World Congress 2023 Aug 11, 2023

The Quantum Leap: Redefining Computing and Its Applications

Tomislav Tipurić

Classical computing has hit a physical wall. Quantum mechanics offers a way out. Discover how qubits will crack RSA encryption and push AI beyond current structural constraints.

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#1 about 5 min

Overcoming classical computing limits for complex global problems

Complex global issues like climate change and disease require computational power beyond the limits of classical machines.

#2 about 4 min

Evolution of computing and the end of Moore's law

The continuous shrinking of transistors will eventually reach the physical limits of atoms and quantum mechanics.

#3 about 3 min

Factoring large primes and breaking modern RSA encryption

Quantum algorithms change exponential computing complexity to linear time to significantly reduce the time needed to break RSA cryptography.

#4 about 6 min

Foundations of quantum mechanics and qubit superposition states

Qubits operate using quantum superposition to exist in multiple states simultaneously unlike traditional binary logic.

#5 about 2 min

Memory requirements for modern quantum computing hardware simulation

Simulating qubits requires inherently massive and exponentially growing amounts of conventional physical random access memory.

#6 about 5 min

Key quantum properties enabling advanced computational techniques

Principles like wave interference and particle entanglement form the structural foundation of quantum probability measurements.

#7 about 3 min

Current quantum hardware development and competing tech models

Major technology companies are building competing models like superconductors and topological qubits while mitigating high error rates.

#8 about 6 min

Future industry applications and replacing classical machine learning

Quantum algorithms promise breakthroughs in complex physical chemistry and provide scaling needed to advance artificial intelligence models.

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3:32 min

Redefining computing limits with quantum mechanics

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Practical applications and hybrid solutions for quantum computing advantage

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3:00 min

Leveraging large quantitative models for intermediate quantum advantage

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1:37 min

Understanding the real world need for quantum computing

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Current state of quantum computing capabilities

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3:12 min

Overcoming silicon limitations through quantum computation and error correction

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