 Hey, it's Ben Popper here with The Verge. I'm checking out the Fizzix. It's a new gadget that helps anyone create the perfect pour, get that foam head on top of your beer as if it was coming right out of the draft. So you put in a bottle or a can, and this uses a medical grade sound wave oscillator and a very specific and controlled flow to give you bubbles under 30 microns, which apparently improves mouthfeels. You can see it's got a little bit of foam, but when I'm really ready for my head, I back this off and I straighten out. Now I go backwards, and now I'm getting on top. Some sweet, sweet foam. These are tiny, really tightly packed bubbles, and the idea the inventors had was to use that sound wave oscillator and keep the bubbles as small as possible, under 30 microns. I don't know what a micron looks like, but it definitely improves the flavor. I think this is a Miller Lite, which is a pretty classy beer. Oh yeah, tastes expensive now. So I've probably had four or five beers at this point. It's almost 4 or 15 in the afternoon, and the difference is usually that it's kind of creamier, smoother, there's more of a sort of aroma, and the beer is generally a little bit less kind of acrid and sharp. And I would say it makes a good beer taste kind of great, and a pretty bad beer tastes pretty good. So the physics just kicked off its Indiegogo campaign. If you are one of the early backers for the crowdfunding, you can get it for around $119, and then when it goes to retail, the goal is to sell it for about $199. I have to say, as a guy who drinks a lot of beer, this would definitely elevate my home game without hurting my budget. Can I tell the difference between a beer that was poured from here and a handpour? Absolutely. Does it make this Miller Lite so fantastic that I would drink it regularly? Probably not.
 Hey, it's Ben Popper here with The Verge.
 I'm checking out the Fizzix.
 It's a new gadget that helps anyone create the perfect pour, get that foam head on top
 of your beer as if it was coming right out of the draft.
 So you put in a bottle or a can, and this uses a medical grade sound wave oscillator
 and a very specific and controlled flow to give you bubbles under 30 microns, which apparently
 improves mouthfeels.
 You can see it's got a little bit of foam, but when I'm really ready for my head, I back
 this off and I straighten out.
 Now I go backwards, and now I'm getting on top.
 Some sweet, sweet foam.
 These are tiny, really tightly packed bubbles, and the idea the inventors had was to use
 that sound wave oscillator and keep the bubbles as small as possible, under 30 microns.
 I don't know what a micron looks like, but it definitely improves the flavor.
 I think this is a Miller Lite, which is a pretty classy beer.
 Oh yeah, tastes expensive now.
 So I've probably had four or five beers at this point.
 It's almost 4 or 15 in the afternoon, and the difference is usually that it's kind of
 creamier, smoother, there's more of a sort of aroma, and the beer is generally a little
 bit less kind of acrid and sharp.
 And I would say it makes a good beer taste kind of great, and a pretty bad beer tastes
 pretty good.
 So the physics just kicked off its Indiegogo campaign.
 If you are one of the early backers for the crowdfunding, you can get it for around $119,
 and then when it goes to retail, the goal is to sell it for about $199.
 I have to say, as a guy who drinks a lot of beer, this would definitely elevate my home game
 without hurting my budget.
 Can I tell the difference between a beer that was poured from here and a handpour?
 Absolutely.
 Does it make this Miller Lite so fantastic that I would drink it regularly?
 Probably not.