STARLI / YULI • F001–F010 / ACUPUNCTURE REGENERATION QUANTUM SENSING × INTELLIGENT ACUPUNCTURE TEN FLAGSHIP RESEARCH DESIGNS | 355-PAGE EDITION F001–F005 | FIVE DISTINCT SCIENTIFIC CONTRACTS F001 Quantum Sensing-Assisted Intelligent Acupuncture and Regenerative Medicine at the Limit Primary endpoint: held-out phantom-field reconstruction error (nT). Hidden challenge: coded source-coil reversal. Rival: thermal ODMR drift mistaken for biological repair. F002 Quantum Magnetometry for Acupuncture-Related Bioelectric Signals at the Limit Primary endpoint: calibrated magnetic amplitude residual (pT). Hidden challenge: blinded current-dipole timing. Rival: power-line pickup masquerading as nerve field. F003 Diamond NV Sensing of Local Tissue Microenvironments at the Limit Primary endpoint: ODMR shift in MHz after temperature correction. Hidden challenge: hydrogel temperature-field factorial perturbation. Rival: temperature cross-sensitivity. F004 Ultrasensitive Magnetic Sensing of Acupuncture-Evoked Neural Responses at the Limit Primary endpoint: trial-averaged field-component detectability (fT). Hidden challenge: coded peripheral-source latency shift. Rival: movement artifact phase-locking. F005 Quantum Optical Sensing of Acupuncture-Related Tissue Responses at the Limit Primary endpoint: fluorescence contrast normalized by photon dose (a.u.). Hidden challenge: phantom scattering-coefficient ladder. Rival: photobleaching mistaken for response. FAMILY METHOD / NONCLINICAL BOUNDARY Ten prospective research-design volumes; each contains 30 formula plates, 30 chapters, 100 Research Gates and 33 Phoenix concepts. Physical measurement is not evidence of regenerative efficacy.   STARLI / YULI • F001–F010 / ACUPUNCTURE REGENERATION QUANTUM SENSING × INTELLIGENT ACUPUNCTURE TEN FLAGSHIP RESEARCH DESIGNS | 355-PAGE EDITION F006–F010 | FIVE DISTINCT SCIENTIFIC CONTRACTS F006 Low-Noise Quantum Sensing and Weak-Signal Reconstruction at the Limit Primary endpoint: reconstructed signal RMSE (pT). Hidden challenge: hidden colored-noise injections. Rival: overfitting the noise spectrum. F007 Quantum Sensor Arrays for Multipoint Acupuncture Mapping at the Limit Primary endpoint: spatial source-map error (mm). Hidden challenge: blind sensor permutation and source translation. Rival: sensor gain mismatch generating phantom hotspots. F008 Quantum Sensor Drift Compensation and Measurement Reliability at the Limit Primary endpoint: 24-hour offset drift (nT). Hidden challenge: hidden temperature cycling. Rival: compensation learning the target signal. F009 Cross-Calibration of Quantum Sensors and Conventional Physiological Instruments at the Limit Primary endpoint: between-instrument transfer bias (pT). Hidden challenge: blind reference standard exchange. Rival: incompatible bandwidth and stand-off. F010 Reproducibility of Quantum Sensing in Acupuncture Research at the Limit Primary endpoint: between-site variance of field error (pT²). Hidden challenge: coded site-and-operator crossover. Rival: site-specific shielding advantage. EVIDENCE / PUBLICATION STATUS F29 is the research-design parent, not independent validation. Measurements, quantum advantages and clinical effects remain unverified until tested with qualified references and strong baselines. STARLI Research Gate community: https://zenodo.org/communities/starli-research-gate/

BibTeX

@article{allodium:10.5281/zenodo.24094832,
  title = {STARLI  /  YULI   •   F001–F010   /   ACUPUNCTURE REGENERATION QUANTUM SENSING × INTELLIGENT ACUPUNCTURE TEN FLAGSHIP RESEARCH DESIGNS  |  355-PAGE EDITION F001–F005  |  FIVE DISTINCT SCIENTIFIC CONTRACTS F001   Quantum Sensing-Assisted Intelligent Acupuncture and Regenerative Medicine at the Limit Primary endpoint: held-out phantom-field reconstruction error (nT).  Hidden challenge: coded source-coil reversal.  Rival: thermal ODMR drift mistaken for biological repair. F002   Quantum Magnetometry for Acupuncture-Related Bioelectric Signals at the Limit Primary endpoint: calibrated magnetic amplitude residual (pT).  Hidden challenge: blinded current-dipole timing.  Rival: power-line pickup masquerading as nerve field. F003   Diamond NV Sensing of Local Tissue Microenvironments at the Limit Primary endpoint: ODMR shift in MHz after temperature correction.  Hidden challenge: hydrogel temperature-field factorial perturbation.  Rival: temperature cross-sensitivity. F004   Ultrasensitive Magnetic Sensing of Acupuncture-Evoked Neural Responses at the Limit Primary endpoint: trial-averaged field-component detectability (fT).  Hidden challenge: coded peripheral-source latency shift.  Rival: movement artifact phase-locking. F005   Quantum Optical Sensing of Acupuncture-Related Tissue Responses at the Limit Primary endpoint: fluorescence contrast normalized by photon dose (a.u.).  Hidden challenge: phantom scattering-coefficient ladder.  Rival: photobleaching mistaken for response. FAMILY METHOD / NONCLINICAL BOUNDARY Ten prospective research-design volumes; each contains 30 formula plates, 30 chapters, 100 Research Gates and 33 Phoenix concepts. Physical measurement is not evidence of regenerative efficacy.   STARLI  /  YULI   •   F001–F010   /   ACUPUNCTURE REGENERATION QUANTUM SENSING × INTELLIGENT ACUPUNCTURE TEN FLAGSHIP RESEARCH DESIGNS  |  355-PAGE EDITION F006–F010  |  FIVE DISTINCT SCIENTIFIC CONTRACTS F006   Low-Noise Quantum Sensing and Weak-Signal Reconstruction at the Limit Primary endpoint: reconstructed signal RMSE (pT).  Hidden challenge: hidden colored-noise injections.  Rival: overfitting the noise spectrum. F007   Quantum Sensor Arrays for Multipoint Acupuncture Mapping at the Limit Primary endpoint: spatial source-map error (mm).  Hidden challenge: blind sensor permutation and source translation.  Rival: sensor gain mismatch generating phantom hotspots. F008   Quantum Sensor Drift Compensation and Measurement Reliability at the Limit Primary endpoint: 24-hour offset drift (nT).  Hidden challenge: hidden temperature cycling.  Rival: compensation learning the target signal. F009   Cross-Calibration of Quantum Sensors and Conventional Physiological Instruments at the Limit Primary endpoint: between-instrument transfer bias (pT).  Hidden challenge: blind reference standard exchange.  Rival: incompatible bandwidth and stand-off. F010   Reproducibility of Quantum Sensing in Acupuncture Research at the Limit Primary endpoint: between-site variance of field error (pT²).  Hidden challenge: coded site-and-operator crossover.  Rival: site-specific shielding advantage. EVIDENCE / PUBLICATION STATUS F29 is the research-design parent, not independent validation. Measurements, quantum advantages and clinical effects remain unverified until tested with qualified references and strong baselines. STARLI Research Gate community: https://zenodo.org/communities/starli-research-gate/},
  author = {33},
  year = {2026},
  doi = {10.5281/zenodo.24094832},
  url = {https://doi.org/10.5281/zenodo.24094832}
}

RIS

TY  - JOUR
TI  - STARLI  /  YULI   •   F001–F010   /   ACUPUNCTURE REGENERATION QUANTUM SENSING × INTELLIGENT ACUPUNCTURE TEN FLAGSHIP RESEARCH DESIGNS  |  355-PAGE EDITION F001–F005  |  FIVE DISTINCT SCIENTIFIC CONTRACTS F001   Quantum Sensing-Assisted Intelligent Acupuncture and Regenerative Medicine at the Limit Primary endpoint: held-out phantom-field reconstruction error (nT).  Hidden challenge: coded source-coil reversal.  Rival: thermal ODMR drift mistaken for biological repair. F002   Quantum Magnetometry for Acupuncture-Related Bioelectric Signals at the Limit Primary endpoint: calibrated magnetic amplitude residual (pT).  Hidden challenge: blinded current-dipole timing.  Rival: power-line pickup masquerading as nerve field. F003   Diamond NV Sensing of Local Tissue Microenvironments at the Limit Primary endpoint: ODMR shift in MHz after temperature correction.  Hidden challenge: hydrogel temperature-field factorial perturbation.  Rival: temperature cross-sensitivity. F004   Ultrasensitive Magnetic Sensing of Acupuncture-Evoked Neural Responses at the Limit Primary endpoint: trial-averaged field-component detectability (fT).  Hidden challenge: coded peripheral-source latency shift.  Rival: movement artifact phase-locking. F005   Quantum Optical Sensing of Acupuncture-Related Tissue Responses at the Limit Primary endpoint: fluorescence contrast normalized by photon dose (a.u.).  Hidden challenge: phantom scattering-coefficient ladder.  Rival: photobleaching mistaken for response. FAMILY METHOD / NONCLINICAL BOUNDARY Ten prospective research-design volumes; each contains 30 formula plates, 30 chapters, 100 Research Gates and 33 Phoenix concepts. Physical measurement is not evidence of regenerative efficacy.   STARLI  /  YULI   •   F001–F010   /   ACUPUNCTURE REGENERATION QUANTUM SENSING × INTELLIGENT ACUPUNCTURE TEN FLAGSHIP RESEARCH DESIGNS  |  355-PAGE EDITION F006–F010  |  FIVE DISTINCT SCIENTIFIC CONTRACTS F006   Low-Noise Quantum Sensing and Weak-Signal Reconstruction at the Limit Primary endpoint: reconstructed signal RMSE (pT).  Hidden challenge: hidden colored-noise injections.  Rival: overfitting the noise spectrum. F007   Quantum Sensor Arrays for Multipoint Acupuncture Mapping at the Limit Primary endpoint: spatial source-map error (mm).  Hidden challenge: blind sensor permutation and source translation.  Rival: sensor gain mismatch generating phantom hotspots. F008   Quantum Sensor Drift Compensation and Measurement Reliability at the Limit Primary endpoint: 24-hour offset drift (nT).  Hidden challenge: hidden temperature cycling.  Rival: compensation learning the target signal. F009   Cross-Calibration of Quantum Sensors and Conventional Physiological Instruments at the Limit Primary endpoint: between-instrument transfer bias (pT).  Hidden challenge: blind reference standard exchange.  Rival: incompatible bandwidth and stand-off. F010   Reproducibility of Quantum Sensing in Acupuncture Research at the Limit Primary endpoint: between-site variance of field error (pT²).  Hidden challenge: coded site-and-operator crossover.  Rival: site-specific shielding advantage. EVIDENCE / PUBLICATION STATUS F29 is the research-design parent, not independent validation. Measurements, quantum advantages and clinical effects remain unverified until tested with qualified references and strong baselines. STARLI Research Gate community: https://zenodo.org/communities/starli-research-gate/
AU  - 33
PY  - 2026
DO  - 10.5281/zenodo.24094832
UR  - https://doi.org/10.5281/zenodo.24094832
ER  - 

APA

33 (2026). STARLI / YULI • F001–F010 / ACUPUNCTURE REGENERATION QUANTUM SENSING × INTELLIGENT ACUPUNCTURE TEN FLAGSHIP RESEARCH DESIGNS | 355-PAGE EDITION F001–F005 | FIVE DISTINCT SCIENTIFIC CONTRACTS F001 Quantum Sensing-Assisted Intelligent Acupuncture and Regenerative Medicine at the Limit Primary endpoint: held-out phantom-field reconstruction error (nT). Hidden challenge: coded source-coil reversal. Rival: thermal ODMR drift mistaken for biological repair. F002 Quantum Magnetometry for Acupuncture-Related Bioelectric Signals at the Limit Primary endpoint: calibrated magnetic amplitude residual (pT). Hidden challenge: blinded current-dipole timing. Rival: power-line pickup masquerading as nerve field. F003 Diamond NV Sensing of Local Tissue Microenvironments at the Limit Primary endpoint: ODMR shift in MHz after temperature correction. Hidden challenge: hydrogel temperature-field factorial perturbation. Rival: temperature cross-sensitivity. F004 Ultrasensitive Magnetic Sensing of Acupuncture-Evoked Neural Responses at the Limit Primary endpoint: trial-averaged field-component detectability (fT). Hidden challenge: coded peripheral-source latency shift. Rival: movement artifact phase-locking. F005 Quantum Optical Sensing of Acupuncture-Related Tissue Responses at the Limit Primary endpoint: fluorescence contrast normalized by photon dose (a.u.). Hidden challenge: phantom scattering-coefficient ladder. Rival: photobleaching mistaken for response. FAMILY METHOD / NONCLINICAL BOUNDARY Ten prospective research-design volumes; each contains 30 formula plates, 30 chapters, 100 Research Gates and 33 Phoenix concepts. Physical measurement is not evidence of regenerative efficacy.   STARLI / YULI • F001–F010 / ACUPUNCTURE REGENERATION QUANTUM SENSING × INTELLIGENT ACUPUNCTURE TEN FLAGSHIP RESEARCH DESIGNS | 355-PAGE EDITION F006–F010 | FIVE DISTINCT SCIENTIFIC CONTRACTS F006 Low-Noise Quantum Sensing and Weak-Signal Reconstruction at the Limit Primary endpoint: reconstructed signal RMSE (pT). Hidden challenge: hidden colored-noise injections. Rival: overfitting the noise spectrum. F007 Quantum Sensor Arrays for Multipoint Acupuncture Mapping at the Limit Primary endpoint: spatial source-map error (mm). Hidden challenge: blind sensor permutation and source translation. Rival: sensor gain mismatch generating phantom hotspots. F008 Quantum Sensor Drift Compensation and Measurement Reliability at the Limit Primary endpoint: 24-hour offset drift (nT). Hidden challenge: hidden temperature cycling. Rival: compensation learning the target signal. F009 Cross-Calibration of Quantum Sensors and Conventional Physiological Instruments at the Limit Primary endpoint: between-instrument transfer bias (pT). Hidden challenge: blind reference standard exchange. Rival: incompatible bandwidth and stand-off. F010 Reproducibility of Quantum Sensing in Acupuncture Research at the Limit Primary endpoint: between-site variance of field error (pT²). Hidden challenge: coded site-and-operator crossover. Rival: site-specific shielding advantage. EVIDENCE / PUBLICATION STATUS F29 is the research-design parent, not independent validation. Measurements, quantum advantages and clinical effects remain unverified until tested with qualified references and strong baselines. STARLI Research Gate community: https://zenodo.org/communities/starli-research-gate/. https://doi.org/10.5281/zenodo.24094832