Limited Edition Handset 2-color Monographs

Bulboscity: (1) The state of being bulbous, or (2) being enmeshed in a matrix of bulbaceousness.

Bulboscity in Stasis	How it will affect YOU
The Indicators:	Relative Weights:
⇒Blimp-like, luminescent bulbs at the edge of the tone.	⇒Technological Bulbosicty
⇒Globular sonorities in the back rooms of the brillig zone.	⇒Indicators two and three culminate in
⇒Increasing bulboscity in random parallel nodes.	⇒cunning displays of bombast and catnaps.
⇒Bulbous, flapping bundles of joy plop down on matterman abodes.	⇒Local transit systems, and tenets of faith, are strained in the hubbub.
⇒ A profusion of pop-off spanning our bright, bulbaceous cores.	⇒Bumperstickers abound, proclaiming I♥MY CONFUSION.
⇒Battalions of bozos playing grown-up, now, on rolling, silent shores.	⇒Policy decisions reflect attitudes inimical to bubbles bursting.

Only thirty of these hand-set, hand-printed 8"x10" pieces still exist. {Click on Read More for more information.} Bulboscity in Stasis, along with the original Straight Facts About Flapping postcard are the precursors to the opus, Flapping, now available in limited edition as well.

And for more state-of-the-art poetry, be sure to visit the [tasteless] Haiku Tree at instrumentality.com.

Arsole Molecule from Wikipedia.             

Arsole is a chemical compound of the formula C4H5As. The structure is like pyrrole except that an arsenic atom is substituted for the nitrogen atom and that arsole is only mildly aromatic. Arsole itself does exist but is rarely found in its pure form. Several substituted analogs called arsoles also exist.

When arsole is fused to a benzene ring, this molecule is called benzarsole.

Furthermore, we can observe its profound effects on human beings when detected.  Scientists believe there may even be a cure in the future for those afflicted..

The almost all-analogue synth studio, with cat (mars kitty, in bubble at lower right) circa 2002. Click on picture to enlarge.

Phat props to M.C. Escher as well.

Here is a video of Mars:

This image, taken with the Hubble Space Telescope in 1995, shows evaporating gaseous globules (EGGs) emerging from pillars of molecular hydrogen gas and dust. The giant pillars are light years in length and are so dense that interior gas contracts gravitationally to form stars. At each pillars' end, the intense radiation of bright young stars causes low density material to boil away, leaving stellar nurseries of dense EGGs exposed. The Eagle Nebula, associated with the open star cluster M16, lies about 7000 light years away. The pillars of creation were imaged recently by the orbiting Chandra X-ray Observatory, and it was found that most EGGS are not strong emitters of X-rays.