Abstract – Nanotech and Femtotech, there’s lots of room at the bottom – Hugo de Garis

Prof. Dr. Hugo de Garis
Abstract – Nanotech and Femtotech

Everyone has heard of nanotech. Nano means a billionth. Nanotech is short for nanometer scale technology, i.e. molecular scale engineering, or mechanical chemistry, where molecular sized robots could pick up a single atom and put it anywhere to build molecular machines, e.g. nanosized computers that could be programmed to detect viruses or cancer cells and kill them, hence ridding humanity of disease, or to repair aging cells, hence creating immortality. Progress is being made monthly in nanotech. This leads to the question, “what’s next?” Nature provides no substance at the picometer scale, so the next step must be femtotech (i.e. femtometer scale technology). A femtometer is a million times smaller than a nanometer, i.e. the scale of quarks and nuclei. I am now researching the possibility of using elementary particle physics, nuclear physics, topological quantum field theory, etc to try to find phenomena in physics that might serve as the basis for a femtotech, which if successful would outperform nanotech by a factor or a trillion trillion. Artilects (artificial intellects, i.e. massively intelligent machines) based on femtotech would be truly godlike, making the notion of a universe designing and building deity much more scientifically respectable.

See my article “Fermitech : Searching for Phenomena in Physics That May Serve as Bases for a Femtometer Scale Technology”


Abstract – “Topological Quantum Computing” – Much more than Moore’s Law – Hugo de Garis

Prof. Dr. Hugo de Garis

Abstract -Topological Quantum Computing (TQC)

Quantum computers are 2expN times more powerful than classical computers (where N is the number of (qu)bits in the quantum register.) Once they become scalable and robust, our century’s science and technology will never be the same, because quantum computers will be able to simulate nature, which is quantum based. Today’s quantum computers, have N = 8 or so, which is useless. The biggest problem is the enormous fragility of the qubits. For example, if you store a bit of information on the spin of an electron, then the slightest interaction of that electron with a local particle or field will disturb it and destroy the information. Topological quantum computing introduces a new idea by suggesting that qubits can be stored using topological states of matter, which is a hot research topic in “condensed matter physics” nowadays. There is a phenomenon called the “fractional quantum Hall effect”, which is explained theoretically using topological quantum fields which allow information to be stored topologically, and hence robustly, allowing quantum computers to scale up. A race is on to find so called “anyons” which have these properties. Anyon chips have been proposed that would compute quantum mechanically using anyons. Nobel Prizes would then be won.

The teaching of TQC in computer science departments will mean that CS will become much more math and physics based, revolutionizing the subject, e.g. see my article “Topological Quantum Computing ” The “TQC Shock Wave”, and Its Impact on University Computer Science Teaching”


Singularity Summit 2010

The Singularity Summit this year will be held at the Hyatt Regency in San Francisco, California on Aug 14-15th.
“The first Singularity Summit was held at Stanford in 2006 to further understanding and discussion about the Singularity concept and the future of human technological progress. It was founded as a venue for leading thinkers to explore the subject, whether scientist, enthusiast, or skeptic.

Since 2006, the scope of this dialog has expanded dramatically. In 2008, the Singularity entered mainstream consideration. IEEE Spectrum, a sober and mainstream technology publication, issued a special report on the Singularity, and Intel CTO Justin Rattner remarked that “we’re making steady progress toward the Singularity” during his keynote to 2,000 people at the Intel Developer Forum. What was once a relatively unknown concept is now being discussed in corporate board rooms.

We invite you to join our extraordinary group of visionaries in business, science, technology, design, and the arts, as our community explores this exciting topic. Your participation offers a world of powerful ideas, a unique networking opportunity, and access to an exclusive directory of your peers.”