Brief Description

The Quantum Diamond Microscope is an advanced tool that leverages the quantum properties of diamonds, specifically nitrogen-vacancy (NV) centers, to see invisible magnetic fields in computer chips. It works like an advanced scanner, creating detailed images of a chip's electrical activity with the help of smart software and AI. This breakthrough technology can find hidden flaws in chips without causing any damage, making it a game-changer for testing today’s increasingly complex electronics.

Detailed Description

Semiconductors are the backbone of the global economy, powering everything from everyday electronics to advanced systems like AI, high-performance computing, and the Internet of Things (IoT). As technology evolves, manufacturers face challenges in producing increasingly complex semiconductor designs, such as stacked microchips, a process called heterogeneous integration. While this method boosts performance, it also increases the risk of hidden flaws that can lead to higher failure rates, financial losses, and production delays.

Traditional testing methods struggle to keep up with these advancements. Techniques like optical scanning or thermal imaging are often invasive, slow, or lack the precision needed for modern manufacturing demands. These limitations make it harder for manufacturers to detect flaws early, resulting in wasted materials and increased costs.

QuantumDiamonds has introduced a breakthrough solution: the Quantum Diamond Microscope (QDM). This innovative device uses the unique quantum properties of diamonds to create precise 3D images of magnetic fields within chips, detecting faults without causing any damage. Unlike older methods, the QDM operates at room temperature and avoids the need for complex setups like vacuum chambers or cryogenics. An initiative of the World Economic Forum’s Quantum Economy Network

By enabling faster, more accurate, and non-invasive testing, the QDM helps manufacturers design better chips, improve production efficiency, and significantly lower costs. It’s a game-changer for the semiconductor industry, leading to more reliable and affordable technology.

The impact of the QDM extends far beyond manufacturing. By reducing waste and optimizing material use, it lowers the environmental footprint of electronics production. These efficiencies make advanced technologies such as AI-driven healthcare devices and smart city systems more accessible and

affordable, fostering innovation and equity worldwide.

Additionally, the QDM enhances cybersecurity by detecting malicious alterations in chips and uncovering

vulnerabilities to side-channel attacks. This strengthens the reliability of critical digital systems, from financial networks to infrastructure, ensuring they can safely support modern society’s needs.

Key Highlights

QuantumDiamonds has already made significant strides:

·      Collaborations: Working with 7 of the top 10 global semiconductor manufacturers, QuantumDiamonds is pushing the boundaries of innovation.

·      Market Presence: The first QDM installation is operational at Fraunhofer EMFT in Munich (seen in the image below) , setting a new standard for quantum-enabled semiconductor metrology.

·      Recognition: The European Innovation Council has highlighted QuantumDiamonds’ potential to revolutionize the industry, comparing it to ASML in post-production enablement.

Additionally, the company is collaborating with research institutes to expand its technology from magnetic sensing to include temperature sensing using NV Diamonds. This advancement supports QuantumDiamonds' long-term vision of broadening the technology’s applications, from biological and medical research to energy systems.

Customer Testimonials

Nvidia: “Quantum Diamonds solution is considered a promising technology, and it has been validated that such technology could play a transformative role in the semiconductor industry”

TSMC: “Quantum Diamond’s device could play a transformative role in the semiconductor industry, as it would enable improved failure analysis for the next gen of integrated circuits”

Publicly Available Technical Data

●      https://journals.aps.org/prapplied/abstract/10.1103/PhysRevApplied.21.014055

●      https://www.youtube.com/watch?v=iaVK71V-rsk

●      https://www.youtube.com/watch?v=CRfTe9gBOQA

●      https://www.quantumdiamonds.de/

Disclaimer

The measurement data or images we provide are confidential and represent the most up-to-date measurement results. However, this information is not intended for public disclosure and should not be published on any website or other publicly accessible platforms.