By Brian Earp
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Love and other drugs, or why parents should chemically enhance their marriages
Valentine’s day has passed, and along with it the usual rush of articles on “the neuroscience of love” – such as this one from Parade magazine. The penner of this particular piece, Judith Newman, sums up the relevant research like this:
It turns out that love truly is a chemical reaction. Researchers using MRIs to look at the brain activity of the smitten have found that an interplay of hormones and neurotransmitters create the state we call love.
My humble reckoning is that there’s more to “the state we call love” than hormones and neurotransmitters, but it’s true that brain chemistry is heavily involved in shaping our experience of amour. In fact, we’re beginning to understand quite a bit about the cerebral circuitry involved in love, lust, and human attachment—so much so that a couple of Oxford philosophers have been inspired to suggest something pretty radical.
They think that it’s time we shifted from merely describing this circuitry, and actually intervened in it directly—by altering our brains pharmacologically, through the use of what they call “love drugs.”
Read More »Love and other drugs, or why parents should chemically enhance their marriages
You are a public health official responsible for the purchasing of medications for the hospitals within your catchment area in the NHS. Your policies significantly affect which, out of the serpentine lists of heart disease medications, for example, are available to your patients. Today, you must choose between purchasing one of three heart disease medications: Drug A, Drug B, and Drug C. They are pretty similar in efficacy, and all three have been being used for many years. Drug B is slightly less expensive than Drug A and Drug C, but there is emerging evidence that it increases the likelihood that patients will take “bad bets,” i.e. make large gambles when the chance of winning is low (and thus might contribute to large social costs). Drug C costs a tiny bit more than Drug A, but there is some evidence that Drug C may help decrease implicit racial bias. You have been briefed on the research suggesting that implicit racial bias can lead to people making choices that consistently and unintentionally limit the opportunities of certain groups, even when all the involved parties show explicit commitments to social equality. Finally, there is emerging evidence that drug A both helps people abstain from alcohol and dissociates negative emotional content from memories.
