1,349 karma · joined October 12, 2015
I used to feel the same way, until I realized that as an introvert, I am especially reliant upon the regular stream of casual, serendipitous encounters that punctuate everyday life for social and emotional well-being. Because I do not seek out contact, these small bursts of socialization are important to balance my mood and keep me grounded. I first noticed this during long periods in a non-native-language environment, where I realized that landing a good joke with a cashier was better for my equilibrium than any social media success metric.
One might consider the natural law to be selection on relative fitness: reinforcing connections to allies, producing descendants, and avoiding premature death via trichinosis, for example. Societies which encourage these behaviours (or which strictly regulate who may specialize in genetic v memetic reproduction, and how) may gain an advantage over their competitors to propagate genes and memes. The glib treatment of religion in this piece, and other short pieces by this author,ellides a lot of interesting discussion about the intersection of social and 'natural' law, and its precriptivist v descriptivist components.
I'm not convinced by the description of the inducible teenage otaku. Over the medium term, some will feel compelled to perform activities that garner attention and praise from potential mating partners. Over the long term, the otaku are likely to be overtaken by persons who more strongly feel such a compulsion, and who gain mating opportunities as a result. The scenario he proposes requires widespread buy-in by both genders to avoid a selective differential (in the absence of a huge disruption to our current reproductive arrangements).
The cost of treating an HIV+ person in the US is roughly $400K over the course of their expected lifetime. This is more than a nuisance sum. HIV treatment can also significantly affect quality of life.It is not yet time to become blase.
In a globalized system, where these extractive activities are global commodities, it seems to make sense to index emissions/extraction against economy size. Otherwise you get the unhelpful result that Bahrain and Qatar are the source of the problem (in a material sense they are, but not in a useful sense). This [1] list of emissions by GDP is a nice start, and it seems that Canada and Australia, the other two members of the wealthy New World Anglosphere, are neighbors to the US on this metric.
Is there a good way of accounting for national economy specialization when assessing contribution to the emissions problem? China looks very inefficient according to this metric, but much of the world is essentially outsourcing its emissions to China. Is it useful to compare China to a country whose GDP is based largely on financial services? Which nations give the best bang for the buck in dirty industry (my suspicion is that Germany does well here)?
1.https://en.wikipedia.org/wiki/List_of_countries_by_ratio_of_...
I'm sympathetic to this point, but this particular example assumes that the discriminating entity is focusing solely on performance. Harvard and Yale maintained and increased their social cachet over non-discriminating entities like MIT and Cornell by instituting Jewish quotas. Future donors from the majority demographic were willing to pay for "culture fit". This supposedly irrational strategy worked so well that it has been reprised and copied by other institutions against other demos. Inefficiency can be remarkably persistent if it enjoys the status of a social norm and satisfies other values.
1. The AUC (predictive power)for most traits is currently very weak
2. The genetic privacy protection landscape is currently quite volatile
Taken together this puts the consumer in the situation of having data that is of middling utility for them personally, but is of great potential utility for the testing company and insurers. A small increase over the average population susceptibility for trait X is often non-actionable for you personally, but over several traits might be sufficient to shift you into a different insurance risk class. If you have privacy concerns and are interested in your risk profile for certain traits, look into whether a kit is available for those traits alone. You may wish to combine different kits from different providers to interrogate multiple regions (a more expensive strategy for the privacy-sensitive). There are a few companies that will put together a bespoke panel. At present, it may be prudent to take a hacker approach to genetic testing. https://isogg.org/wiki/List_of_DNA_testing_companies
In the US, the protections against insurance companies using your genetic data against you are about as deeply entrenched as the protections against letting ISPs sell your internet history, and subject to much more intensive lobbying. Other countries have no protections at all - Canada's current bill is strongly opposed by the Trudeau government. Remember, even though most of these genetic risk scores are incredibly weak predictors, it is only necessary for insurers to believe they improve their actuarial models slightly to have a huge effect on differential insurance costs.
Car seats will be a bigger problem: they are unwieldy, legally mandated, and require careful installation to be effective. Unlike diapers, even the small boosters used for older children can't fit in a shoulder bag.
A young couple expecting to have children in the next few years might balk at these inconveniences, and that could depress adoption of the 'mobility' model. You have to keep prospective purchasers in mind, who are evaluating their needs over the use-life of a car.