modern12vshades

AWESOME MONEY MAKER! You will get 50 totally flexible and comfortable bioflex belly rings in a mix of 6 popular colors. Each Piece is ultra violet sensative and comes with a 7/16" curved barbell in 14 gauge. The curved barbell is crafted in an ultra flexible variation of bioflex that is the most comfortable in the industry. The balls are made of acrylic. Each barbell has one 5mm ball on top and one 8mm ball on bottom. Each piece is brand new and ready to sell - These are extremely popular and extremely profitable. You know that each barbell retails for $4.00 to $7.00 OR MORE - Now buy 50 pieces for almost nothing! THATS WAY MORE THAN 1000% profit! Each belly ring features: -11.1mm barbell (7/16") crafted in authentic flexible bioflex. -Standard 1.6mm gauge (14 gauge) - Most popular in the industry. -Two matching designer acrylic balls 5mm and 8mm

Will be on organic cotton tee from American Apparel.

As far as it's organic cotton tees, you can suggest the one you like or know - to us. We will look into it, and even it's somehting we've already looked at we will look into it again.

Color boxes indicates that 'font's color will be available in these colors, althought it's not decided completely - and will remain flexible upon requests and popularity.

The line came out of real life situation, out of everyday work, operation, and management situation at one of those green, eco retailers - and we came to like it and decided to put on tees. This also helped our decision to put 'Tee with Cause, Tee with Ideas' Series out.

Some people said there is a room, surely, for this kind of tee. So we try. [We need to run bit more public test on this one! L! don't forget!.]

We wanna hear your opinions. [our tag would include 'feedback/communicate' kind of message in.]

[Note: entire line would be fitting in from 15/14- 12.8cm width, is current idea, we need to run public test with this size printed out. ]

+ How to 'really' work on color variations:
1. At this point first just can say red, green, navy blue kinds,
2: And we have to build up the section for natural color dyes, inks, and get the idea from there, which are the really worthy colors to be used for natural, eco tees.

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+ In the context of 'popularization of applications of computation' - I wish this was the slogan, say came with Berkeley Free BSD. 'Free or Die' is very stylish and very good, but it sounds like only for few talented and lucky ones who were able to be around UNIX machines and such environments. If they've worn the slogan like this, then that might have been - [Not that I know enough about Berkeley Free BSD people - at that slogan's time. - hey, but we may know someone.]

Sometimes I don't know 'geeks' those days were running towards people, or rather always lived in caves and sometimes came around and showed off their stuff - and ran back to the caves.

(So more questions is then who came to the idea - that they might be able to 'run' towards people - on what grounds (business, DTP, education? - or Engelbart like dream and passion?) and started that runs. We need these kind of analysis surely developed about the history of 'popularization of application of computation'. Otherwise, we aren't thinking or reading at all.)

I wondered about this so long, as I walked around Telegraph, Durant, Bancroft - Shattuck, Hearst, Euclid - and MLK and Derby.

Everytime I had a chance to be in used books store and had some intellect left - I wanted to find a small booklet which - sharply - pinpoints to this issue and debunk all the myth and soundbites, and fuzzy haze we all got about 'computers' and 'internet' and 'web'.

I wished so hard someone already had the answers. Someone wrote the book about all that happened. But no. Much of those books were very limited, doesn't really have focus on constructing entire context on which people can really think about 'applications' - what supposed to be possible, or 'can be made possible' - or just a dreams - illusions.

Alan Kay is the only person I know who kind of talks about these issues - in very fast and often very 'fast' ways - so actually we don't get concrete 'grips' of the issues. I believe he knows those details and concrete infos but he just doesn't get to write them down or talk them down.

So who thought 'populatization of computation gadgets' among general population - would be meaningful - in what ways? and how many different 'camps' and positions existed there and how all they went.

When he talks of necessity of history of computer sciecen to be written (in OLPC mailing list, decrying about today's yonger generation hackers and geeks utter ignorance or shallow 'camp' mentalities) -

I believe he includes this issue as a part of the story. Engelbart said 'everyone got to work more collaboratively.' And I don't know what Xerox Parc was at - probably had many different inclinations and ideas, without real sorting platform building, just everyone had different whims and ideas, day by day. (it was such a diverse place.)

And then Kay was there at when Apple got the some idea about this. Engelbart was there too. Steve Jobs didn't get any of the visions researchers had. Only took GUI thing,
didn't have any intellectuality or senses to get the ideas. He only took eye candies...

And I only read Engelbart's - nearly screaming - lines about how it was not supposed to go this way say 10 years, 20 years later. And Alan Kay kind of agrees to this but he is with kids. (Only account is that via Howard Rheingold that Alan Kay thought Engelbart's stuff is too complex -...)

And Alan Kay talks in Japan that 'revolution may not arrive in the time span we are still alive. That's going to happen in maybe in the middle of this century.' [I don't know it's a mistranslation or he slipped his tongue or what. In English domain, by so far, I haven't hear

From Wikipedia;

Turtles are reptiles of the Order Testudines (all living turtles belong to the crown group Chelonia), most of whose body is shielded by a special bony or cartilaginous shell developed from their ribs. The Order Testudines includes both extant (living) and extinct species. The earliest known turtles date from 215 million years ago,[1] making turtles one of the oldest reptile groups and a more ancient group than lizards and snakes. About 300 species are alive today, and some are highly endangered.

Turtles cannot breathe in water, but they can hold their breath for various periods of time.

Like other reptiles, turtles are "cold-blooded" (or poikilothermic — "of varying temperature"[2]). Like other amniotes (reptiles, dinosaurs, birds, and mammals), they breathe air and do not lay eggs underwater, although many species live in or around water. The largest turtles are aquatic.

The largest chelonian is the great leatherback sea turtle, which reaches a shell length of 200 cm (80 inches) and can reach a weight of over 900 kg (2,000 lb, or 1 short ton). Freshwater turtles are generally smaller, but with the largest species, the Asian softshell turtle Pelochelys cantorii, a few individuals have been reported up to 200 cm or 80 in (Das, 1991). This dwarfs even the better-known Alligator Snapping Turtle, the largest chelonian in North America, which attains a shell length of up to 80 cm (31? in) and a weight of about 60 kg (170 lb).

Giant tortoises of the genera Geochelone, Meiolania, and others were relatively widely distributed around the world into prehistoric times, and are known to have existed in North and South America, Australia, and Africa. They became extinct at the same time as the appearance of man, and it is assumed that humans hunted them for food. The only surviving giant tortoises are on the Seychelles and Galapagos Islands and can grow to over 130 cm (50 in) in length, and weigh about 300 kg (670 lb).[3]

The largest ever chelonian was Archelon ischyros, a Late Cretaceous sea turtle known to have been up to 4.6 m (15 ft) long.[4]

The smallest turtle is the Speckled Padloper Tortoise of South Africa. It measures no more than 8 cm (3 in) in length and weighs about 140 g (5 oz). Two other species of small turtles are the American mud turtles and musk turtles that live in an area that ranges from Canada to South America. The shell length of many species in this group is less than 13 cm (5 in) in length.


Neck folding
Turtles are broken down into two groups, according to how they evolved a solution to the problem of withdrawing their neck into their shell (something the ancestral Proganochelys could not do): the Cryptodira, which can draw their neck in while contracting it under their spine; and the Pleurodira, which contract their neck to the side.

Most turtles that spend most of their life on land have their eyes looking down at objects in front of them. Some aquatic turtles, such as snapping turtles and soft-shelled turtles, have eyes closer to the top of the head. These species of turtles can hide from predators in shallow water where they lie entirely submerged except for their eyes and nostrils. Sea turtles possess glands near their eyes that produce salty tears that rid their body of excess salt taken in from the water they drink.

Turtles are thought to have exceptional night vision due to the unusually large number of rod cells in their retinas. Turtles have color vision with a wealth of cone subtypes with sensitivities ranging from the near Ultraviolet (UV A) to Red. Some land turtles have very poor pursuit movement abilities, which are normally reserved for predators that hunt quick moving prey, but carnivorous turtles are able to move their heads quickly to snap.

Turtles have a rigid beak. Turtles use their jaws to cut and chew food. Instead of teeth, the upper and lower jaws of the turtle are covered by horny ridges. Carnivorous turtles usually have knife-sharp ridges for slicing through their prey. Herbivorous turtles have serrated-edged ridges that help them cut through tough plants. Turtles use their tongues to swallow food, but they cannot, unlike most reptiles, stick out their tongues to catch food.


Shell
The upper shell of the turtle is called the carapace. The lower shell that encases the belly is called the plastron. The carapace and plastron are joined together on the turtle's sides by bony structures called bridges. The inner layer of a turtle's shell is made up of about 60 bones that includes portions of the backbone and the ribs, meaning the turtle cannot crawl out of its shell. In most turtles, the outer layer of the shell is covered by horny scales called scutes that are part of its outer skin, or epidermis. Scutes are made up of a fibrous protein called keratin that also makes up the scales of other reptiles. These scutes overlap the seams between the shell bones and add strength to the shell. Some turtles do not have horny scutes. F

AWESOME MONEY MAKER! You will get 100 totally flexible and comfortable bioflex tongue rings in a mix of popular colors. Each Piece is ultra violet sensative and comes with a 5/8" straight barbell in 14 gauge. The straight barbell is crafted in an ultra flexible variation of bioflex that is the most comfortable in the industry. The balls are made of acrylic. Each barbell two 4mm balls.Each piece is brand new and ready to sell - These are extremely popular and extremely profitable. You know that each barbell retails for $4.00 to $7.00 OR MORE - Now buy 50 pieces for almost nothing! THATS WAY MORE THAN 1000% profit! Each tongue ring features:-16mm barbell (5/8") crafted in authentic flexible bioflex.-Standard 1.6mm gauge (14 gauge) - Most popular in the industry.-Two matching designer acrylic balls