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XeedQ GmbH

Innovation, Development, and Marketing of Future Technologies

16/10/2026

Because quantum needs skilling, and XeedQ is on a mission to support building a robust quantum workforce!

That's why Skyview High School in Virginia will have our XQ1e quantum computer on its premises.

Thank you New Scientist and Karmela Padavic-Callaghan for highlighting this exciting news.

As our CEO Dr. Gopalakrishnan Balasubramanian says, because the XQ1e provides the most suitable quantum computing hardware for the educational modality, school students will build intuition for how quantum technology works hands-on, long before they reach formal quantum physics education in universities.

Full article link in comments.

Quantum World Congress Fairfax County Public Schools Fairfax County Economic Development Authority Connected DMV

14/10/2026

Quantum computing education looks different when students get access to the lab from semester 1.

Hochschule Karlsruhe (HKA), a university of applied sciences in Germany, is launching the country’s first application-oriented Bachelor’s degree in Quantum Computing this winter semester.

Students begin with the fundamentals of informatics and electrical engineering, but the lab work starts early and stays constant.

They learn to calibrate quantum components, run error correction algorithms, and tune system control, covering the full lifecycle of a working quantum system.

The progression is built in stages.

A single qubit inside a diamond, its nitrogen vacancy centre read through careful optics.

Then functional units housed in black boxes.

Then real quantum computers.

The students were previously working with cloud-based services from XeedQ. Now, they have real XeedQ hardware to gain more hands-on experience and practical knowledge.

Many bachelor's theses take shape alongside research partners like Fraunhofer IAF, so graduates leave with hardware they have actually touched, not just studied.

This video features HKA's faculty member introducing the programme and its practical approach. It has been posted on HKA’s official YouTube channel.

Find the video link in the comments.

12/10/2026

Today's imperfect quantum computers are not a waiting room.

Without full error correction they can't do anything real, right? Depends what you mean by real.

Small, high-fidelity systems are where error-mitigation techniques, compilation strategies, and calibration methods are being invented, and where an entire generation of quantum engineers is being trained.

The fault-tolerant era will be built by people who cut their teeth on NISQ hardware. Dismissing that as "useless" mistakes the foundation for the finished building.

At XeedQ, room-temperature systems lower the barrier to hands-on quantum-hardware training for labs and students. The people who'll build error-corrected machines are learning on the machines we have today.

09/10/2026

What is a common misconception about your technology?

Dr.Julian Rickert, Director of Research at XeedQ, shares his perspective.

07/10/2026

Building the quantum workforce of tomorrow — with a quantum computer made in Baden-Württemberg.

A very special moment for the XeedQ team at Quantum Effects 2026, where a brand-new XQ1e quantum computer for Karlsruhe University of Applied Sciences was officially unveiled Dr Nicole Hoffmeister-Kraut, Minister of Economic Affairs, Skilled Crafts and Tourism of Baden-Württemberg (Ministerium für Wirtschaft, Handwerk und Tourismus Baden-Württemberg), and Petra Olschowski, Minister of Science, Research and Arts of Baden-Württemberg (Ministerium für Wissenschaft, Forschung und Kunst Baden-Württemberg), together with Prof. Rose Marie Beck, President of HKA.

Students at HKA will benefit from the generous support of the Quantum Pioneers, gaining direct access to their own XQ1e quantum computer and becoming Pioneers of Quantum themselves.

A strong and unified message today was the importance of education, skills and workforce development as quantum technologies move into real-world use. Technological sovereignty is becoming a top priority for every nation.

The XQ1e was developed and built in Baden-Württemberg to help train the next generation of scientists, engineers and quantum professionals. For us at XeedQ, this is how a strong quantum ecosystem is built: local technology development, direct access to real quantum hardware, and institutions equipped to build the skills the market needs. We are now scaling this model globally.

Thank you to Karlsruhe University of Applied Sciences the Quantum Effects team, and everyone who made this possible.

05/10/2026

In 2014, researchers asked whether a room-temperature solid-state register — an electron-spin ancilla coupled to three nuclear-spin qubits — could perform quantum error correction.

Here is what the paper established.

Full paper linked in the comments.

(“Paper, Decoded” is a series where we unpack the physics papers that shaped how XeedQ's quantum computers actually work, one landmark study at a time.)

02/10/2026

We are honoured to be handing over a brand-new XQ1e quantum computer to Karlsruhe University of Applied Sciences (HKA) at Quantum Effects 2026, on October 6th, 2026.

Students having real quantum hardware directly in their hands is an important step towards building the quantum workforce of the future.

And congratulations to this year’s Quantum Effects Award winners: C12 and Thales, Fraunhofer FOKUS, QSENSATO SRL and PicoQuant. A great recognition of the work taking quantum technologies from research towards real-world applications.

Thanks to Quantum Effects and QuantumBW for being a part of this.

01/10/2026

Entanglement doesn't need a fridge.

Fragile quantum correlations surely need near-absolute-zero to survive, right? Entanglement itself doesn't.

Electron-nuclear and NV-NV entanglement have been demonstrated at room temperature for more than a decade. Cryogenics helps specific mechanisms — resonant excitation, phonon freeze-out but it is not a precondition for entanglement.

The "quantum only works when it's freezing" instinct is one of the most persistent myths in the field. The diamond didn't get the memo.

At XeedQ, room-temperature entangling gates are the everyday operating point.

No dilution fridge means a smaller, cheaper, more portable machine, which is exactly what democratising quantum computing requires.

29/09/2026

In 2010, researchers at a Stuttgart lab asked a hard question: could you read out a single nuclear spin's state in one shot, at room temperature - not averaged, but caught in the act?

Here is what the paper established.

Full paper linked in the bio.

(“Paper, Decoded” is a series where we unpack the physics papers that shaped how XeedQ's quantum computers actually work, one landmark study at a time.)

[ XeedQ, XQ1, Research Paper, Quantum Computing ]

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