One of the many characteristics that differentiate Super Turing machines is that Turing machines (all current digital computers and many quantum computing designs) are constrained by the Turing limit to only compute using numbers out to the rationale numbers in the image (anything beyond that is an approximation with Turing machines).  QAI SPECTRE™ Super Turing analog recurrent neural net machines compute using all Real number types specifically the irrational numbers. This enables Super Turing machines to solve problems that may be exponentially complex for digital machines but for Super Turing machines are solvable in linear time.  Metaphorically for the lay person to understand the enormous difference in problem solving power of Super Turing machines, think of the irrational numbers as the universe of all possible planets, asteroids, moons and stars and the numbers out to the rationale numbers as just our solar system.

One of the many characteristics that differentiate Super Turing machines is that Turing machines (all current digital computers and many quantum computing designs) are constrained by the Turing limit to only compute using numbers out to the rationale numbers in the image (anything beyond that is an approximation with Turing machines).

QAI SPECTRE™ Super Turing analog recurrent neural net machines compute using all Real number types specifically the irrational numbers. This enables Super Turing machines to solve problems that may be exponentially complex for digital machines but for Super Turing machines are solvable in linear time.

Metaphorically for the lay person to understand the enormous difference in problem solving power of Super Turing machines, think of the irrational numbers as the universe of all possible planets, asteroids, moons and stars and the numbers out to the rationale numbers as just our solar system.

QAI develops electronic design automation (EDA) automated synthesis technology to design, simulate and fabricate analog recurrent neural network super Turing VLSI multi-chip modules, using composite semiconductors and wireless neuron/die interconnect.

The company competes directly with current high performance computing and quantum computing machines. QAI products and machines are available now, unlike scalable quantum computing, which will take decades to realize if it is even possible to achieve.

QAI SPECTRE™ SUPER TURING 'BRAIN CHIP' MACHINE TECHNOLOGY OVERVIEW

QAI has extensive patented experience in machine learning and advanced ASIC design including analog and mixed signal systems. The company focus is developing Super Turing Machines, implemented using high frequency patent pending analog recurrent neural networks. The company pioneered the patent pending QAI SPECTRE™ Super Turing machine architecture with self organizing wireless quantum signaling, which has many reductions to practice. The company product is its “Brain Chip” synthesis system.

The company focus is to license and develop QAI SPECTRE™ Super Turing field of use ASICs/modules through joint ventures. The company licenses its “Brain Chip” super Turing synthesis system to selected QAI industry partners.

QAI SPECTRE™ is a the first super Turing analog recurrent neural processing synthesizer. QAI QAI SPECTRE™ “Brain Chips” exceed the of digital and quantum computation.

QAI SPECTRE™ super Turing machine is a recurrent analog neural network exceeding P-Space reducible digital and quantum computation via self-organized analog real number device implementation unified neural processing and connectionist adaptive memory.

QAI SPECTRE™ semiconductor analog neurons operate at 3 THz asynchronous un-clocked frequency. QAI SPECTRE™ direct band gap semiconductor neurons are are wireless with dynamic interconnect through modification of gate level structures. QAI SPECTRE™ neurons dynamically self-organize into diverse recurrent neural networks.

QAI SPECTRE™ ASICs/MCMs are implemented using GaAs/GaN semiconductor processes. QAI SPECTRE™ multi-chip modules require one Joule of energy to operate. Operating at Terahertz frequencies, QAI SPECTRE™ module Super Turing recurrent neural networks can easily exceed over 500 Quadrillion operations per second.

QAI SPECTRE™ Super Turing machines obsolete digital computation because QAI SPECTRE™ implements complex imaginary number computation with high fan in and fan out, mimic brain neurons. Consequently QAI SPECTRE™ Super Turing computations exceed current digital computers since digital machines are restricted in the Turing limit to calculations involving rationale numbers. QAI SPECTRE™ degrees of problem solving freedom far exceed digital computation. Unlike current digital machines, whose processing and memory are separate, QAI SPECTRE™ analog recurrent neural networks combine memory and processing seamlessly.

QAI SPECTRE™ headquarters is Paris France. QAI SPECTRE™ programs span diverse application spaces with VLSI machine deliverables that are changing the world.