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to-do list

1. 演示了一下informal的内容，导师为他们提供了一些小礼物，让他们用于参与活动的奖励。

2. 听取孩子们的成长反思，很顺畅，非常好。

3. 商量一下formal演示的孩子们的站位和互动方式。

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to-do list

1. PPT毕业反思页面，每个学生加上LP+ATL-- added

2. 新的发现，我们的采访，我们的结论页面，需要修改图片。页面字数比较多，需要分条表达。 - edit

3. 下次会议需要孩子们就 “我们的发现”，“毕业成长反思”再做练习和演说。

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to-do list

1. PPT毕业反思页面，每个学生加上LP+ATL。

2. 新的发现，我们的采访，我们的结论页面，需要修改图片。页面字数比较多，需要分条表达。

3. ShenXin 我们的采访页面的英文表达需要加油。

4. 下次会议需要张毅一起参加，尽量脱稿，并且需要和观众进行眼神或者肢体互动，演讲的更为自然一些。

5. 演讲稿需要再发给我。

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AI可以帮助分析和提供一些方案帮助人类登录火

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AI可以帮助分析和提供一些方案帮助人类登录火星。

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loi2

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4/24 mentor meeting (20) to do list 1. Nina 与朱老师商量一下，播放的时间和周期。--track  1. 问朱老师播放周期，2. 随机询问同学，查询结果 3. seesaw转发                                     2.pypx presentation PPT的制作，整合各自探究线索的PPT放到一个大PPT。 继续做！ 做问题！                      3. 大厅活动：1. 火星模拟器让观众参观，成员介绍。 2. 采购泡沫球约100个，让观众画出他心目中的火星/火星生活。 教室里：做PPT 探究循环（5月初要完成！ 演讲练习！），辩论：人工智能为另一个星球的殖民提供了更大的机会。 （待定）        问答！  将教室环境模拟成火星， 温度，湿度，气候！                    

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4/24 mentor meeting (20) to do list 1. Nina 与朱老师商量一下，播放的时间和周期。--track  1. 问朱老师播放周期，2. 随机询问同学，查询结果 3. seesaw转发                                     2.pypx presentation PPT的制作，整合各自探究线索的PPT放到一个大PPT。 继续做！ 做问题！                      3. 大厅活动：1. 火星模拟器让观众参观，成员介绍。 2. 采购泡沫球约100个，让观众画出他心目中的火星/火星生活。 教室里：做PPT 探究循环（5月初要完成！ 演讲练习！），辩论：人工智能为另一个星球的殖民提供了更大的机会。 （待定）        问答！  将教室环境模拟成火星， 温度，湿度，气候！                    

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AI助理火星探索

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How the world works?

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夏枫和沈炘下周做ppt

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Hi, Mr. Michael. Today, I'm asking you about how humans have decided to get to Mars by using AI's help.

Q:Are human beings satisfied with the developments of modern science and technology and residential needs?
A: From what we can see, how much AI is becoming integrated into our lives, it's absolutely going to be important or necessary to incorporate AI into our exploration needs and times..Traveling to space and going into space, I think we still need a lot of testing and a lot of practice before we try something as far away as Mars. I think what would make more sense is to first test it or try it on the Moon. We've been finding, maybe like, it's all about discoveries. Maybe we're finding the first caves on the Moon. So this is where we can kind of test out our AI, or if we can test out robots that we can launch and land on the Moon and then investigate and see, look around, not necessarily telling the program, telling the robot where to go, just saying, organize amongst yourselves, search the Moon and look for caves or look for things. The AI can kind of think for itself and do maybe a program itself with a thinking routine in this way. So I think it'd be a good idea to test that out that way. 
Q:Now our technology cannot take us to Mars or go into space or explore something elseï¼How long do you think it will take for AI and technology to improve and be able to take us to Mars?
A:Well, it's always funny because I always think about the science fiction movies, like whenever you have to travel a long distance, you always see those like cryo tanks where the scientists or the astronauts, they get in the tank and then they freeze themselves or they go to sleep for a long time. And then the AI is kind of watching over them, making sure they're okay. I think there is a bit of reality in this where, you know, in really, really long journeys, it would be better for us to not have to deal with the amount of time that it would take to travel that far, and AI can watch over us. It does kind of make sense, but traveling to Mars with our current technology is the problem. We are getting better and better; our rockets are improving, but I think what's the bigger thing is we have the energy crisis. Alsoï¼it's going to be difficult for us to get to Mars, not just because of our technology, but because of our energy type to get there. We don't have enough power or we don't have enough energy. If we go off of gas, then we get to Mars and then there's no way home. There's no energy, there's no gasoline on Mars or anything like that. So we need our technology to keep developing here on Earth before we can really think about that. If we can get an unlimited energy source, like we've been getting better and better at fusion technology, if we can master that, and truly, we would have unlimited power. Then we can basically do whatever we want. We can go wherever we want. 
Q:What do you think about can technology actually impact our lives hugely?
A:Huge, huge, huge impact. Think about how fast technology has changed our lives in the last 100 years. Right now it's 2024, one hundred years ago, in 1924, there were no computers like we had now. We barely had TVsã cameras and things, so we see that exponential technology is improving and increasing at an exponential rate. Every time, like one times one is two, two times two is four, four times four is eight, and we're going to keep exponentially increasing at this rate. Unless, until we get to whatever we need. Before, when I was a kid, there was no Internet, there was no Wi-Fi. And then just in my lifetime, in 20, 30 years, everybody has a small mini computer in their pocket, and you can search the Internet and do whatever you want anywhere, so it's definitely going to change our lives, and it already has.
Q:Can living on Mars help humans get more opportunities?
A:I think there's opportunity anywhere.But yeah absolutely more opportunity. The biggest thing is expanding our human reach. If we can live and colonize Mars, we will learn much more about our universe. We'll learn more aboutâ¦â¦ who knows? There's discoveries that we are still discovering new things every year on our planet, and we've been here ever since our creation, since we evolved into what we are. But if we can go to a new planet like Mars, who knows what we can discover? So maybe we'll discover even more elements than we already have or know of. Maybe we'll discover new ways to make safe burning fuels off of Martian dirt that we don't have on Earth, or who knows? ThereÂ´s yesï¼absolutely. It will be a whole new kind of opportunity.

 

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Cheese

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Technology科技

Exploration探索

Discovery发现

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us

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Mentor meeting 11/1 (2)

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Us and mentor