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Humanity Technology and the use of it.
http://blog.wired.com/images/bionicanimation.html
Billions of dollars are spent on research development
and sales in biometrics, surveillance, implants, electronic skin, digital implants,
robotics for better production of cars and plastic toy’s, and cloning of humans…
Instead of these money being spent on methods
of food production and farming at sea and land, absolute clean car technology,
traffic-pollution management systems, human behaviour interactions to information
technology avoiding printing down South American rainforest
Human Cloning
http://en.wikipedia.org/wiki/Human_cloning
“Electronic implants”
http://www.azom.com/details.asp?ArticleID=529
Extracts of above or is it bellow?
It is this interface between the biological system and
the electronic system that poses the major challenge for scientists in
this area. One of the most promising materials for tackling the problem of biocompatibility is
porous silicon, a form of silicon that is tolerated by the body's immune system.
By contrast, nanostructured
porous silicon (PS) has properties that make it a very promising biomaterial, in particular for sensing devices that
need to be linked to the biological
system
The human body typically responds to contact with
synthetic materials by depositing proteins and cells from body fluids at the
surface of the materials
nanoporous silicon will offer a distinct
advantage over other semiconductors such as gallium arsenide and indium
arsenide. Arsenic and indium induce apoptosis (programmed cell
death) in rat cells in vitro. In addition, cells are sensitive to topological,
chemical and electrical properties of substrates on which they are grown
development of biologically interfaced neural networks, or electronic sensing with signals being
directly sent from a living system to a PS device. Another benefit is that
the optical and optoelectronic properties of PS could allow it to be linked to
a data logger by optical fibres
Such devices
could, for example, receive optical information and convert this to a
biological signal that would be passed into neural tissue
as a substitute ‘sight’ sensation.
which would
correspond to changes in attached cells caused by the presence of chemicals or drugs.
Biomaterials
and Controlling Them with Radio Waves
Researchers can now control DNA biomolecules
with radio waves. The ultimate goal of this work will be to use biological
machines to perform tasks on a molecular scale.
Or
http://www.smart-systems.at/products/products_mobile_communications_compatibility_stf_en.html
|
Susceptibility of electronic implants.
Product Lines ... Investigation of the interactions of electromagnetic
fields with electronic implants. ... |
http://www.guardian.co.uk/Columnists/Column/0,,1714256,00.html
A company in
http://www.guardian.co.uk/Columnists/Column/0,,1714256,00.html
Someone sitting in a control room could fly a tiny drone (some of them
are just a few inches across) equipped with a receiver over the heads of a
crowd and, with the help of our new
identity cards, determine who's there.
http://www.scienceblog.com/community/older/2002/E/2002346.html
Electrodes
implanted in the brain can pick up electrical signals sent back and forth by
nerve cells. The tiny devices -- about a millimeter
long -- are coated with growth factors that encourage brain tissue to grow into
them.
http://www.seeingwithsound.com/retinal.htm
Technically,
The vOICe offers a higher image resolution, up to
several
|
thousand pixels (e.g., 60 by 60 pixels) than the
retinal implants that are currently still under development
http://www.orthosupersite.com/default.asp?page=view&rid=2782
Transducers
in one man’s prosthesis provide orthopedic
researchers with new information about joint motion and implant wear, stresses The
researchers installed electronics and four transducers between two plates in
the tibial portion of this one-of-a-kind knee implant.
http://www.controlyourpain.com/index.asp
The stimulator sends tiny electrical
impulses to the nerves, which mask the pain signals going to the brain.
http://snacksize.com/portfolio/print/science/bionics.html
http://www.ercim.org/publication/Ercim_News/enw48/workshops.html
|
Bionics seeks to transcend our biological nature by replacing biological
parts with artificial ... About the visions of bionics and the
reality right now. ... |
This
fits nicely in to gps maps and telcos
models
http://www.google.se/search?hl=sv&q=gps+map&meta=
and
http://images.google.se/images?hl=sv&q=gps%20map&ie=UTF-8&oe=UTF-8&sa=N&tab=wi
Hmm
Is it not time for a
new id systems with a complete body xray?
I suppose many have
been sleeping very hard for 12 hours maybe not knowing what was in that drink…
“biological signal that would be passed into neural tissue
as a substitute ‘sight’ sensation.
which would correspond
to changes in attached cells caused by
the presence of chemicals or drugs” in aircondition or what?
And
http://images.google.se/images?svnum=10&hl=sv&lr=&q=electronic+skin
Whats next? Earth is flat? What is
human, what is technology and where is the voting and basic feeling about this stunts…
And what is the idea to have half robots walking around without food or
work?
http://corfu.t35.com/corfu1111/35.htm
Email:
Postal letters:
Jan Kajander fiskaregatan 34 391 01 Kalmar Sweden.