kaal:claim:kaal-2013-acomparativeperspectiveo-033

Dynamic Regulation could help avoid the regulatory sine curve and its negative and costly consequences, and could provide a self enforcement mechanism independent of the existing regulatory structure and agency enforcement.

2.) Dynamic Regulation may help avoid the regulatory sine curve46 and its negative and costly consequences; 3.) Dynamic Regulation could provide a self – enforcement mechanism, independent from the existing regulatory structure and agency enforcement;

Kaal, A Comparative Perspective on the Limitations of the Duty of Oversight – A Comment on Lisa Fairfax (2013), Dynamic Regulation, p. 10
· source PDF

Kaal, A Comparative Perspective on the Limitations of the Duty of Oversight – A Comment on Lisa Fairfax (2013)

• dynamic regulation deployed as a supplement to stable rules

designsupport: asserteddynamic-regulationcompliance

• extends kaal:claim:2273857-014 The regulatory sine curve itself may be inevitable, but its costly and suboptimal regulatory effects can nonet...
• extends kaal:claim:2273857-003 Dynamic regulation could dampen the volatility of both the cosine curve describing common elements of financia...
• extends kaal:claim:2273857-067 Adding dynamic elements to financial regulation would cause the sine curve of financial regulation to start it...
• extends kaal:claim:2273857-055 Including dynamic elements converts the sine curve of financial regulation into an anticipatory sine curve in ...

The quote above is an exact substring of the source PDF, whose sha256 is ac5c955fe01209c54c78c4575c0b8bf570e5f1259c3f855510697cf51a32e59a. Extraction method: pdf-text-layer.
Attestation record: colloquium/attestations/7b749d9fd605d5c2...json
Verify the binding yourself: curl -s https://wulfkaal.github.io/claims/kaal-2013-acomparativeperspectiveo-033.md | sha256sum

• Qualification: Dual dynamic regulation mechanism of trace calcium phosphate on hydration of cementitious materials and optimization of pore structure
• Qualification: Chromatin regulatory targets for anti-cancer therapeutics
• Qualification: Structural analysis of LabB from Klebsiella pneumoniae reveals an alternative dimeric conformation generated by the sliding of TPR motifs.