---
title: "Bridging the Gap Between NISQ Variational Algorithms and SW/HW Architectures Constraints [APS 2022]"
date: "2022-07-13T14:06:31+00:00"
modified: "2026-01-08T12:22:08+00:00"
url: "https://www.quantum-machines.co/resources/scientific-talks/bridging-the-gap-between-nisq-variational-algorithms-and-sw-hw-architectures-constraints-aps-2022/"
description: "Here we discuss quantum control software/hardware architectures constraints and bottlenecks for variational algorithms execution and how both the algorithms as well as the SW/HW architectures may be considered together to enable optimized performance and utilization, which could accelerate the timeline towards such an advantage."
---

# Bridging the Gap Between NISQ Variational Algorithms and SW/HW Architectures Constraints [APS 2022]

Scientific Talks

Here we discuss quantum control software/hardware architectures constraints and bottlenecks for variational algorithms execution and how both the algorithms as well as the SW/HW architectures may be considered together to enable optimized performance and utilization, which could accelerate the timeline towards such an advantage.