QuantumDiamonds is a semiconductor manufacturing company that provides characterized nitrogen-vacancy (NV) diamonds for quantum sensing. They have developed atom-sized quantum sensors in diamonds that function under the hardest conditions. Their quantum sensing technology involves solid-state qubits embedded within diamonds known as the nitrogen-vacancy (NV) center, which breaks physical barriers in regard to spatial resolution and sensitivity unmatchable by classical sensors. QuantumDiamonds' products and services include NV-Diamond technology, characterization services, and material description. They have a diverse team with a combined research experience of more than 20 years, working towards making the invisible visible.

QuantumDiamonds

QuantumDiamonds provides characterized nitrogen-vacancy (NV) diamonds for quantum sensing to industrial and academic customers. 

As a spin-off from the Technical University of Munich (TUM), we leverage our multiyear experience in nitrogen doping, vacancy creation, acid cleaning, and temperature treatment to create NV diamonds with the required quantum properties our customers require.

We work with our customers on applications such as magnetic widefield imaging, surface NMR and single NVs.

Get access to our whitepaper here:
https://docsend.com/view/ine8q3u35wtqrppp

With Munich’s Oktoberfest well underway, the #BitsandPretzels event is about to start!
We are proud to be part of the vibrant start-up scene. Come meet us and learn more about quantum sensing and how we #maketheinvisiblevisible! 💎

If you're already jotting down plans for next year and your heart races at the mention of "quantum" and "diamonds", QD is the place to be!

👉 Want to be part of our quantum journey? Check out our Notion page for the details of each role!

📝 We are thrilled to share that the latest research of our CTO Fleming and our scientific advisors Robin and Dominik has hit the shelves, showcasing the possibilities of quantum sensing in Nuclear Magnetic Resonance (NMR). 

We see three main industrial use cases of these advances:
🌟 Pharmaceuticals and Drug Development: Our NV-NMR technology is poised to revolutionize drug delivery. By delving into microscale drug diffusion, we empower researchers to optimize formulations and enhance therapeutic outcomes.
🔋 Materials Science and Battery Technology: Fleming Bruckmaier's innovation offers a fresh lens on ion diffusion within thin film materials. This insight redefines battery performance, driving us closer to sustainable energy solutions.
🧬 Biotechnology and Biomedical Research: Unlocking insights into tissue microstructure diffusion, our technology advances regenerative medicine, tissue engineering, and disease research, underpinning better human health.

Exciting times lie ahead as we leverage quantum sensing to reshape industries and fuel progress!

#QuantumSensing #IndustrialInnovation #ScienceAdvances

🔬 Research update: Excited to share an innovative research paper using quantum sensors in the semiconductor domain, conducted at Sandia National Laboratories in the US! 🇺🇸

🔌 As the field of electrical engineering advances with complex integrated-circuit (IC) geometry and packaging, troubleshooting challenges are on the rise. To meet these challenges, powerful failure-analysis (FA) methods are essential. In their latest work, the team at Sandia Labs investigates a cutting-edge electronics FA method using a quantum diamond microscope (QDM) to image magnetic fields from short-circuit faults.

🔍 The research team quantified the performance of this method by successfully detecting short-circuit faults in a multilayer silicon die. But that's not all! The study also explores the potential of a QDM to detect faults in a heterogeneously integrated (HI) die stack.

🌟 The findings suggest that quantum sensing magnetic imaging can become a highly competitive technique for electronics FA. Offering exceptional spatial resolution, high sensitivity, and robust instrumentation, this approach is poised to revolutionize the way we troubleshoot chip-stack ICs with multiple metal layers, optically opaque layers, or optically scattering layers.

Link to the full paper in the comments. 

#Electronics #Engineering #Research #FailureAnalysis #Innovation

We are thrilled to share that our quantum startup has made it to the final round of the Science Start-ups/Falling Walls Venture category in Falling Walls Foundation's #GlobalCall23 💎

We express our gratitude to the Falling Walls Foundation for acknowledging our project as a highly promising solution that pushes the limits of science, technology, and society.

We feel honored to be recognized among the top contenders and look forward to sharing further developments with you. Keep an eye out for more updates from us!

Technical University of Munich UnternehmerTUM TUM Venture Labs

#FallingWallsFinalist #Innovation #BreakingBarriers #quantumtech

🚀 Exciting News! ✨ 

We are thrilled to announce that we have been recognized as one of the top "Early stage startups to watch out for" by Sifted, a leading source of European tech news and insights 🌍✨ 

The report focuses on deep tech's emergence and investment potential in Europe in 2023. It is great to see quantum sensing mentioned explicitly as one of the technologies that are gaining momentum 💎

Reach out if you want to learn more about the way quantum sensing can unlock value for your industry or want to be part of our journey as an investor or team member! 🤝

#startups #europe #tech #quantumsensing #quantum

Meet us at World of QUANTUM 2023 as a part of the Quantum Business Network (QBN) Joint Booth from June 27 – 30 in Munich 💎
 
World of QUANTUM is a part of LASER World of PHOTONICS 2023 trade fair, which gathers more than 80 quantum actors worldwide. The world’s leading trade fair for photonics components, systems and applications is a unique opportunity to get to know our innovative technologies and connect with the brilliant people behind them. Visit booth #A1.518 and gain valuable insights into our quantum journey ⚛️
 
Please feel free to contact us for a free day ticket to meet the quantum experts and explore business and collaboration opportunities 👋

 
#worldofquantum #quantum #quantumsensing

📢 June is packed with exciting conferences, and we are thrilled to be a part of them.  Here's where you can find us in June:

1️⃣ Viva Technology in Paris (Kevin and Saifulla)
2️⃣ Quantum Technology Exchange with the BMBF in Berlin (Kevin)
3️⃣ Forum UnternehmerTUM in Munich (Fleming & Kristina)
4️⃣ SPRIND - Bundesagentur für Sprunginnovationen Venture Days in Leipzig (Kevin)
5️⃣ World of QUANTUM in Munich (full team 🫶)

Save the dates and make sure to catch us at these events! 

We can't wait to share our knowledge, insights, and passion for quantum sensing. See you there! ✨

#QuantumSensing #DiamondsAreForever #TechConferences #Innovation #FutureTech

We are delighted to announce that QuantumDiamonds has secured significant funding from SPRIND - Bundesagentur für Sprunginnovationen ("German DARPA") to spearhead the application of quantum sensing in industrial settings 🔬🚀

This funding marks a crucial milestone for QuantumDiamonds and reinforces our commitment to revolutionizing the field of quantum technology. We extend our deepest gratitude to the German government for recognizing the immense potential of quantum sensing and choosing to support our mission 💎💎

We will integrate our diamonds into a fully functional microscope and aim to exceed the current limits in terms of resolution and field of view that are required for industrial use cases, e.g., in healthcare, battery research, or semiconductor quality control 👩💻

Team: Robin Kristina Fleming Andreas Huseyin Saifulla
Thanks, Antonia for your guidance and support! 

#technology #quantum #funding

Diamonds are not only a girl's best friend, but they may also revolutionize quantum computing and communication 🔐

De Beers' Element Six (Matthew, Daniel), a renowned diamond company, will produce artificial diamonds for Amazon Web Services (AWS) to support quantum networking and security.

AWS scientists believe that defects in diamonds, such as the NV colour centres, could be the basis for quantum repeaters, which enable entanglement to be distributed over significant distances. These diamond-based qubits have unique properties, such as spin memory and robustness, that make them ideal for quantum networking and communications. 👨💻

Exciting times for diamonds and quantum technology! 💎

#technology #quantumcomputing #diamonds

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QuantumDiamonds

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