{"id":11899,"external_id":"plugin_asdk_app_6adf9b7e45f88191bd7d8eeda8055807","name":"quantum-expectations","display_name":"Quantum Expectations","developer":"Matthias Wulff","category":"Education & Research","listing_language":"en","listing_language_details":{"method":"cld-0.13.0/listing-v1","reliable":true,"detected_at":"2026-11-09T18:06:57Z","input_sha256":"36bf6a9c62d78f6d6c4d4e2646786c6b8e81d0a58d020374c5f0daeada1a2f91","source_fields":["release.description","release.interface.short_description","release.interface.long_description"]},"version":"0.8.1","skill_count":1,"first_seen_at":"2026-11-09T18:00:01.937Z","last_seen_at":"2026-11-10T06:00:01.380Z","last_changed_at":"2026-11-09T18:00:01.937Z","install_count":null,"search_matches":[],"research_summary":null,"research_reviewed_at":null,"metadata":{"canonical_app_id":"asdk_app_6adf9b7e45f88191bd7d8eeda8055807","connector_id":"asdk_app_6adf9b7e45f88191bd7d8eeda8055807","created_at":"2026-10-27T16:34:43.437313Z","discoverability":"LISTED","id":"plugin_asdk_app_6adf9b7e45f88191bd7d8eeda8055807","is_template":false,"is_template_instance":false,"name":"quantum-expectations","release":{"app_ids":["asdk_app_6adf9b7e45f88191bd7d8eeda8055807"],"app_manifest":{"apps":{"quantum-expectations":{"id":"asdk_app_6adf9b7e45f88191bd7d8eeda8055807","required":true}}},"app_templates":[],"description":"Reality-check quantum computing claims with sourced data. Read-only tools for anyone, expert or not: whether a computation is realistic on today's hardware, what better hardware it would need, what famous goals such as breaking RSA-2048 really take, how the hardware types compare, and how fast records are improving.","display_name":"Quantum Expectations","id":"pluginrel_a17aefc4760081919fbb8fe8da6357da","interface":{"brand_color":null,"capabilities":["Check whether a computation is realistic on today's quantum hardware","Test the claims in a paper, press release, roadmap or headline against today's hardware numbers","See how much better the hardware must get before a given computation works","Size well-known goals, such as breaking RSA-2048, in physical qubits and run time","Compare trapped-ion, superconducting and neutral-atom hardware side by side","Follow record error rates and qubit counts over time, and project when a target is reached","Explore example algorithms, error-correction codes and measured hardware benchmark scores","Assumptions and caveats with feasibility and requirement answers, a primary source for every hardware record"],"category":"Education & Research","composer_icon_dark_url":null,"composer_icon_url":"https://files.openai.com/content?id=file_00000000c89c81f4aa2082edf43e0193","default_prompt":"What is the state of quantum computing hardware today, and how fast is it improving?","default_prompts":["What is the state of quantum computing hardware today, and how fast is it improving?","I'll paste a quantum paper, press release or roadmap: how do its claims compare with today's hardware?","Could a 20-qubit, depth-20 circuit run on today's best trapped-ion hardware?"],"developer_name":"Matthias Wulff","logo_url":"https://files.openai.com/content?id=file_0000000001848210981c6564e1754cf0","logo_url_dark":null,"long_description":"See for yourself what today's quantum computers can actually do, and how far they are from the applications in the headlines. 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It treats noise with the standard surface-code approximation and a routing allowance for hardware with fixed connections, and leaves out effects such as leakage, crosstalk, measurement errors, single-qubit gate errors and idling. Where a measured benchmark score and the model disagree, the measurement wins. All tools are read-only and take no personal data.","plugin_category_id":"education & research","privacy_policy_url":"https://www.quantum-expectations.com/privacy","screenshot_urls":[],"short_description":"Reality-check quantum claims","terms_of_service_url":"https://www.quantum-expectations.com/terms","website_url":"https://www.quantum-expectations.com"},"keywords":["quantum computing","quantum error correction","surface code","qLDPC","fault tolerance","resource estimation","qubit","feasibility"],"onboarding_skill_name":"get-started","requires_local_executor":false,"skills":[{"description":"First-run guide for Quantum Expectations. 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