It uses a pressure sensitive adhesive to do it.

Here you see the machining, the milling of a block of acrylic.

And you can see the photoetched brass detailing, and the painted acrylic facade.

And this is a sheet of acrylic infused with colorless light diffusing particles.

Here's the eye with the opaque lens, the opaque lens extracted and an acrylic lens inserted.

This has inspired the design of the first self cleaning dry adhesive the patent issued, we're happy to say.

And I'm really pleased to report to you today that the first synthetic self cleaning, dry adhesive has been made.

These tuned structures allow the spines, friction pads and ultimately the adhesive hairs to grab onto very challenging, difficult surfaces.

Well I'm really excited today to show you the newest version of a robot, Stickybot, using a new hierarchical dry adhesive.

There is a phallus, clear acrylic phallus, with a camera and a light source, attached to a motor that is kind of going like this.

And here's the simplest version in nature, and here's my collaborator Ron Fearing's attempt at an artificial version of this dry adhesive made from polyurethane.

In 2016, the State Post Bureau published a report stating that approximately 780 million items were delivered by express couriers during the 2015 Singles Day period (November 11 16), with more than 3 billion woven bags, 9.922 billion packaging cartons, and 16.985 billion meters of adhesive tape used. The length of adhesive tape used could go round the equator 425 times.

And now it can go on other surfaces because of the new adhesive that the Stanford group was able to do in designing this incredible robot.

What this means is that, while regular acrylic only diffuses light around the edges, this one illuminates across the entire surface when I turn on the lights around it.

And just recently we've made a breakthrough, where we now believe we're going to be able to create the first synthetic, self cleaning, dry adhesive. Many companies are interested in this.

In fact, the fiscal union proved to be explosive rather than adhesive. As international capital markets developed in the early nineteenth century, state governments borrowed on a large scale, quickly turning them from creditors into debtors.

It's two resins that are, sort of, in and of themselves neither of which can make glue, but when you put the two together, something happens. A bond takes place, and you get this very strong, powerful adhesive.

The purchasing potential of enterprises in this sector has been significantly affected in important areas including access to the full colour range of tempera, oil and acrylic paints and materials for grounds and other purposes, as they must be obtained from Europe.

Likewise, the chemical manufacturer Kureha ( 130 billion in annual sales) has a 70 share of the global market for adhesive materials for lithium ion batteries a small but essential component of cell phones. Nokia in Finland, for example, imports 12 of its cell phone components from Japan, and thus could be indirectly affected by the disaster.