Ѧnoubis ♆ schrieb:Sagt mal bitte. Hat jemand von Euch schon etwas über sich selbst reparierende PC´s gehört?
Falls jemand andere Suchmaschinen benutzt als Kopernik und Google...Wäre für Links dankbar.
VG, Anoubis
Hallo Ѧnoubis ♆!!
Und hier ist nun der Artikel über diesen Super PC!!
Sicherlich haben DIE ihn erfunden, hat ja nur ca., drei Jahre gedauert ihn zu entwickeln aus materialien,... von denen wir noch nix gehört haben. Und das es Alien Technologie ist, .. ist nicht drin oder?
[Sie müssen registriert oder eingeloggt sein, um diesen Link sehen zu können]Und hier nun die story auf Englisch!DTU invents the self-repairing computerA team of researchers from DTU Informatics has developed a biologically inspired computer capable of repairing itself – revolutionary news offering exciting vistas for the future
Imagine a computer constructed of cells with a type of DNA coding which can identify defects and repair them without human intervention. Until now, this has been the stuff of pure science fiction, and what made the robots in the Terminator films so robust and fantastical on the big screen. That a machine could regenerate.
Now it’s no longer science fiction, because this is essentially what a DTU team has created the foundation for. The invention has been named eDNA – or electronic DNA.
Terminator look-alike
Armed with zeros, ones, mathematical models and a good dose of patience, Jan Madsen and the two PhD students Pascal Schleuniger and Michael Reibel Boesen have spent the past three years or so working on the concept of eDNA. The result of their ideas and hard work is now standing in an office at DTU Informatics.
However, even thought the result is, to put it crudely, a cloning between a human’s abilities and a computer, readers will be disappointed to hear that it does not in any way resemble Arnold Schwarzenegger from the Terminator films. In fact, the eDNA computer looks no different to a completely ordinary computer on the outside, but inside it is almost as revolutionary as the Terminator robots. The computer is built up of many small cells, much like humans, explains John Madsen:
„Basically, all the computer’s cells can be regarded as stem cells; in other words they have not yet been assigned a specific task. When the eDNA computer needs to perform a particular task, the task is coded in a sequence similar to the DNA in a human cell. In this way, an organism develops from the computer’s cells, and it is this that makes the computer – almost – immortal.“
The point is that, because of all the extra cells, i.e. the stem cells which have not been assigned a task, the self-repairing computer can tolerate more defects before it ‘dies’. And this is what makes the technology extremely interesting for NASA, which has adapted the project for future space missions.
LG,.. CS
zu haben das sich selbst repariert, gäbe es keine Werkstätten mehr und und und!! 
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