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Just like the game of Monopoly, which was created to illustrate the operation of laissez faire capitalism, there is always one big winner at the end of the game.

“Wealth concentration drives a vicious, downward cycle, throttling the very engine of wealth creation itself.”

“Because: people with lots of money don’t spend it. They just sit on it, like Smaug in his cave. The more money you have, the less of it you spend every year. If you have $10,000, you might spend it this year. If you have $10 million, you’re not gonna. If you have $1,000, you’re at least somewhat likely to spend it this month.”


These people could spend $20 million every year and they’d still just keep getting richer, forever, even if they did absolutely nothing except choose some index funds, watch their balances grow, and shop for a new yacht for their eight-year-old.

If you’re thinking that they “deserve” all that wealth, and all that income just for owning stuff, because they’re “makers,” think again: between 50% and 70% of U.S. household wealth is “earned” the old-fashioned way (cue John Houseman voice): it’s inherited.

The bottom 90% of Americans aren’t even visible on this chart — and it’s a very tall chart. The scale of wealth inequality in America today makes our crazy levels of income inequality (which have also expanded vastly) look like a Marxist utopia.

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Now, some of the world’s largest tech companies are taking a cue from biology as they respond to these growing demands. They are rethinking the very nature of computers and are building machines that look more like the human brain, where a central brain stem oversees the nervous system and offloads particular tasks — like hearing and seeing — to the surrounding cortex.


New technologies are testing the limits of computer semiconductors. To deal with that, researchers have gone looking for ideas from nature.

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Summary: A new report on mitochondria and cancer shows how our mitochondria help our cancers to grow. With its 37 genes, mitochondria are an attractive druggable target and researchers are looking it as an angle to develop powerful cancer cures. Cover Photo: FatCamera – iStock/Getty Images.

Scientists believe the cure for cancer lies within our mitochondria.

Once considered an academic backwater, researchers suddenly have a renewed interest in the metabolism of cancer cells and are focusing on the lowly mitochondrion. New research shows that the mitochondria within our bodies bend over backward to help cancer cells grow. Scientists are publishing increasing amounts of evidence showing that cancer-induced changes in our mitochondria contribute to the growth of cancer. As Dr. Dario C Altieri, Head of the Altieri Lab at the Wistar Institute said in a review in the July 2017 British Journal of Cancer.

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Most people don’t realize that all human beings have two sets of DNA in their bodies, the DNA inside our chromosomes, and a foreign DNA inside our mitochondria, that our ancestors stole from bacteria over a billion years ago.

Look into any of your cells, and you’ll see mysterious foreign DNA lurking inside your mitochondria, the tiny organelles that litter your cells. Recently, mitochondria have come under a growing scientific spotlight; scientists increasingly believe they play a central role in many, if not most, human illnesses. Mitochondria are the powerhouses of the cell, and when they falter, our cells lose power, just as a flashlight dims when its batteries weaken. Recently, researchers have linked mitochondria to an array of metabolic and age-related maladies, including autism, type 2 diabetes, cancer, Alzheimer’s, Parkinson’s, and cardiovascular disease.

While our mitochondria did not come from another planet, they might as well have. Peer through a microscope, and you’ll swear that tiny aliens have invaded your cells. You are partially correct. Mitochondria appear out of place compared to the other structures within the cell. Something ‘alien’ has invaded our cells, eons ago, but it came from primordial bacteria, a distinctly terrestrial source.

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Cellulose is the most abundant organic polymer in the world. It is the primary compound in the cell walls of green plants, and is typically used to make paper and cardboard.

At the VTT Technical Centre of Finland, a state owned research and development non-profit, scientists have used nano-structured cellulose to make a 3D printable material.

The nanocellulose paste is now in development to make smart-dressings that heal and monitor skin wounds.

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The annual awards ceremony for research that “first makes you laugh, then makes you think” took place at Harvard University on Thursday evening, with three bona fide Nobel laureates, including the British-born economist Oliver Hart, on hand to distribute prizes.


Scientists from around the globe gathered for annual ceremony celebrating research that ‘first makes you laugh, then makes you think’.

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