On the campus of the National University of Singapore, Professor Helen Zhao and a team of researchers say artificial intelligence is letting them see, well, a version of our thoughts.
新加坡国立大学的Helen Zhao教授和一组研究人员表示，人工智能将人类想象中的情景呈现在了他们眼前;Y+^x[^#y*KWi3。
Using a database of fMRI scans, the AI first got to see what people's brains looked like as they viewed more than 1,000 photos.
通过使用功能磁共振成像机扫描数据库，人工智能首先可以看到了人们在观看1000多张照片时的大脑是什么样子f[GoTY;zi[p!7%xC@bvN。
Then, it was shown only brain scans as the subjects looked at new photos.
然后，在受试者观看新照片时，只向人工智能展示脑部扫描结果mzrVn_xF=qU^*,FL。
Using a special language of brain activity the team developed, an image generator called "Stable Diffusion" then trying to recreate what each new photo had shown.
通过利用一种该团队开发的、特殊的大脑活动语言，一种名为“稳定扩散”的图像生成器来尝试重现每张新照片的内容-%&jL+5,v&a!zS4)1Zc+。
Scientists have pursued this for years, but AI makes the difference.
多年来，科学家们一直在向着这个目标努力，但人工智能带来了改变R(DrUqqf_n0。

Here's a giraffe shown to a subject. Now, ready? Here's the image the AI created, and it is sometimes very different between people.
这是给受试者看的长颈鹿0to3xnykxfT7jJ7.V。准备好了吗？这是人工智能创造的图像，有时会与人看到的实际图像区别很大ct)PVJ|2Y)。
Here's the original image of a grassy field, now here's three different versions generated from three different people's brain activity.
这是一片草地的原始图像(Myi[BQd)[L6K。这是三个不同的版本，是由三个不同的人的大脑活动生成的p0Yo^YAeN7)d4[]_f。
Now what you're seeing is a recording of previous scans, not a real-time demonstration.
你看到的是之前扫描大脑的记录，而不是实时演示FO.v6PJ=Fa17@qfGO1。
And this process is slow, it requires an expensive machine and it has to be individually tailored.
整个过程会很慢，需要昂贵的机器，而且必须单独定制6e)c53f=-9aV。
At the University of Texas, another team is learning to pull word sequences using a similar technique.
在德克萨斯大学，另一个团队正在学习使用类似的技术提取单词序列ZU.%pJ~^T!]C88,W。
And a multi-university team last year founded in fMRI tests, these regions of the brain reliably predicted whether a subject leaned liberal or conservative.
去年，一个由多所大学组成的团队在功能磁共振成像测试中发现，大脑的这些区域能够可靠地表明受试者倾向自由派还是保守派k@n0-rcam7i。