The technical architecture behind EigenSelect is remarkably well-thought-out for a consumer-facing service. By delegating the proof zone to two authoritative nameservers in Amsterdam and Warsaw, the company mitigates the risk of a single point of failure affecting the verification records. The use of DNSSEC adds a cryptographic layer of integrity, ensuring that the commitment digest has not been altered. Publishing the same records on Nostr relays provides an independent evidence channel that does not rely on EigenSelect's own infrastructure. This dual-channel approach is sophisticated. The rejection sampling policy, allowing up to forty-two attempts at the company's expense, handles non-power-of-two outcome sets effectively. The prohibition of simulation fallback ensures that the physical quantum nature of the event is preserved. The clear distinction between providing a random selection mechanism and legal certification is also important for users to understand. This service delivers on its promise of transparency and verifiability through a robust technical foundation.
Questions about EigenSelect · A quantum computer picks your winner. You get the proof.
What is EigenSelect · A quantum computer picks your winner. You get the proof?
EigenSelect is a paid service that resolves coin flips, raffle draws, and lottery-style selections using a physical superconducting quantum processor. Each selection is performed by a single measurement on a 54-qubit quantum computer, with no simulation fallback, and is documented in a multi-page report covering the outcome set, cryptographic commitment, execution log, and resolved result.
How much does a selection cost and how do I start one?
Customers can begin a selection by visiting the website and clicking 'Begin a selection', which costs €50. The process involves submitting parameters, confirming a plain-language description of the outcome set, and receiving the technical report after execution.
What specific quantum hardware is used for the measurements?
The selection is executed on an IQM Crystal‑54 processor, which is a 54-qubit superconducting quantum processor held at approximately 15 millikelvin. This hardware is accessed through Scaleway Quantum‑as‑a‑Service and is operated in a dilution refrigerator.
How can I verify that the commitment was published correctly?
Before execution, a commitment digest is published as a DNS TXT record in the eigenselect.eu zone and as a signed event on public Nostr relays. This allows anyone to independently verify the commitment using one dig command at any time.
What file formats are accepted and what happens after I submit my selection?
The system accepts files in plain text, CSV, Excel, or JSON formats. After submission, the system states its understanding of the outcome set in plain language, and the customer must confirm it before the outcome set becomes final for the transaction.
What are the native gates available on the processor?
Each selection is resolved by one measurement of superconducting transmon qubits on an IQM Crystal‑54 processor. The native gate set includes cz, r(θ,φ), reset, measure, and id, but there is no Hadamard gate on the hardware.
What happens if the hardware verification fails?
If the physical hardware cannot be verified, the transaction halts and any payment taken is refunded in full. There is no simulation fallback in the execution path, ensuring a purely physical quantum event.
How does EigenSelect handle outcome counts that are not powers of two?
Outcome counts that are not powers of two are handled by rejection sampling. Measurements outside the selection domain are documented and the identical circuit is re-executed at the company's expense, up to a limit of 42 attempts.
Where are the authoritative nameservers located and how is DNSSEC handled?
The commitment digest is served from two authoritative nameservers, one in Amsterdam and one in Warsaw. The zone is DNSSEC-signed, and the .eu registry publishes the DS record for its key to ensure validation.
What does the final report contain and how is it structured?
The multi-page technical report covers the full evidentiary chain, including the canonical outcome set, cryptographic commitment, physical execution log, and resolved outcome. Page two of the report is specifically designed to be framed.
Who is the ideal customer for EigenSelect's services?
The service is designed for situations where how a selection was made matters as much as the selection itself, such as raffle draws that participants will scrutinize or decisions that deserve a defensible record.
What is the core philosophy behind EigenSelect's service design?
The website states that the service exists for occasions where the answer should arrive with its provenance attached, emphasizing the importance of the selection process alongside the result.
How can I contact EigenSelect · A quantum computer picks your winner. You get the proof.?
You can reach EigenSelect · A quantum computer picks your winner. You get the proof. by e-mail at info@eigenselect.com.
What is the official website of EigenSelect · A quantum computer picks your winner. You get the proof.?
The official website of EigenSelect · A quantum computer picks your winner. You get the proof. is eigenselect.com.
How is EigenSelect · A quantum computer picks your winner. You get the proof. rated on Trustburn?
On Trustburn, EigenSelect · A quantum computer picks your winner. You get the proof. has a rating of 4.5 out of 5 based on 4 reviews.
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The physical execution on the IQM Crystal-54 processor provides a strong foundation for trust. The commitment architecture, utilizing both DNS and Nostr, ensures that the parameters are fixed before the quantum state collapses. This transparency is exactly what is needed for high-stakes selections where provenance is critical.
I really like how straightforward this service is. You submit a list, confirm the parameters, and the quantum computer does its thing. The best part is that you actually get a report that explains everything. It is nice to know that the selection happens on real hardware and not just a simulation. The price is clear too, so there are no surprises with hidden fees. It is a cool way to settle a dispute or pick a winner at an office party. The verification steps are easy to understand, and having the records published publicly means anyone can check the work. It feels like a solid, reliable option for simple draws.
This concept is absolutely thrilling! EigenSelect takes the simple idea of a coin flip or raffle and elevates it to a scientific event. The fact that a physical superconducting processor handles the selection is fascinating, especially the detail about the 15 millikelvin temperature. I am genuinely excited by the transparency approach. Having the commitment published in DNS records and on Nostr relays before the hardware even runs is a bold move that shows they mean business. It feels like a fresh, modern solution for anyone who needs verifiable randomness without relying on opaque software. The idea that a single measurement collapses the outcome is pure quantum magic made practical. I am eager to see how this scales for larger draws. The documentation looks robust, and the use of rejection sampling adds another layer of confidence. This service seems perfect for events where the process matters as much as the result. It is an enthusiastic endorsement of a genuinely innovative tool that brings quantum computing to everyday decisions. The verification plane with two nameservers in different jurisdictions is a smart touch. I look forward to testing it out soon!
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EigenSelect is a paid service that resolves coin flips, raffle draws, and lottery-style selections using a physical superconducting quantum processor. Each selection is performed by a single measurement on a 54-qubit quantum computer, with no simulation fallback, and is documented in a multi-page report covering the outcome set, cryptographic commitment, execution log, and resolved result. Before execution, a commitment digest is published as a DNS TXT record in the eigenselect.eu zone and as a signed event on public Nostr relays to allow independent verification. Customers submit the parameters of their selection, confirm a plain-language description of the outcome set, and receive the technical report after the quantum measurement is run. The service charges €50 per selection and refunds the fee if the physical hardware cannot be verified.
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