Now, when you find the bucket, you must do this. Jump in and out 5 times. At that moment, you’ll find yourself in a land of small shrubs, which smell of bread pudding and shoot these links into your eyebrows. Tyler Edlin Mr. Edlin creates worlds. Worlds that play hopscotch with your subconscious and then…

We’ve seen cool 3D projection on objects before, but this is frighteningly cool. It’s another 3DTV installation from Samsung.

It’s not projection so much, as it is a video which run across hundreds of screens mounted to the side of the Beurs van Berlage exhibition and concert hall in Amsterdam. But it’s mapped perfectly to the facade of the 4 story, 19th century structure. This was put up in May, but if you haven’t seen it yet… here it is.

Before you pucker your lips up into your nasal cavity at the sight of something called Smart Components, take a breath. You’ll want to know about them if you haven’t used them already.

Smart Components automatically put features into parts when you mate them into assemblies. They take a little bit to set up, but the results simplify a lot of repetitive modeling and external references. Then there’s the issue of working with them in Large Assemblies. Nothing tells how to man-handle them…

…but you’re in luck. SolidSmack reader, Patrick Girvin, figured out how to trick SolidWorks into obeying your will when it comes to moving, grooving and organizing your Smart Components. Here’s how to do it…

Don’t you dare touch my 3D parts! Oh. you just want to virtually touch them with haptic feedback… nope, that’s still a little out of my comfort zone.

Not so for the researchers at UC San Diego. While they’re not researching researchable research, they’re building cool tech to make it easier. In a recent adventure, they went to Wal-mart, bought a Samsung 3D TV and set it up in the lab with a mirror projecting back into the screen and a Novint haptic feedback controller. The results are a heads-ups VR display that allows direct interaction with the image.

I DARE you. Try to make a million holes in a sheet metal part with whatever 3D design tool you’re using. Go ahead… I’ll wait… anything happen right before your arteries surface to your skin and workstation starts smoking? Most likely, it can’t be done. I’ve never seen it done… till now.

I received a gift via twitter from Blake Courter, co-founder of SpaceClaim. It was an image of a sheet metal part with 1,000,000 holes. Even though it looked real and the image crashed Photoshop when I tried to save it, I wasn’t convinced. I asked him to prove it… and he did.

This video shows the yet unreleased SpaceClaim 2010, and an actual sheet metal part with 10,000 holes. An order of magnitude less, but still impressive. I’m a little more convinced, but can’t wait to spin up SpaceClaim to see the pure hole-punchin’ power it’s capable of.