Just like how lithium should be red. Just because it's less likely to explode your face open doesn't mean that it's just "not a good idea". It immediately creates pure Lithium Hydroxide, which will immediately start saponifying your mouth, and that's assuming it doesn't immediately light on fire, like the last time I did that experiment.
Very strange, because I can move from this image of PCl5 directly to the honolulu image in the OP and it works just fine. Meanwhile, if I move from there to the "are you not entertained" image, it makes the images go into the page, since they're wall-eyed images.
Yes, I made the second set. I have been looking at the originals since I found them months ago. Here, let's do a test. jmol generated this image as "cross-eyed". Do you agree?
Define "Cross-eyed". I get the impression that your definition is not the same as mine. Cross-eyed viewing is specifically shifting your eyes so that they would be focused on an object closer to you than your screen. Wall-eyed viewing is the term used for shifting your eyes so they would be focused on an object behind your screen. The originals above, as the text in the original NASA photos says, require you to cross your eyes. The images I have posted in this top-level comment require you to look through the screen at the wall. I don't know what else to tell you. You're just wrong. I've been doing this for fifteen years. The US Government has been doing it since the second world war. I think that, given that the current administration is made up entirely of cross-eyed imbeciles, we can probably take their word for it that something is cross-eyed?
But, since just telling you to read the things I have already posted didn't work last time, take a look at the difference between the CrossView and Parallel Viewing (wall-eyed) communities here on Lemmy. If you still don't believe me, I cannot help you.
I promise this isn't a troll. In your case, it may be that your eyes are having difficulty focusing on nonexistent objects. If they're blurry, it's not that your eyes aren't crossing, but rather that they are out-of-focus. Eyes naturally focus the lenses to bring near or distant objects into clarity, but when I was first doing magic eye images a long time ago, it also took me a while to convince my eyes that they needed to focus on the images.
My guess is that, since the actual images are on the screen at distance A, but your eyes are crossing as if they're looking at distance B, your eyes are auto-focusing for objects at B, but the images are still actually at A, so they appear out-of-focus.
Allow me to word it differently: people are salty that the originals posted above are Cross-eyed, so these are wall-eyed (like I said in the image itself.
The images in the top-level comment are distinctly not for cross-eyed viewing, since the originals were cross-eyed.
Did you try the wall-eyed versions below? Those should be smaller on a mobile screen, and many people (myself included) find wall-eyed versions easier.
Since some people are apparently rather salty about these being cross-eyed, despite the fact that that's just how NASA made them, here, special for y'all, a selection:
Hmm, I mean, it works fine for me, but I've been viewing stereo images for 15 years, both wall- and cross-eyed, so YMMV. I'll see if I can quickly edit together some wall-eyed versions of the images for y'all.
You're doing "wall eyed" viewing. These are for "cross-eyed" viewing. "Wall-eyed" means your eyes are focusing at a point behind the image. You need to cross your eyes for these. Try putting your finger in between your screen and your eyes, varying the distance until the dots merge. Then, remove your finger, focusing on the image itself. That should allow for cross-eyed viewing.
You're doing "wall eyed" viewing. These are for "cross-eyed" viewing. "Wall-eyed" means your eyes are focusing at a point behind the image. You need to cross your eyes for these. Try putting your finger in between your screen and your eyes, varying the distance until the dots merge. Then, remove your finger, focusing on the image itself. That should allow for cross-eyed viewing.
Radioactivity will do that.