Quantum Layers over Surfaces Ruled Outside a Compact Set

In this paper, we proved the quantum layer over a surface which is ruled outside a compact set, asymptotically flat but not totally geodesic admits ground states

Making Super Soldiers: Command Authority and the Implications of “Getting to Yes”

The capability and will to enhance soldiers’ minds and bodies for warfare have existed throughout the centuries and across nations, from Ancient Greek hoplites partaking in wine before battle to calm nerves, to American servicemembers consuming amphetamines to remain awake during long-range reconnaissance missions in the Vietnam War. With advancements in biomedical technology, certain types of enhancements entail modifications with varying degrees of permanence to enhance battlefield performance. This Article explores the historical context and contemporary developments of biomedical enhancements, with a focus on the longstanding deference to military command authority regarding issues of individual autonomy. By examining the impacts of biomedical enhancements on military personnel and the adequacy of the current tort framework in addressing the potentially negative effects of such enhancements, this Article argues for the adoption of reversible or temporary enhancements to reconcile military necessity with medical ethics, proposing a balanced approach to safeguarding individual autonomy and communal welfare

The People\u27s War and Its Application to China\u27s Legal Framework for Cybersecurity

This Article addresses the growing threat of cyberattacks on critical infrastructure by examining China’s response, particularly through its Cybersecurity Law (CSL), against the backdrop of global cybersecurity laws like the General Data Protection Regulation (GDPR) and the California Consumer Privacy Act (CCPA). The CSL, enacted in 2016, is analyzed within the context of Chinese military doctrine, specifically, the concept of the People’s War introduced by Mao Zedong. Part I traces the historical evolution of the People’s War, Part II explores its continued relevance in cyberspace, and Part III discusses how the People’s War elements manifest in the CSL and related regulations. This Article argues that the CSL focuses on elevating China’s defensive cyber capabilities across governmental and consumer sectors, diverging from the more consumer-privacy-centric approach of other global cybersecurity laws. Part IV delves into the challenges the United States faces in responding to the CSL and suggests potential paths forward to bridge strategic divides between the two countries in the realm of cyberspace. The introduction vividly portrays real-world scenarios of cyberattacks impacting critical infrastructure, setting the stage for the exploration of China’s unique response in the subsequent sections

The Economic Impact of the Nevada Clean Indoor Air Act in Clark County, Nevada – Preliminary Findings

Objective. The primary purpose of this exploratory study was to quantitatively evaluate the economic impact of the Nevada Clean Indoor Air Act (NCIAA) on businesses in Clark County. Methods. The goal of this research was to assess economic indicators over a ten year period utilizing measurable data points, including restaurant and drinking establishment employment rates, taxable sales, openings and closings, as well as slot gaming revenues. This ten year time period consisted of a seven year span prior to the enactment of the NCIAA, and three years post enactment. Researchers conceived this study as a means to independently evaluate and address the potential economic impact of a smoke-free law in a region dependent upon tourism and gaming. Results. Economic indicators did in fact decrease after the NCIAA was enforced but most of the declining trends began prior to the passage of the smoke-free act and are consistent with downward trends in other, non-NCIAA affected segments of our economy. Conclusion. The overall findings of this study are consistent with similar non-tobacco industry supported economic studies showing little or no statistically significant downward economic trends after passage of smoke-free legislation

Slowly cycling Rho kinase-dependent actomyosin cross-bridge slippage explains intrinsic high compliance of detrusor smooth muscle

Biological soft tissues are viscoelastic because they display timeindependent pseudoelasticity and time-dependent viscosity. However, there is evidence that the bladder may also display plasticity, defined as an increase in strain that is unrecoverable unless work is done by the muscle. In the present study, an electronic lever was used to induce controlled changes in stress and strain to determine whether rabbit detrusor smooth muscle (rDSM) is best described as viscoelastic or viscoelastic plastic. Using sequential ramp loading and unloading cycles, stress-strain and stiffness-stress analyses revealed that rDSM displayed reversible viscoelasticity, and that the viscous component was responsible for establishing a high stiffness at low stresses that increased only modestly with increasing stress compared with the large increase produced when the viscosity was absent and only pseudoelasticity governed tissue behavior. The study also revealed that rDSM underwent softening correlating with plastic deformation and creep that was reversed slowly when tissues were incubated in a Ca2+ -containing solution. Together, the data support a model of DSM as a viscoelastic-plastic material, with the plasticity resulting from motor protein activation. This model explains the mechanism of intrinsic bladder compliance as slipping cross bridges, predicts that wall tension is dependent not only on vesicle pressure and radius but also on actomyosin cross-bridge activity, and identifies a novel molecular target for compliance regulation, both physiologically and therapeutically