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One of the most vexing questions many of us face once we hit our 60s is: Where should we live as we get older? I’m not talking about those “Best Places to Live” rankings. I mean what kind of home, and type of community, would be most suitable. That’s why I was eager to hear what several gerontologists had to say in their session at last week’s Gerontological Society of America conference about how they decided where they’d live in later life.


What kind of home and community is most suitable? The answer isn’t always rational.

Time can be measured in many ways: a watch, a sundial, or the body’s natural circadian rhythms. But what about the sexual behavior of a fruit fly?

“If you ask a bunch of scientists whether animals can keep time, many would say they cannot, that things happen over time—but time itself is not measured,” says Michael Crickmore, Ph.D., a researcher in Boston Children’s Hospital’s F.M. Kirby Neurobiology Center whose laboratory studies motivation. But in new research published in the journal Neuron in collaboration with the lab of Dragana Rogulja, Ph.D. at Harvard Medical School, he shows that the mating of fruit flies is not haphazard. Instead, motivation and behavior are under the control of that track time.

A Gulf War Illness study finds a connection between dysregulated gut flora, leaky gut and neuroinflammation – and a new way to potentially resolve it.

It’s nice when the government has your back. After years of neglect, the federal government finally appears, at least regarding medical research, to have Gulf War Illness (GWI) veterans’ backs.

AI is Pandora’s box, s’ true…

On the one hand we can’t close it and on the other hand our current direction is not good. And this is gonna get worse as AI starts taking its own ‘creative’ decisions… the human overlords will claim it has nothing to do with them if and when things go wrong.

The solution for commercialization is actually quite simple.

So where did the antimatter go?

This question is one of the biggest mysteries of modern science, and the answer is unknown. Something happened in the earliest moments of the universe to make the antimatter disappear. From our best current measurements of the primordial radiation of the Big Bang (called the cosmic microwave background radiation, or CMB), something tilted the scales in favor of matter, with the ratio of for every three billion antimatter particles, there were three billion and one matter particles. The two sets of three billions cancelled and made the CMB, and the remaining tiny amount of matter went on to form the stars and galaxies that we see in our telescopes today. For this to happen, some physical process had to favor matter over antimatter.