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The researchers found that people have a moral preference for supporting good causes and not wanting to support harmful or bad causes. However, depending on the strength of the monetary incentive, people will at one point switch to selfish behavior. When the authors reduced the excitability of the rTPJ using electromagnetic stimulation, the participants’ moral behavior remained more stable.

“If we don’t let the brain deliberate on conflicting moral and monetary values, people are more likely to stick to their moral convictions and aren’t swayed, even by high financial incentives,” explains Christian Ruff. According to the neuroeconomist, this is a remarkable finding, since: “In principle, it’s also conceivable that people are intuitively guided by financial interests and only take the altruistic path as a result of their deliberations.”


Our actions are guided by moral values. However, monetary incentives can get in the way of our good intentions. Neuroeconomists at the University of Zurich have now investigated in which area of the brain conflicts between moral and material motives are resolved. Their findings reveal that our actions are more social when these deliberations are inhibited.

When donating money to a charity or doing volunteer work, we put someone else’s needs before our own and forgo our own material interests in favor of moral values. Studies have described this behavior as reflecting either a personal predisposition for altruism, an instrument for personal reputation management, or a mental trade-off of the pros and cons associated with different actions.

‘’We find selection rules driving interactions in chemistry as a result of environmental conditions; or emergent properties such as catalytic activity, self-assembly and self-replication; or even as a result of the specifics of chemical reactions.’’


Just like the mythical creation stories that depict the formation of the world as the story of order from chaos, the early Earth was home to a chaotic clutter of organic molecules from which, somehow, more complex biological structures such as RNA and DNA emerged.

There was no guiding hand to dictate how the molecules within that prebiotic clutter should interact to form life. Yet, had those molecules just interacted randomly then, in all likelihood, that they would never have chanced upon the right interactions to ultimately lead to life.

“The question is, out of all the random possibilities, are there any rules that govern these interactions?” asks Ramanarayanan Krishnamurthy, an organic chemist at the Scripps Research Institute in California.

Very excited to have interviewed Dr. Michael Lustgarten in my role as longevity / aging ambassador for the ideaXme Show — Mike has been at the forefront of studying the 100 trillion organisms present in the human microbiome, their effect on human health and wellness, as well as a major proponent of metabolomics and biologic age tracking — A true future thinker in the area of extending human lifespan and healthspan

“Ruth is a shining example of one of the qualities I most admire in a scientist: dogged perseverance in pursuit of one’s thesis, in spite of near-universal rejection of it by the mainstream community, until one finally wins them round.

It’s only an admirable quality if you’re likely to be right, of course, so you’d better be a really good scientist in other ways too — and she sure is. Ruth spoke at a couple of my Cambridge conferences and I was always dismayed that such solid data and logic concerning the involvement of herpes simplex virus in Alzheimer’s disease was so widely ignored or dismissed for what seemed to be totally flimsy reasons. That’s not happening any more!”, says Aubrey de Grey.

https://www.undoing-aging.org/news/dr-ruth-itzhaki-to-speak-…aging-2019

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