Understanding quantum advantage in machine learning

Event image
February 27, 2025, 03:00 PM - 04:30 PM

Venue

Seminar Room No. 31, 2nd Floor, Main Academic Building, IISER Pune

Speakers

Prof. Apoorva Patel, Centre for High Energy Physics, Indian Institute of Science, Bangalore

Abstract

I-HUB QUANTUM TECHNOLOGY FOUNDATION

presents......

I-HUB QTF Quantum Seminar Series

Understanding quantum advantage in machine learning

Date/Time: 3:00 PM to 4:30 PM | Thursday, 27th February 2025 

 

In this talk, Prof. Apoorva Patel will be talking about how machine learning models enable pattern recognition and big data analysis without direct human intervention. Supervised learning classifies new data based on learned patterns, while unsupervised learning identifies probability distributions to make predictions. The former uses feature maps, while the latter uses Boltzmann distributions, both with a large number of tunable parameters. Quantum extensions of these models replace classical probability distributions with the quantum density matrix. An advantage can be obtained only when features of quantum density matrices that are missing in classical probability distributions are exploited. Such situations depend on the input data as well as the targeted observables. Illustrative examples bring out the constraints limiting possible quantum advantage. The problem-dependent extent of quantum advantage has implications for both data analysis and sensing applications.

Quantum Computing (Programming & Simulation) Internship

The I-HUB Quantum Technology Foundation, IISER Pune is inviting applications for a 3-month internship in the Quantum Computing (Programming & Simulation) domain.

It is an exciting opportunity to simulate real-world quantum problems at scale on an accelerated (GPU-enabled) system. I-HUB QTF, in partnership with NVIDIA, is introducing the ‘Challenge to be Quantum Ready’. In this challenge, selected teams will be provided access to NVIDIA GPUs with capabilities of up to 36 qubits.

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