Scaling the Quantum Computer.pdf

1、How to unlock the full potential of quantum computingScaling the Quantum ComputerUnmesh Sahasrabuddhe,Vice President of Engineering&Product,Universal Quantum Ltd.How to unlock the full potential of quantum computingSPECIAL FOCUS:QUANTUM3Not for redistribution by any means without prior written permi

2、ssionUS-Currently located in Palo AltoGermany-Universal Quantum Deutschland based in Hamburg-Building two quantum computers for DLR in HamburgA team of 70+across Europe and the USUK-UQ headquarter in Haywards Heath-Easy access to London,Brighton and airports-Additional facilities in Brighton(Sussex

3、University)4 but due to noise in the systems they will require millions of qubits to unlock the full potential of quantum computingQuantum computers will become more powerful than todays entire global cloud combined6,175 qubits(1)to break RSA vs.6.4 quadrillion years with classical computers(2)(3)2,

4、196 qubits(1)to simulate large molecules(impossible using a classical computer),that could e.g.drastically reduce emissions(2)(4)7,500 qubits(1)to perform derivatives pricing for the financial sector(2)(5)(1)Noiseless qubits,(2)The Impact of Hardware Specifications on Reaching Quantum Advantage in t

5、he Fault Tolerant Regime(2021),(3)How to factor 2048 bit RSA integers in 8 hours using 20 million noisy qubits(2021),(4)Even More Efficient Quantum Computations of Chemistry Through Tensor Hypercontraction(2021),(5)A Threshold for Quantum Advantage in Derivative Pricing(2021)510010110210310410510610

6、710810-110-210-310-4Useful error corrected quantum computing Number of qubitsClassicallysimulatableNear-term applications?The road to useful quantum computingTodayNot for redistribution by any means without prior written permission610010110210310410510610710810-110-210-310-4Useful error corrected qu