Quantum Horizons Part 2 – Challenges and Industry Impact
  • Courses
  • 11 items

Dive deeper into quantum computing with Keysight engineers. Part 2 of this bootcamp guides you through technical barriers, breakthrough applications, and the emerging future of quantum systems with demonstrations and practical insights you can apply in your lab today. By the end of this bootcamp, you’ll understand how to address real-world challenges and recognize the transformative potential of quantum across industries.

Learn:

  • Common technical barriers in quantum development and how engineers are overcoming them.
  • How quantum is transforming fields like secure communications, sensing, and optimization.
  • What’s on the horizon for quantum computing and what it takes to commercialize quantum technology.

This bootcamp is ideal for engineers and enthusiasts interested in quantum computing systems, applications, and design.

Lessons
Lesson 1 - Conquering Quantum System Technology Challenges

Lesson 1 - Conquering Quantum System Technology Challenges

Discusses the challenges of developing quantum systems that are scalable, reliable, and energy-efficient. It also discusses the potential solutions to these challenges, such as new materials and architectures.
Lesson 2 - DC Bias Source for Multiple Quantum Qubit Control

Lesson 2 - DC Bias Source for Multiple Quantum Qubit Control

Qubits are highly susceptible to noise, and minor fluctuations in DC bias voltage can induce unintended changes in the quantum state. This course video covers everything about using an SMU as a bias source for multiple qubit control in quantum computing development.
Cryogenic Noise Parameters Extraction

Solution Briefs

Cryogenic Noise Parameters Extraction

Low-Noise Amplifiers (LNAs) are crucial components in quantum computers and radio astronomy because they amplify weak signals while minimizing the introduction of additional noise. This is essential for maintaining the quality of the signal in these sensitive applications.
Quantum Computing Brings New Error Correction Challenges

White Papers

Quantum Computing Brings New Error Correction Challenges

Attaining future breakthroughs in quantum computing will require a worldwide collaborative effort in addressing challenges related to error correction. Learn more about quantum error correction challenges in this white paper.
Electronics for Trapped Ion Control

Application Notes

Electronics for Trapped Ion Control

Clocks in Trapped Ion Quantum Computing
Lesson 3 - Impact of Quantum Technologies

Lesson 3 - Impact of Quantum Technologies

Discusses the specific ways in which quantum technologies could be used in aerospace and defense applications. Topics covered include navigation, imaging, and secure communications.
Lesson 4 - Quantum Sensing and Communications

Lesson 4 - Quantum Sensing and Communications

Provides a broad overview of applications in quantum sensing, such as magnetometry, gradiometry, and PNT. By the end of this lesson, you will have learned what types of quantum sensors exist today.
Lesson 5 - Quantum Computing for the Automotive Industry

Webinars

Lesson 5 - Quantum Computing for the Automotive Industry

This webinar will cover different applications of quantum computing to solve some of the automotive industry’s greatest challenges. You will learn the basics of quantum computing, where the industry is and where it is heading, and what it can do for automotive. Keysight will explain how our Quantum Engineering Solutions team can help you get the most value out of quantum computing.
Quantum Key Distribution Test Bed

Application Notes

Quantum Key Distribution Test Bed

The purpose of this application note is to present how Keysight can help enable research for discrete variable quantum key distribution (DV-QKD). Keysight offers a wide range of optical instrumentation for researching quantum key distribution and other applications in quantum communications. Paired with Labber Software, Keysight engineers have developed an easy-to-use solution for instrument control and lab automation. This software helps quantum scientists to maximize their experimental potential for the fastest results with a simple experimental set-up, intuitive visualization of results, and the efficient organization of collected data.
Lesson 6 - The Path to Democratization of Quantum Capabilities

Lesson 6 - The Path to Democratization of Quantum Capabilities

Learn the potential of quantum computing to revolutionize a wide range of industries, including finance, healthcare, and materials science. Also, the challenges that must be overcome to make quantum computing more accessible to a wider range of users.
Delivering a Quantum Future

White Papers

Delivering a Quantum Future

Supporting quantum ambitions means finding a balanced workforce that can handle quantum physics and technology pipelines, expanding quantum computer capacity, and taming error rates. Learn more.
Related Product
Q5401A 2 Qubit and 5 Qubit Quantum Control System

hardware

Q5401A 2 Qubit and 5 Qubit Quantum Control System

Experience a fully digital quantum control solution built for quantum from the ground up.
Related Use Case
How to Bias Multiple Quantum Qubits

How to Bias Multiple Quantum Qubits

Minimize bias voltage fluctuations to prevent qubit decoherence