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Future proof in Quantum Computing
#AtosInspirationDay
Hermantino Singodiwirjo
On the verge of a new industrial revolution
The limits of miniaturization
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1970 1975 1980 1985 1990 1995 2000 2005 2010 2015
Transistorcount(#)
Freq(MHz)
Expon.(Transistorcount(#))
Moore’s law from 1970 till now
Quantum Computing Speedup
CLASSICAL COMPUTERSTATE OF THE ART CLASSICAL COMPUTER
30 YEARS FROM NOW
TIM
E
Complexity
billions of years
Quantum computing highlights
▶ Quantum superposition
– 1 qubit : superposition of |0> and |1>
▶ Quantum parallelism : operations on qubitsare computed on the whole superposition atthe same time
▶ Exponential processing power – Exascale supercomputers beaten with only 50-60 qubits (quantum supremacy)
▶ BUT quantum physics says readouts destroyinformation: the quantum computer performsall operations in parallel, but returns onesingle result, randomly!
Classical and Quantum computing Some key differences
Classic Quantum
Deterministic Probabilistic
Bits 0, 1 Qubits |0>, |1>
Move, copy, delete data information can’t be destroyed or copied
massive readouts as few readouts as possible
Operates at ambiant temperature Operates at very low temperature
Deterministic computation
Some of the Applications DomainQuantum Speedup expected
Cryptography -Redefines cryptography standards (obsoletes RSA, DSA, AES etc.)
Quantum database search-Enhances information extraction in huge data lakes
Chemistry, science of materials-Bettermediacation?-Enhanced medicaldiagnosis?
Statistical Analysis-Better marketprediction-AI
Quantum computingReal quantum processors
Fundamental research
Industrialization
10-15y
Design & Prototyping[Today]
Time
Technology
▶Position as European leader in Quantum Computing
▶Very high level Advisory Board, chaired by our CEO – 6 world class quantum & mathematics experts
▶Atos Quantum R&D Lab
A long term strategic Atos RD program
▶ A quantum simulator, it is not a quantum
computer
▶ Allows Quantum algorithms development without quantum hardware constraints
▶ Simulates Quantum Processing Units
Anticipating the Quantum leap frog with Atos QLM
The Quantum Learning MachineUnique Features
Universal technology quantum language
World class, patent pending, emulator – able to simulate up to 40 qubits
Modular and Scalable appliance
1 Genuine hybrid classic-quantum programming
2
3
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5 High extensibility and interoperable
6 On premises appliance
Hardware agnostic7Powerful Simulation8
First QLM @ORNL Quantum Computing Institute
▶ Accelerate/Validate ORNL Quantum algorithms dev. thanks to Atos QLM interoperability
▶ Partner to align on a common vision on Quantum computing
▶ Atos Quantum Computing Expertise
Our customersAtos Quantum Computing Scientific Community (aQCSC)
Stay tuned! We have more to come…
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