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"In a recent article, Professor Brian D. Galle of the Georgetown University Law Center argues that "ex post regulation"-which imposes liability only after a harm occurs-has even more significant disadvantages than previously thought. Since managers at regulated firms have a tendency to discount long-term regulatory consequences, Galle favors "ex ante regulation"-or imposing costs before an actor harms another-as the more efficient way of regulating."

Monitoring, as a discipline, requires you to pre-define normal and then freeze it, with ruthless efficiency, suborning agility and humanity and adaptiveness in the sake of producing a steady-state system.

The time has come to consider an exit strategy. Our mathematical modelling suggests that some version of green zoning would offer this. Through the progressive enlargement of green zones, we would able to rebuild our social and economic interaction in a safe, efficient, and rapid way.

""'Conquering' nature has long been the western way," writes Canadian environmentalist David Suzuki. "Our hubris, and often our religious ideologies, have led us to believe we are above nature and have a right to subdue and control it. We let our technical abilities get ahead of our wisdom. We're learning now that working with nature-understanding that we are part of it-is more cost-effective and efficient in the long run." In our new normal, one way to work with nature might be to let her have her coastlines back."

Speaking of unicorns, the author says ..." Their eventual (and unavoidable) collapse may prove to be systemic, dragging down the market, not because of their size (which is insignificant), but because investors will reprice the market, taking the promise of an infinitely more efficient tomorrow out of the equation. Ray Dalio's dark prophecy may just be right: When the "dream companies" fail to deliver on their promise, and the only way for pension funds to make good on the obligations is to chase debt, there might be a moment when investors say "enough" and began pulling their money out of the system, causing massive repricing and a surge in rates."

One way to harness solar energy is by using solar electricity to split water molecules into oxygen and hydrogen. The hydrogen produced by the process is stored as fuel, in a form that can be transferred from one place to another and used to generate power upon demand. To split water molecules into their component parts, a catalyst is necessary, but the catalytic materials currently used in the process, also known as the oxygen evolution reaction, are not efficient enough to make the process practical.

The systems we use to encode expertise tend to depend on relatively slow processes of collective computation and don't typically work as measures of an individual's actual extra-institutional networks or their ability to respond to novelty. Organizations and metrics tuned to slow and stable periods that favor efficiency and specialization tend to suppress generalists and improvisation.

Aerosol transmission of viruses must be acknowledged as a key factor leading to the spread of infectious respiratory diseases. Evidence suggests that SARS-CoV-2 is silently spreading in aerosols exhaled by highly contagious infected individuals with no symptoms. Owing to their smaller size, aerosols may lead to higher severity of COVID-19 because virus-containing aerosols penetrate more deeply into the lungs (10). It is essential that control measures be introduced to reduce aerosol transmission. A multidisciplinary approach is needed to address a wide range of factors that lead to the production and airborne transmission of respiratory viruses, including the minimum virus titer required to cause COVID-19; viral load emitted as a function of droplet size before, during, and after infection; viability of the virus indoors and outdoors; mechanisms of transmission; airborne concentrations; and spatial patterns. More studies of the filtering efficiency of different types of masks are also needed. COVID-19 has inspired research that is already leading to a better understanding of the importance of airborne transmission of respiratory disease.

The "Perturb-Seq" method, published in the journal Science, is an efficient way to identify potential biological mechanisms underlying autism spectrum disorder, which is an important first step toward developing treatments for the complex disease. The method is also broadly applicable to other organs, enabling scientists to better understand a wide range of disease and normal processes.

Or, What's Really Missing From Tech, the World, and Us Today