add, search, annotate, link, view, overview, recent, by name, random
news, help, about, links, report a problem
browse anonymously,
or get an account
and write.
register,
|
|
|
Right now it seems like everything is becoming available
in "wrap" form. This makes sense, since wraps hold
a lot of good stuff inside while using relatively little surface
material. Similarly, cinnamon rolls & breakfast
cereals have lots of surface area to hold sugar.
I'm ready for over-engineered
food like Japanese
snacks, but without all of the plastic. By using
databases of food properties, a language for
expressing relationships & possibly genetic algorithms,
we could speed up the search for new shapes that maximize the desirable
properties of food.
The goal would be to create a system to find the answer to questions like:
"What shape will give me the greatest number
of crunchy bits (flavored with chili-garlic) that doesn't look
like it was extruded?"
And the system comes back with a deep fried potato
that's been cut into a hyper-omnihedron. Ideally
with the CAD drawing & instructions for the
sous-chef robots.
Or you could ask what materials would be
appropriate for keeping nori dry while keeping
tapioca from dripping.
Research Chefs
http://www.prepared...03/0003reschefs.htm
"Research chefs have both culinary skills and food technology skills. " [hello_c, Sep 22 1999]
USDA Nutrient Database for Standard Reference, Release 13
http://www.nal.usda...nload/sr13dnld.html
Files for Downloading [LoriZ, Sep 22 1999]
Please log in.
If you're not logged in,
you can see what this page
looks like, but you will
not be able to add anything.
Annotation:
|
| |
FEEDmag has a little series of articles about food. |
|
| |
food as atomic building blocks: see Dippin' Dots, "ice cream of the future." discrete bites of ice cream in large gumball-sized packets. to create new flavors, you mix a variety of dots together. |
|
| |
Z Corporation (www.zcorp.com) is
commercializing ``3D printer'' technology
that uses a starch/cellulose powder derived from
potatoes and corn. A repurposed inkjet deposits
``binder'' liquid. After many layers of powder
and binder, you have a complete 3D model. |
|
| |
The models so produced are, in fact, edible
(they taste horrible, though). |
|
| |
They've obviously missed their calling. Instead
of using the lame glue/water binder, they should
fill the inkjet print heads with various artificial
flavors and colors. Then you could create arbitrarily
engineered food. Imagine the possibilities! |
|
| |
I don't think Japanese snacks are over-engineered. Except for the ramen things. |
|
| |