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The new slavery

[note: this page was originally made in 2002 - so many of the links are now redundant]

With biometrics, the user's body itself serves as an "open sesame" function. Over the past few years, biometric researchers have taken a very close look at human beings and have developed a series of recognition techniques. These techniques measure not only the physiological features of faces, irises or hands, for example, but also behavior-related characteristics such as handwriting or voice dynamics. - siemens.com

Just swipe your I.D. card
[ $ ] [ $ ] [ $ ]

for your rights in a cashless society...
[ $ ]

how small is this??? VERY SMALL!!!

or just let the little chip[ $ ][ $ ][ $ ]- in your clothes and property, AND BODY...

supply the puppet masters information on your exact location...

and eventually, everything from your I.D. , credit status...to

past activities... your genetic history and succeptability to disease...

use your imagination...

in a world where the obedient have swipe-id cards...

and all wealth is monitored via RFID

Those who choose to live frugally, or without greed... will be labelled an ENEMY of the corporate state.

They are going to use pattern recognition Systems, [ $ ]

which would force anyone who doesn't want to be locked up, to act like a normal person!!!

Because asking too many questions and disagreeing with

state sanctioned murder is seen as 'odd' behaviour literally!!!

With all this crazy shit going on you have to wonder

about our supposed future evolutionary steps?

slave planet

"The word "robot" entered the vernacular in 1920 when a Czech playwright named Karel Capek used the term to describe his imagined race of artificially produced men. It derives from the Czech word "robotnik," which means peasant or serf."

Computer fear factor in Hollywood By JULIE MORAN ALTERIO, THE JOURNAL NEWS

like, woah! it's super-dude, bro!

metabolic dominance

The return of the futurists [ caution advised ]

transhumanism, neo eugenics and
the return of Nazi 'superman' ideology

with Nanotech
'enhancement' of soldiers...

This is their technotopia for the perfect killing machine

Little tiny robot wars

There is no strict, agreed definition of what constitutes nanotechnology and nanoscience. The terms refer to a range of technologies and processes used to manipulate matter at an extremely small length scale, usually taken to be in the range of 0.1 and 100 nanometres.

(One nanometre is one billionth of a metre. Ten molecules of hydrogen side by side measure approximately one nanometre. A human hair is approximately 80,000 nanometres wide.)

Broadly speaking, nanoscience refers to the study of the manipulation and assembly of matter at the atomic or molecular level, whereas nanotechnology is taken to be the application of nanoscience to create products and processes. - UK Parliament Select Committee on Science and Technology Fifth Report

the coming war inside?
"Examples of payoffs may include improving work efficiency and learning, enhancing individual sensory and cognitive capabilities, revolutionary changes in healthcare, improving both individual and group creativity, highly effective communication techniques including brain-to-brain interaction, perfecting human-machine interfaces including neuromorphic engineering, sustainable and "intelligent" environments including neuro-ergonomics, enhancing human capabilities for defense purposes, reaching sustainable development using NBIC tools, and ameliorating the physical and cognitive decline that is common to the aging mind."

MUST READ: Converging Technologies for Improving Human Performance .pdf file Nano-technology and international security-paper by Mark avrum Gubrud

This fantastic technology could apparently be used for such Good reasons.

But will we all live long enough to benefit?

Will what we become be classified as a LIFEFORM? Or a technology?

Will we ourselves become an upgradable entity?

With the enforced 'choice' of plugging yourself into a prescribed version of reality...

with constantly upgrading, symbiotic, hi-tech remoras

that tie us into the corporations GRID

Communicating with computers through the power of thought.

binary= on/off

no choice in your future = pre-determinism on a Molecular level = BIO-BANK

Scientists build tiny computer from DNA

Instead of using figures and formulas to solve a problem, the microscopic computer's input, output and software are made up of DNA molecules -- which store and process encoded information in living organisms.

Scientists see such DNA computers as future competitors to their more conventional cousins because miniaturization is reaching its limits and DNA has the potential to be much faster than conventional computers.

"We have built a nanoscale computer made of biomolecules that is so small you cannot run them one at a time. When a trillion computers run together they are capable of performing a billion operations,"Professor Ehud Shapiro of the Weizmann Institute in Israel told Reuters on Wednesday.

It is the first programmable autonomous computing machine in which the input, output, software and hardware are all made of biomolecules.

Although too simple to have any immediate applications it could form the basis of a DNA computer in the future that could potentially operate within human cells and act as a monitoring device to detect potentially disease-causing changes and synthesize drugs to fix them. - source

Molecular Computer Runs a Billion Simultaneous Programs

A new version of a biological computer has been built that can run up to a billion different programs simultaneously.

The computer, developed at the Technion-Israel Institute of Technology, is made entirely of DNA molecules and enzymes.

It is an improvement over a previous version built three years ago by scientists at Technion and Israel's Weizmann Institute of Science.

That version was limited to 765 simultaneous programs.

Autonomous computing

Unlike today's widely used computers, biological computers can simultaneously carry out many complex operations rather than process information only linearly—one computation at a time.

To date, however, biological computers have tended to require human intervention to analyze and decipher results. Researchers still needed to do such things as separate and sort molecules according to size.

Besides running more simultaneous programs than other molecular computers, the new computer also processes calculations from beginning to end without human assistance.

"A final innovation is the incorporation of a gold-coated chip, which allows simple, real-time readout of the results," says lead researcher Ehud Keinan. betterhumans.com

watching and controlling through fear

Will we eventually be locked-in from the inside of our brains...looking out...

robotic slaves being remotely activated, through genomic operating Systems,

into work / leisure programs controlled via a global satellite System?

a total control System

observe the 'paedophile' scaremongering
as an excuse to experiment
a satellite run global penal control System

Will we become just a pair of terrified eyes staring out of controlled flesh

....or, is that already happening?

Will we just end up serving a collective man / machine insectoid slave planet System ???!!!

Will humankind reach the point of 'singularity'? [ $ ]

What happens if we politely REFUSE this brave new world...

and just want to be plain old soft feeling and thinking HUMAN BEINGS????

Within thirty years, we will have the technological means to create superhuman intelligence. Shortly after, the human era will be ended. Is such progress avoidable? If not to be avoided, can events be guided so that we may survive? Vinge, Vernor: The Singularity

Those who remain as pure humans and refuse to improve themselves will have a serious handicap. They will constitute a sub-species and be the chimpanzees of the future.

The Nano-Nightmare

Do any of us have any real choice in all this???

AND YOU THOUGHT WINDOWS 98 WAS BAD?!!!

Its not funny you know!!!!

imagine the nervous diseases you could contract...

through untested or just deliberately bug ridden operating systems.

WHICH VIRUSES WILL BE MORE DEADLY, BIOLOGICAL OR CYBER?

WILL THERE BE ANY DIFFERENCE?

Will we be made to continuously upgrade?

What happens when we don't or are not allowed to?

MORE IMPORTANTLY...

WHAT HAPPENS WHEN WE CRASH!!!

Feel safe?

ask yourself what year are you living in? do we actually know?
take a look at the article below...the date for the earliest humankind is in
constant flux because historical data is being
found, controlled and used politically

THE ROSSETTA STONE - Key to the ancient world - Symbol of the control of knowledge by an Empire

The Rosetta Stone was carved 196 B.C. with two languages (Egyptian and Greek) using three scripts (hieroglyphic, demotic and Greek). It is written in three scripts because when it was written, there were three scripts being used in Egypt.

The first was hieroglyphic which was the script used for important or religious documents. The second was demotic which was the common script of Egypt. The third was Greek which was the language of the rulers of Egypt at that time. The Rosetta Stone was written in all three scripts so that the priests, government officials and rulers of Egypt could read what it said. The Rosetta Stone is a text written by a group of priests in Egypt to honour the Egyptian pharaoh. It lists all of the things that the pharaoh has done that are good for the priests and the people of Egypt.

The Rosetta Stone was found in 1799 by French soldiers who were rebuilding a fort in Egypt. It was named for the town it was found in, Rosetta (Rashid).

After many years of studying the Rosetta Stone and other examples of ancient Egyptian writing, Jean-François Champollion finally deciphered hieroglyphs in 1822. - themage.net

The decree is inscribed on the stone three times, in hieroglyphic (suitable for a priestly decree), demotic (the native script used for daily purposes), and Greek (the language of the administration). The importance of this to Egyptology is immense. Soon after the end of the fourth century AD, when hieroglyphs had gone out of use, the knowledge of how to read and write them disappeared. In the early years of the nineteenth century, some 1400 years later, scholars were able to use the Greek inscription on this stone as the key to decipher them. Thomas Young, an English physicist, was the first to show that some of the hieroglyphs on the Rosetta Stone wrote the sounds of a royal name, that of Ptolemy. The French scholar Jean-François Champollion then realized that hieroglyphs recorded the sound of the Egyptian language and laid the foundations of our knowledge of ancient Egyptian language and culture.

Soldiers in Napoleon's army discovered the Rosetta Stone in 1799 while digging the foundations of an addition to a fort near the town of el-Rashid (Rosetta). On Napoleon's defeat, the stone became the property of the English under the terms of the Treaty of Alexandria (1801) along with other antiquities that the French had found. - the british museum

excerpt from The Universal Museum

Gareth Binns (The British Museum) - The institute of Historical research

Across the country there are many examples of history teachers working with museum staff, undertaking visits and projects, and museum education teams very open to working with teachers to run special projects or visit experiences. What does a museum experience offer history teachers and students? First, the collections: they are rich, they are deep, they concern real objects and real research. Second, there is the opportunity for access to experts, both audience experts and subject matter experts. Next is the physical experience of the museum, its environment and the kind of the facilities that it can offer. Fourth are cross-curricular opportunities - I think that if my colleagues wanted me to press one point home today it would be the cross-curricular value of museums. It is something we are able to do well within Key Stage 2 although it can become harder at Key Stages 3 and 4 and with further education groups. Many museums are iconic in terms of their subject matter: British Museum - Classical civilizations, Imperial War Museum - Holocaust and WW2, National Maritime Museum - Trafalgar, and so on. Tracy Borman mentioned the hybrid history GCSE, and on 21 March 2005 the British Museum is hosting a conference run by the Qualifications and Curriculum Authority (QCA), Oxford, Cambridge and RSA Examinations (OCR) and the Group for Education in Museums (GEM) to begin to develop that kind of approach with vocational history learning and vocational elements of history. Lastly within what the museum experience can offer is the quality of networking and ubiquity - the first of my facets of the universal museum. That is to say that in the UK, I believe teachers and students have almost unparalled access to a range of collections, resources and knowledge - a twist on the notion of the single universal museum. There are many types of museums. Some network together very well, some not so well, and there are now hubs in the regions with dedicated education staff and organisations to work through, such as GEM and the Campaign for Learning in Museums and Galleries. Our job is increasingly to work together better and to turn that depth of collections and knowledge across the UK into real learning opportunities.

The second area to which I would like to apply the idea of the universal museum is that of new technologies. Museums have been particularly busy in digitising content, and are now beginning to think more intently about how to use that digitised content for learning purposes. In 2002, the number of virtual visitors to UK museums overtook the number of physical visitors.

There is currently a wide range of highly innovative projects underway across UK museums, including CD/DVD initiatives, video conferencing, digital image and asset capture, PDAs, wireless technologies, white board teaching, 3-D visualisation, and so on. Museums are being highly innovative in the use of digital technologies and are very open to working with organisations and individuals to develop ideas. However, it does raise questions for us about the real and virtual, and about the role of objects. It challenges us with space and time, where people learn, how they learn and why they learn, and it challenges the engagement with visitors.

But is also allows our collections and exhibitions to be more permeable. If I go and stand this morning at the Rosetta Stone I can see crowds packed around it, but I have no idea what they are thinking about, how they are relating to that object or not. But we are beginning to use digital technologies and digital 'graffiti projects', as we are calling them, to capture people's ideas, thoughts and reactions to things. Digital technologies will revolutionise the way museums exhibit and engage with their audiences, and the Holy Grail for this is interactivity. Far from threatening the notion of the Universal Museum, technology will I believe, support, extend and re-engineer it, in ways we can as yet only guess at.

Doubt cast on age of oldest human art

11:00 18 April 2003 Exclusive from New Scientist Print Edition Jenny Hogan

If the rock art in the Chauvet cave is 30,000 years old, it is the most ancient example of human art in existence and the implications for the evolution of culture are immense. This date is accepted and celebrated by archaeologists. But could it be wrong?

"I would be astounded if this date proves to be correct," leading archaeologist Paul Bahn says now. "It flies in the face of all we know about ice-age art." He has reignited the debate about the age of the paintings at Chauvet by questioning the science that says they are so old. The controversy is currently dividing the archaeology community.

The Chauvet cave was discovered in a valley in southern France in 1994. Its walls are a spectacular gallery of prehistoric art and the depictions of wild animals - rhino, lions and bison among others - are so sophisticated that specialists in ice-age art first assumed they must be relatively recent. Certain features, such as animals shown face on, also suggested that the cave paintings were about 15,000 years old.

But a few months later, tiny samples of black charcoal were scraped from some of the pictures and sent away for radiocarbon dating. The date that came back from the Laboratory of Climate and Environmental Science (LSCE) in Gif-sur-Yvette, France, shocked everyone. It suggested that the paintings dated to the very beginning of the Upper Paleolithic era, around 30,000 years ago (New Scientist print edition, 13 July 1996).

Picasso or Michelangelo

People are generally wary of stylistic dating, explains Paul Pettitt, an archaeologist at the University of Oxford. So once the more "scientific" radiocarbon results were available, most researchers dismissed the more recent date suggested by the paintings themselves.

Instead the carbon data was used to support the revolutionary theory that sophisticated art developed extremely rapidly once modern humans arrived in Europe, and archaeologists who thought culture evolved over millennia were sidelined.

There is good reason to doubt chronologies based purely on style, admits Chris Witcombe, an art historian at Sweet Briar College in Virginia. He explains the difficulty with an analogy: "Imagine you are living in the distant future and only two objects survive from a lost and forgotten past: a painting by Picasso and a painting by Michelangelo. Which is the earlier work and which the later?"

But archaeologists must also be wary of radiocarbon dates, argue Pettitt and Bahn in a paper that appeared in Antiquity last month. Bahn's suspicions were aroused when he translated the latest coffee-table book on the Chauvet cave into English. Around 30 radiocarbon ages are presented in this book, but the measurements were all made at the same French laboratory. Using results from only one team, however skilled, just is not scientific, says Bahn.

Black dot

Worse, the same laboratory is currently embroiled in an argument over the age of the artwork in another cave, Candamo in Spain. They dated black dots on its walls to 30,000 years ago, but Geochron Laboratories in Cambridge, Massachusetts, estimated the age of a second sample to be just half that.

The point is that carbon dating rock art is difficult. Because the samples tend to be incredibly tiny, it is difficult to measure the number of carbon-14 atoms relative to other carbon isotopes - the key ratio for pinning down the age.

"Everybody agrees there are problems," says Marvin Rowe, who heads a radiocarbon-dating lab at Texas A&M University in College Station. Contamination from groundwater or rock scrapings may further confuse the results.

Jean Clottes, the archaeologist at the French Ministry of Culture who led the team exploring the cave, stands by his Chauvet results. But he has agreed to send Rowe a sample of charcoal from the cave floor, so that they can compare their results. This is crucial, says Pettitt. "We are not saying the dates are necessarily incorrect, but they need to be checked." - newscientist.com

what year is it?...21st century? why? because the Roman Empire nailed a freedom fighter to a cross when he was in his 30's?

to find the exact year ...The amount of times the earth has travelled around the sun would have to be calculated

and most importantly - the method and apparatus for doing this would have to be trustworthy

bearing in mind the computerised Database state we are entering...can you be sure to trust a technology that might get it all as badly wrong as some early carbon dating techiniques have been? Does the term 'fully developed' actually mean anything in a technological context...considering we are evolving and changing constantly

or is the real aim of such measument and database access control, to prevent your capacity to use your human potential for innovation, change, growth & learning?

Are YOU the experiment?

make up your own mind...

remember: IBM helped to develop a punch card machine for the Nazi state consensus

IBM and Philips Team Up in Radio Tags

DNA fingerprinting and the Database.

we know where you live...and what you're made of...and what diseases you are prone to...

So...which freedom do you prefer?

 

 

 

Captain Wardrobes

Down with Murder inc.