IN THE HOSPITAL Cole

spent most of his time in his room
the pills for 'the voices and visual "hallucinations"" made him sick and tired and hungry
they made his body writhe and flinch

eventually he made his way out of the room
it was important
the Dr said for him to "join the community"

mainly he watched television in "day room"

one night a nurse he had befriended brought a DVD of an old TV movie.
"Safety in Umber"
he had heard tales of the story concerning the book "Safety in Umber"
it was sort of an urban legend
how a studio was shut down because of it,supposedly because the film company was placing some type of"secret" code system in their films

"Safety in Umber" concerned some type of conspiracy perpetrated by some corporation or group trying to take over ,take over the world or something
the entire premise was laughable

the group in the book and the tv movie had  created their own style of governing
which began by getting families together to raise their children in a certain way
"the Way"would become commonplace in the decades to come
.the "group" with connections far and wide would see to it.

this "new world" is set in the near future  or the TV movie's idea of the near future in the 1970's
alot of white robes  and gold leaf
besides the awful costumes the future according to "safety in Umber" also concerns
 suppositions of Collective Mind Communication and something called the Endless Possibilities Program
 a silly movie, poorly shot ,the film stock and production values so bad that for no reason the colors would change mid frame.bad acting ,horrible music...

In the midst of this idiocy there is a boy brought up Umber style who happens to be  named Cole .

Cole grows up to a writer.A writer against "the Umber style"
A RUINER,he is called

just when you think he and some advocates have won this ridiculous "battle"over subversion or suppression .
out of nowhere a blonde named Josie  appears and  pokes the actor named  Cole's eyes out
as according to the blonde who vaguely..NO not vaguely looked like Cole's own mother says  "he cannot see the beauty he has tried to destroy."
It made about as much sense as the rest of the movie which ended abruptly with some type of joyous
celebration set to the music of some 1970's ideas of futuristic pop music.

"did you like the picture?"the nurse asked Cole when it was through

Cole nodded his head, groggy from the meds
"did you GET the picture?" she asked,making her fingers form some gesture of poking.As if she was going to poke out his eyes.

That didn't just happen/he thought returning to his room,deciding he would check out the next day.
he wasn't really hearing voices anymore nor seeing things.

Or that's at least what the nurse ,he thought ..(and to whom it would become more clear as time went on .
and as time ..all but stopped for Cole Cohen )
the nurse.
was .
implying with her gesture.

inertial imaging and the nanoelectromechanical systems (NEMS) resonator

April 30 2015 -Paul Mulvaney -Nature Nanotechnology

Concerned that nano scaled biotech can be introduced into a human organism to manipulate another's perceptions ,cognitions and emotions scientists invented a new method to image single molecules .The  nanoelectromechanical system (NEMS) resonator  uses vibration to simultaneously reveal the mass and the shape of a single molecule - a feat which has not been possible until now.  

                

 

(IMAGE: Mathematics Professor John Sader

Credit: Photo: Peter Casamento)

 
The work of  creating  a microscopic tool, more than 1000 times thinner than the width of a single human hair was led by Professor John Sader at the University of Melbourne's School of Mathematics and Statistics .
Prof Sader says this technique revolutionises molecule detection for biologists and those involved in all fields that require  measurement of  extremely small objects or devices.

"One standard way to tell the difference between molecules is to weigh them using a technique called mass spectrometry. The problem is that different molecules can have the same weight. Now, we can tell them apart by identifying their shape," Prof Sader said.
"This technology is built on a new mathematical algorithm that we developed, called inertial imaging. It can be used as a diagnostic tool if you're trying to identify, say, a virus or a bacteria particle."
In mass spectrometry, molecules are ionised (or electrically charged) so that an electromagnetic field can interact with them. This interaction is then measured, which gives vital information on the molecule's mass-to-charge ratio.

"You can imagine situations where you don't know exactly what you are looking for, where you are in discovery mode, and you are trying to figure out the body's immune response to a particular pathogen, for example," Prof Roukes said.
"This new technique adds another piece of information to aid our identification of molecules, but now at the single molecule level, which could prove useful in biomedical applications, among other uses."
 Co-authors on the Inertial imaging with nanoelectromechanical systems paper include Mehmet Selim Hanay, Scott Kelber of Caltech and Cathal D. O'Connell and Paul Mulvaney of the School of Chemistry and Bio21 Institute at the University of Melbourne.
The work was funded by a National Institutes of Health Director's Pioneer award, a Caltech Kavli Nanoscience Institute Distinguished Visiting Professorship, the Fondation pour la Recherche et l'Enseignement Superieur in Paris, and the Australian Research Council grants scheme.