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Electromagnetic scattering by nonlinear dielectric cylinders with non-kerr-like nonlinearities
limited evidence
Show all credibility signals
- cautionDOI registered: No matching Crossref record was present in this response.
- cautionDOI resolves: No matching Crossref record was present in this response.
- not scoredDirectory of Open Access Journals: No matching DOAJ record was present in this response. No allow-list match; this is not evidence of low credibility.
- not scoredMEDLINE indexed: Not checked or no result supplied; no credibility inference made.
- not scoredOpenAlex core source: Not checked or no result supplied; no credibility inference made.
- not scoredKnown publisher allow-list: Not checked or no result supplied; no credibility inference made.
- not scoredROR affiliation: Not checked or no result supplied; no credibility inference made.
- not scoredRetraction Watch retraction: No retraction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch expression of concern: No expression of concern notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch correction: No correction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch reinstatement: No reinstatement notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredOpen access status: Not checked or no result supplied; no credibility inference made.
- not scoredPublication license: Not checked or no result supplied; no credibility inference made.
- not scoredPublication version: A publication version was supplied but is not scored.
- cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty.
New small 90 deg hybrid coupler
limited evidence
Show all credibility signals
- cautionDOI registered: No matching Crossref record was present in this response.
- cautionDOI resolves: No matching Crossref record was present in this response.
- not scoredDirectory of Open Access Journals: No matching DOAJ record was present in this response. No allow-list match; this is not evidence of low credibility.
- not scoredMEDLINE indexed: Not checked or no result supplied; no credibility inference made.
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- not scoredKnown publisher allow-list: Not checked or no result supplied; no credibility inference made.
- not scoredROR affiliation: Not checked or no result supplied; no credibility inference made.
- not scoredRetraction Watch retraction: No retraction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch expression of concern: No expression of concern notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch correction: No correction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch reinstatement: No reinstatement notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredOpen access status: Not checked or no result supplied; no credibility inference made.
- not scoredPublication license: Not checked or no result supplied; no credibility inference made.
- not scoredPublication version: A publication version was supplied but is not scored.
- cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty.
Experimental study of 80 GHz Fabry‐Pérot cavity antenna based on dual‐layer partially reflected surface
limited evidence
Show all credibility signals
- cautionDOI registered: No matching Crossref record was present in this response.
- cautionDOI resolves: No matching Crossref record was present in this response.
- not scoredDirectory of Open Access Journals: No matching DOAJ record was present in this response. No allow-list match; this is not evidence of low credibility.
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- not scoredROR affiliation: Not checked or no result supplied; no credibility inference made.
- not scoredRetraction Watch retraction: No retraction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch expression of concern: No expression of concern notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch correction: No correction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch reinstatement: No reinstatement notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredOpen access status: Not checked or no result supplied; no credibility inference made.
- not scoredPublication license: Not checked or no result supplied; no credibility inference made.
- not scoredPublication version: A publication version was supplied but is not scored.
- cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty.
Structured behaviour prediction of on‐road vehicles via deep forest
uncertain
Show all credibility signals
- cautionDOI registered: No matching Crossref record was present in this response.
- cautionDOI resolves: No matching Crossref record was present in this response.
- supportingDirectory of Open Access Journals: A matching record was returned by DOAJ.
- not scoredMEDLINE indexed: Not checked or no result supplied; no credibility inference made.
- not scoredOpenAlex core source: Not checked or no result supplied; no credibility inference made.
- not scoredKnown publisher allow-list: Not checked or no result supplied; no credibility inference made.
- not scoredROR affiliation: Not checked or no result supplied; no credibility inference made.
- not scoredRetraction Watch retraction: No retraction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch expression of concern: No expression of concern notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch correction: No correction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch reinstatement: No reinstatement notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- supportingOpen access status: Normalized open-access status: open.
- not scoredPublication license: Not checked or no result supplied; no credibility inference made.
- not scoredPublication version: A publication version was supplied but is not scored.
- cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty.
Regularised task‐related component analysis for robust SSVEP‐based brain‐computer interface
uncertain
Show all credibility signals
- cautionDOI registered: No matching Crossref record was present in this response.
- cautionDOI resolves: No matching Crossref record was present in this response.
- supportingDirectory of Open Access Journals: A matching record was returned by DOAJ.
- not scoredMEDLINE indexed: Not checked or no result supplied; no credibility inference made.
- not scoredOpenAlex core source: Not checked or no result supplied; no credibility inference made.
- not scoredKnown publisher allow-list: Not checked or no result supplied; no credibility inference made.
- not scoredROR affiliation: Not checked or no result supplied; no credibility inference made.
- not scoredRetraction Watch retraction: No retraction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch expression of concern: No expression of concern notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch correction: No correction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch reinstatement: No reinstatement notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- supportingOpen access status: Normalized open-access status: open.
- not scoredPublication license: Not checked or no result supplied; no credibility inference made.
- not scoredPublication version: A publication version was supplied but is not scored.
- cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty.
Tunable and reconfigurable bandstop filters enabled by optically controlled switching elements
uncertain
Show all credibility signals
- cautionDOI registered: No matching Crossref record was present in this response.
- cautionDOI resolves: No matching Crossref record was present in this response.
- supportingDirectory of Open Access Journals: A matching record was returned by DOAJ.
- not scoredMEDLINE indexed: Not checked or no result supplied; no credibility inference made.
- not scoredOpenAlex core source: Not checked or no result supplied; no credibility inference made.
- not scoredKnown publisher allow-list: Not checked or no result supplied; no credibility inference made.
- not scoredROR affiliation: Not checked or no result supplied; no credibility inference made.
- not scoredRetraction Watch retraction: No retraction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch expression of concern: No expression of concern notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch correction: No correction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch reinstatement: No reinstatement notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- supportingOpen access status: Normalized open-access status: open.
- not scoredPublication license: Not checked or no result supplied; no credibility inference made.
- not scoredPublication version: A publication version was supplied but is not scored.
- cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty.
A capacitor mismatch calibration scheme for SAR ADC based on genetic algorithm
uncertain
Show all credibility signals
- cautionDOI registered: No matching Crossref record was present in this response.
- cautionDOI resolves: No matching Crossref record was present in this response.
- supportingDirectory of Open Access Journals: A matching record was returned by DOAJ.
- not scoredMEDLINE indexed: Not checked or no result supplied; no credibility inference made.
- not scoredOpenAlex core source: Not checked or no result supplied; no credibility inference made.
- not scoredKnown publisher allow-list: Not checked or no result supplied; no credibility inference made.
- not scoredROR affiliation: Not checked or no result supplied; no credibility inference made.
- not scoredRetraction Watch retraction: No retraction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch expression of concern: No expression of concern notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch correction: No correction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch reinstatement: No reinstatement notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- supportingOpen access status: Normalized open-access status: open.
- not scoredPublication license: Not checked or no result supplied; no credibility inference made.
- not scoredPublication version: A publication version was supplied but is not scored.
- cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty.
Channel estimation with Zadoff–Chu sequences in the presence of phase errors
uncertain
Show all credibility signals
- cautionDOI registered: No matching Crossref record was present in this response.
- cautionDOI resolves: No matching Crossref record was present in this response.
- supportingDirectory of Open Access Journals: A matching record was returned by DOAJ.
- not scoredMEDLINE indexed: Not checked or no result supplied; no credibility inference made.
- not scoredOpenAlex core source: Not checked or no result supplied; no credibility inference made.
- not scoredKnown publisher allow-list: Not checked or no result supplied; no credibility inference made.
- not scoredROR affiliation: Not checked or no result supplied; no credibility inference made.
- not scoredRetraction Watch retraction: No retraction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch expression of concern: No expression of concern notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch correction: No correction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch reinstatement: No reinstatement notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- supportingOpen access status: Normalized open-access status: open.
- not scoredPublication license: Not checked or no result supplied; no credibility inference made.
- not scoredPublication version: A publication version was supplied but is not scored.
- cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty.
Object recognition based on shape interest points descriptor
uncertain
Show all credibility signals
- cautionDOI registered: No matching Crossref record was present in this response.
- cautionDOI resolves: No matching Crossref record was present in this response.
- supportingDirectory of Open Access Journals: A matching record was returned by DOAJ.
- not scoredMEDLINE indexed: Not checked or no result supplied; no credibility inference made.
- not scoredOpenAlex core source: Not checked or no result supplied; no credibility inference made.
- not scoredKnown publisher allow-list: Not checked or no result supplied; no credibility inference made.
- not scoredROR affiliation: Not checked or no result supplied; no credibility inference made.
- not scoredRetraction Watch retraction: No retraction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch expression of concern: No expression of concern notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch correction: No correction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch reinstatement: No reinstatement notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- supportingOpen access status: Normalized open-access status: open.
- not scoredPublication license: Not checked or no result supplied; no credibility inference made.
- not scoredPublication version: A publication version was supplied but is not scored.
- cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty.
Improved model predictive control based on Luenberger state observer for LC‐coupling hybrid active power filter
uncertain
Show all credibility signals
- cautionDOI registered: No matching Crossref record was present in this response.
- cautionDOI resolves: No matching Crossref record was present in this response.
- supportingDirectory of Open Access Journals: A matching record was returned by DOAJ.
- not scoredMEDLINE indexed: Not checked or no result supplied; no credibility inference made.
- not scoredOpenAlex core source: Not checked or no result supplied; no credibility inference made.
- not scoredKnown publisher allow-list: Not checked or no result supplied; no credibility inference made.
- not scoredROR affiliation: Not checked or no result supplied; no credibility inference made.
- not scoredRetraction Watch retraction: No retraction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch expression of concern: No expression of concern notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch correction: No correction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch reinstatement: No reinstatement notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- supportingOpen access status: Normalized open-access status: open.
- not scoredPublication license: Not checked or no result supplied; no credibility inference made.
- not scoredPublication version: A publication version was supplied but is not scored.
- cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty.
Open‐source floating‐gate cell for analogue synapses
uncertain
Show all credibility signals
- cautionDOI registered: No matching Crossref record was present in this response.
- cautionDOI resolves: No matching Crossref record was present in this response.
- supportingDirectory of Open Access Journals: A matching record was returned by DOAJ.
- not scoredMEDLINE indexed: Not checked or no result supplied; no credibility inference made.
- not scoredOpenAlex core source: Not checked or no result supplied; no credibility inference made.
- not scoredKnown publisher allow-list: Not checked or no result supplied; no credibility inference made.
- not scoredROR affiliation: Not checked or no result supplied; no credibility inference made.
- not scoredRetraction Watch retraction: No retraction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch expression of concern: No expression of concern notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch correction: No correction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch reinstatement: No reinstatement notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- supportingOpen access status: Normalized open-access status: open.
- not scoredPublication license: Not checked or no result supplied; no credibility inference made.
- not scoredPublication version: A publication version was supplied but is not scored.
- cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty.
Optimization of trusted wireless sensing models based on deep reinforcement learning for ISAC systems
uncertain
Show all credibility signals
- cautionDOI registered: No matching Crossref record was present in this response.
- cautionDOI resolves: No matching Crossref record was present in this response.
- supportingDirectory of Open Access Journals: A matching record was returned by DOAJ.
- not scoredMEDLINE indexed: Not checked or no result supplied; no credibility inference made.
- not scoredOpenAlex core source: Not checked or no result supplied; no credibility inference made.
- not scoredKnown publisher allow-list: Not checked or no result supplied; no credibility inference made.
- not scoredROR affiliation: Not checked or no result supplied; no credibility inference made.
- not scoredRetraction Watch retraction: No retraction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch expression of concern: No expression of concern notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch correction: No correction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch reinstatement: No reinstatement notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- supportingOpen access status: Normalized open-access status: open.
- not scoredPublication license: Not checked or no result supplied; no credibility inference made.
- not scoredPublication version: A publication version was supplied but is not scored.
- cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty.
A smart glove with integrated triboelectric nanogenerator for self-powered gesture recognition and language expression
uncertain
Show all credibility signals
- cautionDOI registered: No matching Crossref record was present in this response.
- cautionDOI resolves: No matching Crossref record was present in this response.
- supportingDirectory of Open Access Journals: A matching record was returned by DOAJ.
- not scoredMEDLINE indexed: Not checked or no result supplied; no credibility inference made.
- not scoredOpenAlex core source: Not checked or no result supplied; no credibility inference made.
- not scoredKnown publisher allow-list: Not checked or no result supplied; no credibility inference made.
- not scoredROR affiliation: Not checked or no result supplied; no credibility inference made.
- not scoredRetraction Watch retraction: No retraction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch expression of concern: No expression of concern notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch correction: No correction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch reinstatement: No reinstatement notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- supportingOpen access status: Normalized open-access status: open.
- not scoredPublication license: Not checked or no result supplied; no credibility inference made.
- not scoredPublication version: A publication version was supplied but is not scored.
- cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty.
Polaron Polaritons in the Integer and Fractional Quantum Hall Regimes
limited evidence
Show all credibility signals
- cautionDOI registered: No matching Crossref record was present in this response.
- cautionDOI resolves: No matching Crossref record was present in this response.
- not scoredDirectory of Open Access Journals: No matching DOAJ record was present in this response. No allow-list match; this is not evidence of low credibility.
- not scoredMEDLINE indexed: Not checked or no result supplied; no credibility inference made.
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- not scoredKnown publisher allow-list: Not checked or no result supplied; no credibility inference made.
- not scoredROR affiliation: Not checked or no result supplied; no credibility inference made.
- not scoredRetraction Watch retraction: No retraction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch expression of concern: No expression of concern notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch correction: No correction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch reinstatement: No reinstatement notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- supportingOpen access status: Normalized open-access status: open.
- not scoredPublication license: Not checked or no result supplied; no credibility inference made.
- not scoredPublication version: A publication version was supplied but is not scored.
- cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty.
From post-distortion to pre-distortion for power amplifiers linearization
limited evidence
Show all credibility signals
- cautionDOI registered: No matching Crossref record was present in this response.
- cautionDOI resolves: No matching Crossref record was present in this response.
- not scoredDirectory of Open Access Journals: No matching DOAJ record was present in this response. No allow-list match; this is not evidence of low credibility.
- not scoredMEDLINE indexed: Not checked or no result supplied; no credibility inference made.
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- not scoredROR affiliation: Not checked or no result supplied; no credibility inference made.
- not scoredRetraction Watch retraction: No retraction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch expression of concern: No expression of concern notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch correction: No correction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch reinstatement: No reinstatement notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredOpen access status: Not checked or no result supplied; no credibility inference made.
- not scoredPublication license: Not checked or no result supplied; no credibility inference made.
- not scoredPublication version: A publication version was supplied but is not scored.
- cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty.
Detection of OH in an atmospheric flame at 1.5 um using optical frequency comb spectroscopy
limited evidence
Show all credibility signals
- cautionDOI registered: No matching Crossref record was present in this response.
- cautionDOI resolves: No matching Crossref record was present in this response.
- not scoredDirectory of Open Access Journals: No matching DOAJ record was present in this response. No allow-list match; this is not evidence of low credibility.
- not scoredMEDLINE indexed: Not checked or no result supplied; no credibility inference made.
- not scoredOpenAlex core source: Not checked or no result supplied; no credibility inference made.
- not scoredKnown publisher allow-list: Not checked or no result supplied; no credibility inference made.
- not scoredROR affiliation: Not checked or no result supplied; no credibility inference made.
- not scoredRetraction Watch retraction: No retraction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch expression of concern: No expression of concern notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch correction: No correction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch reinstatement: No reinstatement notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- supportingOpen access status: Normalized open-access status: open.
- not scoredPublication license: Not checked or no result supplied; no credibility inference made.
- not scoredPublication version: A publication version was supplied but is not scored.
- cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty.
STARLI / TEN FLAGSHIP RESEARCH CONSTELLATION YULI · NANO × QUANTUM × REGENERATION × AI × BCI F001–F005 / 200 | Neural Nanomaterials | 777-page research working editions F001 Intelligent Nanomaterials for Neural Interfaces at the Limit Research identity: Charge-transfer integrity in compliant nanointerfaces. Endpoint: interfacial impedance [ohm]. Concealed discriminator: saline reference exchange. Conventional rival: standard platinum microelectrode matched for exposed area and recording bandwidth. F002 Programmable Neural Nanocomposites at the Limit Research identity: Programmability versus material heterogeneity. Endpoint: effective composite modulus [Pa]. Concealed discriminator: masked alignment reversal. Conventional rival: composition-matched nonprogrammable nanocomposite and classical Voigt/Reuss bounds. F003 Adaptive Conductive Nanonetworks for Neural Systems at the Limit Research identity: Adaptive conduction without hidden compensation. Endpoint: network conductance [S]. Concealed discriminator: pulse-duration scrambling. Conventional rival: fixed-resistance mesh and conventional redundant electrode network. F004 Ultraflexible Nanoelectrodes for BCI at the Limit Research identity: Flexibility must preserve electrical identity. Endpoint: fracture strain [1]. Concealed discriminator: unfamiliar soft phantom stiffness. Conventional rival: commercial flexible polymer electrode matched for electrical area and bending history. F005 Neural Tissue-Compatible Nanosurface Engineering at the Limit Research identity: Biological compatibility is not surface appearance. Endpoint: viable-cell fraction [%]. Concealed discriminator: wettability-matched control. Conventional rival: polished inert control and surface-chemistry-matched conventional coating. THE THREE-LETTER RESEARCH GATE PROTOCOL Each book proposes 30 distinct model functions, 82 chapters / 410 investigations, 200 independent test-entry contracts and 33 Phoenix study artifacts. Its Gates are letters to future researchers: Origin, Extreme Extrapolation and Future Research Plan. Literary possibility never substitutes for direct measurement. Evidence boundary: the YULI two-hundred-theme Word fixes each topic. STARLI F02 (DOI: 10.5281/zenodo.23486020) provides analogical engineering methods, not neurological efficacy evidence. External peer-reviewed materials and neural-interface methods remain separate sources. STARLI / TEN FLAGSHIP RESEARCH CONSTELLATION YULI · NANO × QUANTUM × REGENERATION × AI × BCI F006–F010 / 200 | Neural Nanomaterials | 777-page research working editions F006 Low-Inflammation Neural Nanointerfaces at the Limit Research identity: Low inflammation requires direct cellular evidence. Endpoint: inflammatory cytokine change [pg/mL]. Concealed discriminator: low-dose thermal staircase. Conventional rival: inert surface and commercially established low-reactivity reference under equal culture conditions. F007 Self-Healing Neural Nanoconductors at the Limit Research identity: Repaired conductance is not restored safety. Endpoint: conductance recovery [%]. Concealed discriminator: thermal stress after restoration. Conventional rival: qualified redundant conductor and conventional replaceable electrode trace. F008 Signal-Selective Neural Nanomaterials at the Limit Research identity: Signal selectivity must survive irrelevant sources. Endpoint: target-to-offtarget amplitude ratio [dB]. Concealed discriminator: independent signal generator. Conventional rival: matched passive electrode with conventional analogue/digital bandpass filtering. F009 Long-Term Stable Neural Nanoimplant Materials at the Limit Research identity: Long-term stability must be witnessed over time. Endpoint: time-to-impedance-failure [day]. Concealed discriminator: late-cycle blind inspection. Conventional rival: conventional chronic-interface material with same ageing dose and endpoint thresholds. F010 Biodegradable Neural Interface Nanomaterials at the Limit Research identity: Biodegradability cannot conceal a lost function. Endpoint: dry-mass retention [%]. Concealed discriminator: second-lot monomer source. Conventional rival: stable reference interface and biodegradable polymer of established composition. SOURCE AND QUALITY CHARTER The 10 books are prospective nonclinical design working editions. Their original conjectures require independent experiments; unknown DOI identities, quantitative causal independence and professional mathematical review must not be reported as passed. Each volume preserves strong conventional baselines, blinded perturbations and hard-stop conditions. External reference examples: Tang et al., Nature Electronics (2023), DOI 10.1038/s41928-022-00913-9; Liu et al., Microsystems & Nanoengineering (2023), DOI 10.1038/s41378-022-00479-8; Shen et al., Nature Biomedical Engineering (2023), DOI 10.1038/s41551-023-01021-5. Join the STARLI Research Community · https://zenodo.org/communities/starli-research-gate/ We do not need to know which door future generations will choose to open. We only hope that when they open it, they will find a little light to guide their way. 🌈🚪✨
limited evidence
Show all credibility signals
- cautionDOI registered: No matching Crossref record was present in this response.
- cautionDOI resolves: No matching Crossref record was present in this response.
- not scoredDirectory of Open Access Journals: No matching DOAJ record was present in this response. No allow-list match; this is not evidence of low credibility.
- not scoredMEDLINE indexed: Not checked or no result supplied; no credibility inference made.
- not scoredOpenAlex core source: Not checked or no result supplied; no credibility inference made.
- not scoredKnown publisher allow-list: Not checked or no result supplied; no credibility inference made.
- not scoredROR affiliation: Not checked or no result supplied; no credibility inference made.
- not scoredRetraction Watch retraction: No retraction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch expression of concern: No expression of concern notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch correction: No correction notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- not scoredRetraction Watch reinstatement: No reinstatement notice matched this DOI in the deployed snapshot. No matching event found; coverage may be incomplete.
- supportingOpen access status: Normalized open-access status: open.
- supportingPublication license: A publication license was supplied: https://creativecommons.org/licenses/by/4.0/legalcode. Presence improves reuse transparency, not research validity.
- not scoredPublication version: A publication version was supplied but is not scored.
- cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty.
STARLI / TEN-FLAGSHIP RESEARCH CONSTELLATION YULI · NANO × QUANTUM × REGENERATION × AI × BCI F031–F035 / 200 | Family 04: Neural Bioelectricity & Nanosensing F031 Nanoscale Neural Bioelectric Sensing at the Limit Mechanism: double-layer admittance near a nanoscale contact. Primary: voltage transduction gain [volt per volt]. Hidden test: sealed common-mode voltage injection. Rival: apparent gain caused by amplifier scaling and contact geometry. F032 Multichannel Neural Nanoelectrode Arrays at the Limit Mechanism: capacitive cross-coupling between adjacent traces. Primary: cross-channel voltage ratio [decibel]. Hidden test: concealed electrode-bank shutdown. Rival: shared reference or unmeasured field spread explains reported crosstalk. F033 Nanoscale Local Field Potential Measurement at the Limit Mechanism: dipole depth dependent attenuation. Primary: field-potential signed error [microvolt]. Hidden test: hidden source-dipole depth. Rival: mis-specified volume conduction reproduces an apparent nanometer advantage. F034 Synaptic Electrochemical Nanosensing at the Limit Mechanism: Faradaic oxidation peak selectivity. Primary: analytical limit of detection [mole per liter]. Hidden test: blinded dopamine-ascorbate admixture. Rival: electrode fouling or interfering species mimics neurotransmitter sensitivity. F035 Drift Compensation in Neural Nanosensors at the Limit Mechanism: temperature dependent electrode offset. Primary: held-out voltage residual [microvolt]. Hidden test: concealed temperature step. Rival: compensation subtracts true low-frequency physiology rather than sensor drift. THE FALSIFIABLE MEASUREMENT CONTRACT Ten 777-page prospective design books each contain 30 math plates, 82 chapters, 410 one-page studies, 200 Gates with three independent future letters, and 33 Phoenix. Physical source, calibration history, electrode chemistry, drift, timing and information metrics remain distinct observations. Bench evidence is never clinical or neural repair proof. STARLI / TEN-FLAGSHIP RESEARCH CONSTELLATION YULI · NANO × QUANTUM × REGENERATION × AI × BCI F036–F040 / 200 | Family 04: Neural Bioelectricity & Nanosensing F036 Synchronous Neural Electrical and Chemical Sensing at the Limit Mechanism: chemical sensor transport delay. Primary: registered timing offset [millisecond]. Hidden test: masked clock-offset perturbation. Rival: filter phase response is mistaken for biological electrical-chemical synchrony. F037 Low-Power Implantable Neural Nanosensing at the Limit Mechanism: amplifier bias current leakage. Primary: energy per valid information bit [nanojoule per bit]. Hidden test: hidden packet retransmission rate. Rival: spurious savings from reduced sample rate, lost bits or hidden retransmissions. F038 Cross-Scale Calibration of Neural Nanosensors at the Limit Mechanism: electrode aperture footprint convolution. Primary: cross-scale relative signed bias [percent]. Hidden test: concealed nanoprobe spacing change. Rival: spatial averaging and probe placement explain apparent cross-scale bias reduction. F039 Signal-to-Noise and Information Limits in Neural Sensing Mechanism: input-referred amplifier noise spectrum. Primary: out-of-sample information rate [bit per second]. Hidden test: blind task-label swap. Rival: fixed stimulus rhythms or label leakage masquerade as recoverable information. F040 Traceable Neural Nanometrology at the Limit Mechanism: reference source drift across calibration cycles. Primary: combined standard uncertainty [microvolt]. Hidden test: blind independent voltage reference. Rival: shared systematic calibration error makes independent instruments agree falsely. EVIDENCE, DOIs & SCIENTIFIC LIMITS Methods: Liu et al. (2023), DOI 10.1038/s41378-022-00479-8; Tang et al. (2023), DOI 10.1038/s41928-022-00913-9; JCGM 100:2008(E), DOI 10.59161/JCGM100-2008E. The supplied F02 (10.5281/zenodo.23486020) is a methodology source, not performance evidence. Full expert and gate-causality reviews remain open. Join the STARLI Research Community · https://zenodo.org/communities/starli-research-gate/ We do not need to know which door future generations will choose to open. We only hope that when they open it, they will find a little light to guide their way. 🌈🚪✨
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STARLI / YULI — F145/200 — Family 15: Regenerative BCI Co-Design 再生腦機介面微環境調控極限 Microenvironment Control In Regenerative BCI At The Limit Research position. This prospective, nonclinical Research Working Edition investigates Microenvironment oxygen concentration deviation [mg/L] in a hydrogel-electrode coculture testbed with a calibrated, independently acquired measurement reference. It proposes a scaffold–electrode–tissue causal model; it does not report completed experiments, animal studies, clinical efficacy, or validated regeneration. Testable claim. With acquisition time, authorized specimens, electrode exposure and reference assays matched, a preregistered joint-interface candidate is compared against an independently tuned conventional scaffold with a separate nonregenerative electrode. The masked challenge is concealed restriction of microfluidic flow; the chief rival is oxygen probe positioning causes apparent gradients. The primary candidate relation is Delta_C_O2 = C_target - C_measured. Interpretation requires Target and measured concentrations must share sampling time, spatial point, temperature and dissolved-oxygen calibration. Research architecture. The volume contains 30 mathematical and engineering diagnostic plates, 82 chapters with 410 one-page investigations, 200 Research Gates with three scientific letters per gate, and 33 Phoenix Answer Embryos. Methods include impedance and material-interface metrology, orthogonal biological witnesses, preregistered blinded tests, uncertainty propagation, negative-result retention, and independent reconstruction. Limitations and evidence. Escalating inflammation, premature material disintegration, loss of independent electrical reference, or revoked sample authorization are hard stops. Candidate mechanisms and formulas are not new confirmed physical laws. Foundational source identity was checked for Yuk, H., Wu, J., Zhao, X. (Nature Reviews Materials 7, 935-952 (2022)), DOI 10.1038/s41578-022-00483-4; Bierman-Duquette, R. D. et al. (Advanced Healthcare Materials 11(7), e2101577 (2022)), DOI 10.1002/adhm.202101577; these publications do not validate the new integrated hypothesis. Deep semantic distinctness across chapters and Gates requires specialist review. Author: 33 / STARLI–YULI Research Institute 36. Version v1.0; 2026-11-06. Join the STARLI Research Community Explore more than 100 interdisciplinary research themes and follow the evolving STARLI Research Gate community: https://zenodo.org/communities/starli-research-gate/
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- not scoredPublication version: A publication version was supplied but is not scored.
- cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty.
STARLI / YULI — F149/200 — Family 15: Regenerative BCI Co-Design 再生腦機介面長期安全極限 Long-Term Safety Of Regenerative BCI Interfaces At The Limit Research position. This prospective, nonclinical Research Working Edition investigates Time-dependent device failure hazard [per day] in a hydrogel-electrode coculture testbed with a calibrated, independently acquired measurement reference. It proposes a scaffold–electrode–tissue causal model; it does not report completed experiments, animal studies, clinical efficacy, or validated regeneration. Testable claim. With acquisition time, authorized specimens, electrode exposure and reference assays matched, a preregistered joint-interface candidate is compared against an independently tuned conventional scaffold with a separate nonregenerative electrode. The masked challenge is masked accelerated degradation challenge; the chief rival is non-physiological accelerated conditions change the failure mechanism. The primary candidate relation is h(t) = f_failure(t) / Survival(t). Interpretation requires Density is in inverse days while survival is dimensionless; distinguish true failures, censoring and competing risks. Research architecture. The volume contains 30 mathematical and engineering diagnostic plates, 82 chapters with 410 one-page investigations, 200 Research Gates with three scientific letters per gate, and 33 Phoenix Answer Embryos. Methods include impedance and material-interface metrology, orthogonal biological witnesses, preregistered blinded tests, uncertainty propagation, negative-result retention, and independent reconstruction. Limitations and evidence. Escalating inflammation, premature material disintegration, loss of independent electrical reference, or revoked sample authorization are hard stops. Candidate mechanisms and formulas are not new confirmed physical laws. Foundational source identity was checked for Tang, X., Shen, H., Zhao, S. et al. (Nature Electronics 6, 109-118 (2023)), DOI 10.1038/s41928-022-00913-9; Bierman-Duquette, R. D. et al. (Advanced Healthcare Materials 11(7), e2101577 (2022)), DOI 10.1002/adhm.202101577; these publications do not validate the new integrated hypothesis. Deep semantic distinctness across chapters and Gates requires specialist review. Author: 33 / STARLI–YULI Research Institute 36. Version v1.0; 2026-11-06. Join the STARLI Research Community Explore more than 100 interdisciplinary research themes and follow the evolving STARLI Research Gate community: https://zenodo.org/communities/starli-research-gate/
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STARLI / YULI — F150/200 — Family 15: Regenerative BCI Co-Design 再生腦機介面因果效益驗證極限 Causal Benefit Validation Of Regenerative BCI At The Limit Research position. This prospective, nonclinical Research Working Edition investigates Causal joint-versus-separate interface benefit [percentage points] in a hydrogel-electrode coculture testbed with a calibrated, independently acquired measurement reference. It proposes a scaffold–electrode–tissue causal model; it does not report completed experiments, animal studies, clinical efficacy, or validated regeneration. Testable claim. With acquisition time, authorized specimens, electrode exposure and reference assays matched, a preregistered joint-interface candidate is compared against an independently tuned conventional scaffold with a separate nonregenerative electrode. The masked challenge is blinded omission of an essential interface component; the chief rival is repeated training and familiarity, not integration, drive improvement. The primary candidate relation is ATE_joint = E[Y_joint - Y_separate]. Interpretation requires A difference of percentage-point outcomes requires randomization or defensible exchangeability; avoid using a model score as direct functional recovery. Research architecture. The volume contains 30 mathematical and engineering diagnostic plates, 82 chapters with 410 one-page investigations, 200 Research Gates with three scientific letters per gate, and 33 Phoenix Answer Embryos. Methods include impedance and material-interface metrology, orthogonal biological witnesses, preregistered blinded tests, uncertainty propagation, negative-result retention, and independent reconstruction. Limitations and evidence. Escalating inflammation, premature material disintegration, loss of independent electrical reference, or revoked sample authorization are hard stops. Candidate mechanisms and formulas are not new confirmed physical laws. Foundational source identity was checked for Tang, X., Shen, H., Zhao, S. et al. (Nature Electronics 6, 109-118 (2023)), DOI 10.1038/s41928-022-00913-9; Yuk, H., Wu, J., Zhao, X. (Nature Reviews Materials 7, 935-952 (2022)), DOI 10.1038/s41578-022-00483-4; these publications do not validate the new integrated hypothesis. Deep semantic distinctness across chapters and Gates requires specialist review. Author: 33 / STARLI–YULI Research Institute 36. Version v1.0; 2026-11-06. Join the STARLI Research Community Explore more than 100 interdisciplinary research themes and follow the evolving STARLI Research Gate community: https://zenodo.org/communities/starli-research-gate/
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A Space-Frequency Block Code for Single-Carrier FDMA
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ISVHAAI AI Society Letters: Vehicles Human Swarm Optimization (VHSO)
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Two-points Interpolation of Curves and Functions
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Writer identification – clustering letters with unknown authors
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- cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty.