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EBU and Superpositions Partner to Add Quantum Computing to Business Education
Superpositions Partners With EBU Luxembourg to Integrate Quantum Workflows Into Business Curricula
EBU has named Superpositions its Quantum Partner as part of Q-Ready, the initiative bringing quantum computing into its business curriculum.
What’s new
EBU is introducing dedicated Quantum Computing courses and adding quantum concepts across existing programmes. Superpositions is the quantum technology partner for this effort, giving EBU students a direct path from the classroom to a working quantum platform.
What EBU students get
Students can explore Superpositions Studio directly, describing a business problem in plain language and getting a quantum vs. classical comparison back, with working code and a report. The platform runs across IBM Quantum, IonQ, IQM and Rigetti, so students see the same problem solved across different hardware rather than tied to one vendor.
Why it matters
EBU’s Q-Ready initiative is built on the view that quantum is becoming part of the business conversation, not just the physics curriculum. For Superpositions, this is a chance to reach the people who will decide, a few years from now, whether their own organisations use quantum computing at all, before that decision has been made for them by whichever vendor got there first.
Anyone registering with a university email gets 3,000 credits instead of the standard 1,000, enough for two or three full experiments on real IBM or IQM hardware.
Who it is for
If you are a student or researcher and you have been curious about quantum computing but did not know where to start, this is for you.
What you get
Anyone registering with a university email gets 3,000 credits instead of the standard 1,000, enough for 2-3 full experiments on real IBM or IQM hardware. Same trial, same platform, just more room to actually explore before you decide if it is useful for you.
It is a genuinely good way to get a first real result with quantum computing rather than just reading about it. Describe your problem in plain language, the platform picks an algorithm, and you get working code plus a research-style report you can actually learn from.
Why now
Summer is a good time for this. Fewer lectures, a bit more room to experiment before the new semester picks up, and this is exactly the kind of thing worth having a working example of before you need it for a paper or defense.
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Superpositions、クラウドベースの量子ソフトウェアエコシステムと自動化されたユースケースライブラリをローンチ
The 3-month free window, with the full platform, quantum hardware and 1,000 credits, is closing. Once subscriptions turn on, new users get 30 days instead of 90.
The window is closing
When we launched the platform, we gave everyone who signed up 3 months of free access: the full platform, quantum hardware and 1,000 credits.
That window is closing. Once we turn on subscriptions, new users get 30 days free instead of 90.
What the platform does, briefly
You describe an industrial problem in plain language, such as portfolio optimization, predictive maintenance or fraud detection, and get a quantum vs. classical comparison with working code and a PDF report. Real QPU runs on IBM, IonQ, and others.
Why it is worth a look
If you have been curious about where quantum computing actually helps and where it does not, this is probably the cheapest experiment you will ever run.
Register at superpositions.studio while the 3-month window is still open.
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