GCRI · فناوریهای کوانتومی
روشها و عدم قطعیت
The methods Quantum Technologies relies on: their equations and assumptions, the data they need, how they are validated and the limits of what they can show.
The workspace for methods and uncertainty.
Evidence grading
Methods and uncertainty · Review wave 3 · Example interface, not a record
Certainty by criterion
0 low to 100 high
Higher is more certain. Values are examples.
Review queue
- R-1Systems using quantum-vulnerable cryptosecond reviewer6 روز
- R-2Systems migrated to PQCsecond reviewer2 روز
- R-3Testbed qubit countsecond reviewer5 روز
Quantum Technologies · Evidence grading. Evidence grading: example names and illustrative values, not a record.
The methods in use.
- 01فیزیک و علم کوانتومCharacterising qubit noise · Metrology of quantum clocks · Verifying quantum effectsApplied here
- 02محاسبات، سنجش و ارتباطات کوانتومیComparable benchmarking · Technology readiness assessment · Security implications trackingApplied here
- 03امنیت سایبری و رمزنگاریCryptographic inventory · Migration prioritisation · QKD implementation reviewApplied here
- 04علم مواد و شیمیMaterials for longer coherence · Fabrication variability · Quantum chemistry use casesApplied here
- 05احتمال و آمارFidelity estimation · Testing advantage claims · Analysing patent and investment dataApplied here
Each method, its role in this field and how it is checked.
- PhysicsRole herePhysics and quantum science is the science this platform stewards for the network.Checks appliedIndependent replication; Uncertainty budgets; Classical controls
- Quantum technologyRole hereQuantum computing, sensing and communication is the technology this platform stewards.Checks appliedBest classical baseline; Benchmark conditions; Readiness evidence
- امنیت سایبریRole hereCybersecurity and cryptography meet quantum technology in two ways: quantum computers threaten current public-key cryptography, and quantum key distribution offers a different way to share keys.Checks appliedInventory completeness; Interoperability testing; Agency alignment
- Materials chemistryRole hereMaterials science and chemistry supply the substrates, films, crystals and photonic components quantum devices are built from, and are a leading target for quantum simulation.Checks appliedCross-lab comparison; Classical baseline; Process documentation
- Probability statisticsRole hereProbability and statistics underpin quantum measurement, benchmarking and claims.Checks appliedModel assumptions; Confidence intervals; Deduplication
نحوهٔ اجرای فرایند.
Process explorer · Process
Methods and uncertainty: Source to evidence record
10 steps·4 مرحله·2 دروازه
فرایند
Methods and uncertainty: Source to evidence record
A source is registered and assessed, its record labelled and classified, and a Digital Evidence Passport carries provenance; a correction reaches every dependent record.
01 Intake
- 01Identify the sourceSource · The source stewardDiscovery is not ingestion. Source identification records the source class, steward, institutional role and jurisdiction.
- 03Register the sourceگامRegistration makes a discovered source a governed participant in the evidence lifecycle. It implies no endorsement or certification.
02 Assessment
- 04Jurisdiction and rights classificationدروازهRights classification identifies licence, consent, confidentiality and reuse limits. The result determines access and routing.
- 05Evidence quality assessmentگامQuality assessment decides whether a record is fit for a defined use. Quality is multidimensional and never a single score.
- 06Evidence labelگامEvery finding carries one of nine evidence labels. Missing data is shown as missing, never as zero.
03 Record
- 07Evidence classificationسابقهClassification gives records lifecycle states, such as source-verified, public-safe or restricted. States can coexist and set evidence use.
- 08Source release and identifierسابقه · NXS-GRX (canonical data, provenance and risk)A source release records rights, temporal coverage and source lineage. A UNI is allocated through a catalogue and never typed by hand.
- 09Digital Evidence PassportسابقهThe passport records provenance, quality, rights, jurisdiction, permitted use and history, so evidence keeps its context when it travels.
04 Use and correction
- 02Correction reaches dependent recordsStep · NXS-GRX (canonical data, provenance and risk)A source correction propagates to dependent cuts and products without rewriting old results.
- 10داوری امن برای عمومدروازهPublic-safe review decides whether a record can be shared publicly. It is a distinct stage and is not validation.
Data protocols: evidence lifecycle · Data protocols: core data objects and evidence records · The Global Risks Index (NXS-GRX)Designed programme process, not a record of operation. No cycle has run and every programme is at service level R0. A gate is a programme decision, never a public-authority approval, certification or deployment authorisation. The data-protocol pages describe a design, not a running system.
Where uncertainty in quantum analysis comes from, and how it is shown.
| منبع | Why it matters here | How it is reported |
|---|---|---|
| Timing of cryptographically relevant machines | Expert views differ widely | No date asserted; migration planned regardless |
| Hardware performance | Reported metrics are not comparable across platforms | Metrics and conditions stated |
| Application advantage | Demonstrated advantage is narrow | Claims checked against peer-reviewed evidence |
This platform does not predict when quantum computers will break current cryptography.
How uncertainty is reported.
- 01
State assumptions
Each analysis lists its assumptions and the data it depends on.
- 02
Quantify where possible
Ranges and confidence are reported alongside central estimates.
- 03
Validate and compare
Models are checked against observations and, where possible, against other models.
- 04
Publish limits
What an analysis cannot show is stated beside what it can.
Where this page’s references lead.
نهادها و اسنادی که این صفحه بر پایهٔ آنها خوانده میشود. وضعیت و ویراستها تغییر میکنند؛ هر پیوند به نهاد صادرکننده میرود.
پرسش و پاسخ.
Are the methods open?
شواهد را از همین صفحه ارسال کنید.
گزارشها is the Consortium’s quarterly publication. What you know about this subject can become evidence, a case or a correction in the next edition, credited to you and published under CC BY 4.0 where it is your own work.
- ایمیلدرگاه GW-GCRIاز همین صفحه ارسال کنیدشواهد، یک اصلاحیه، یک مورد، یک روش، یک داوری، یک ترجمه یا ورودی نمایه. با برچسب این صفحه میرسد تا ویراستار مسئول آن را دریافت کند.
- Zenodoسپردهٔ بازآن را واگذار کنید و به جامعه ارائه دهیدسابقهٔ خود را با شناسهٔ ORCID خود در Zenodo منتشر کنید و سپس آن را در همانجا به جامعهٔ Reports ارسال کنید. گزینشگران آن را داوری میکنند؛ DOI از آنِ شما میماند.
- گزارشهاGCRIهمهٔ راههای مشارکت را ببینیدانواع مشارکت، نحوهٔ بررسی هر یک، اعتباری که دریافت میکنید، مجوز و آنچه هرگز پذیرفته نمیشود.
هرگز داده شخصی، جزئیات حساس زیرساخت یا چیزی را که حق اشتراکش را ندارید نفرستید. هر مشارکت پیش از استفاده داوری میشود؛ ارسال آن حق مؤلفی یا ویرایشی نمیدهد و حمایت مالی هرگز یافتهای را نمیخرد.
یک روش، یک مجموعهداده یا یک پرسش بیاورید.
اطلاعات و درخواستها امروز باز است. هر درخواست یک شمارهٔ پیگیری میگیرد و گام بعدی را مشخص میکند؛ درخواستهای عضویت، پرداختها، تخصیص رایانش و ثبتنامها تنها زمانی باز میشوند که تیم، شرایط و ظرفیت داوری آنها فراهم باشد.
اسناد حقوقی.
نقشهها، دادهها و ارقام این سایت برای زمینه و اطلاعات عمومی نشان داده میشوند. توصیه، پیشبینی یا هشدار نیستند؛ حدود این اطلاعات در سلب مسئولیتها و اعلامیههای داده بیان شده است.