probably be really good, right? Alright, hope to see you tonight. | ▶️ |
| 99% | The colors of the rainbow so pretty in the sky Are also nice faces of the people going by I see friends shaking hands saying How do you do? They really saying I love you | ▶️ |
