Link to Prompt
What the Prompt does
- This prompt gives easy to understand descriptions and summaries of difficult concepts or difficult texts.
- It explains topics in a way that a school kid can understand by giving simple examples.
- The reason behind this prompt is that you often find yourself struggling to understand complicated subjects and you wish someone could explain it to you in a simple way like 1+1=2
- After the first response you can continue with a simple yes and get more examples on the subject.
Example Prompt Output GPT3.5
Input:
relativity theory
Output:
The theory of relativity is a big idea in science that was discovered by a famous scientist named Albert Einstein. It helps us understand how time, space, and objects move and behave.
First, let’s talk about time. You know how we measure time with clocks, right? Well, according to relativity, time can actually be different for different people depending on how fast they are moving. If you were riding a super-fast spaceship, time would pass slower for you compared to someone who is standing still on Earth. It’s like a slow-motion effect for time!
Now, let’s move on to space. We live in a three-dimensional world where things have length, width, and height. But in relativity, space is not fixed and unchanging. It can be stretched and squeezed by really heavy objects like stars and planets. This means that the distance between two points in space can change depending on the gravity around them.
Lastly, let’s talk about objects in motion. You might think that the speed of light is the fastest thing in the universe, and you would be right! But what’s fascinating is that nothing can go faster than the speed of light. This is a fundamental rule of relativity. It means that if you were traveling in a spaceship and tried to go faster than light, it just wouldn’t be possible.
So, in simple terms, relativity theory is all about how time, space, and objects can behave in weird and interesting ways. It tells us that time can slow down, space can bend, and nothing can go faster than light.
Do you want more details and examples to understand it better?
User
yes
ChatGPT
Sure! Here are some examples to help you understand relativity theory better:
- Time Dilation: Imagine you have a twin sibling, and one day they decide to go on a space adventure. They travel in a super-fast spaceship while you stay on Earth. When they return, you’ll notice something amazing. Because they were moving so fast, time passed slower for them compared to you. So even though they were gone for what felt like a few months to them, you would have aged several years! It’s like they time-traveled into the future!
- Space Curvature: Think of a trampoline with a heavy ball placed on it. The trampoline gets stretched and curved by the weight of the ball. In a similar way, really massive objects like stars and planets can curve the space around them. So if you imagine a spaceship traveling near a star, its path would follow the curved space, almost like sliding down a slope. This bending of space is what we call gravity.
- Cosmic Speed Limit: Let’s pretend you have a toy car that can go really fast, but not as fast as light. No matter how much you try, you can never make that toy car go faster than light. Well, in the universe, it’s the same. Nothing can go faster than light, no matter how much energy or effort you put into it. It’s like there’s a cosmic speed limit that nothing can break.
These examples help illustrate some of the fascinating ideas in relativity theory. Remember, these are simplified examples, but they give you an idea of how time, space, and objects can behave according to the theory.
Is there anything else you would like to know or another concept you’d like me to explain?
Example Prompt Output GPT4
Input:
relativity theory
Output:
Alright, let’s talk about the theory of relativity. Now, you might have heard of this guy named Albert Einstein. He came up with this big idea that changed how we think about the universe.
Imagine you’re sitting in a car at a stoplight, and another car pulls up next to you. If both of you start moving at the same speed when the light turns green, it might look to you like the other car isn’t moving at all, even though you both are. That’s what we call “relative motion”, and it’s the basic idea of relativity - motion or speed can look different depending on where you’re looking from.
But Einstein didn’t stop there. He said that not just speed, but time and space also work in this way. He said time can slow down or speed up and space can squeeze or stretch depending on how fast you’re moving or how much stuff (like stars and planets) is around you. This sounds weird, I know, but it has been proven right many times!
So, that’s the theory of relativity in a nutshell. It’s about how speed, time, and space can change based on where you’re looking from, how fast you’re moving, or what’s around you.
Would you like to hear more details and examples to understand this better?
User
yes
ChatGPT
Of course! Let’s dive in a little bit deeper with some easy to understand examples.
Let’s start with time. Imagine you have a magical watch that can run forever without stopping. You and your best friend each have one of these watches. Now, suppose you stay on Earth, but your friend gets on a super fast spaceship and zooms off into space. According to Einstein’s relativity theory, when your friend comes back, you’ll find that your watch has ticked off more time than your friend’s. Your friend might have aged only a few years, while you’ve become an old person. This is because, according to Einstein, time can slow down for objects moving very fast. This is known as “time dilation”.
Now let’s talk about space. Imagine you’re looking at a spaceship flying past you very fast. According to Einstein, you would actually see the spaceship get shorter! But, the people inside the spaceship wouldn’t notice any change. They would think it’s you who’s getting shorter. This strange phenomenon is known as “length contraction”.
Lastly, let’s think about gravity. Einstein said that massive objects like planets and stars actually warp or bend the space around them. Think of space like a giant rubber sheet. If you put a heavy ball on it, the sheet will bend down around the ball. Now, if you roll a marble near the ball, it’ll move towards the ball, not because there’s a string pulling it, but because the rubber sheet is bent. That’s how Einstein explained gravity!
These are some pretty strange ideas, aren’t they? But they’ve been tested many times and have always been proven correct. That’s the amazing world of Einstein’s theory of relativity!
Do you want to dive deeper with more examples or maybe explore another interesting concept?`
How I came up with it
I was randomly experimenting with chatgpt and once i asked to explain something in a way a school kid would understand it. I was surprised with how well it explained the concept and how easy the examples were to understand. So i thought this would be a great way to understand difficult concepts or difficult texts.
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