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Next, the technology maturation process, unfolds in a linear fashion with the ultimate objective of transitioning to the NASA program that established the requirement. This process sacrifices science and the ability to iterate fast; does not incentivize providers to develop affordable and systematic capabilities, and the consideration of economic intelligence and market pull is anything but strategic (engagement model with industry is secondary, i.e “work for hire” contracts, and commercialization is serendipitous). As the sole customer, NASA/the government needs to maintain the unique infrastructure needed for these missions and maintains large per mission costs.

While science missions are largely competitive and outcome focused, human missions start by establishing a destination — the political choice of Moon or Mars — often becoming a solution in search of a problem. Since the Apollo era, the overall result of this “swing” approach has basically resulted in “grounding” the human space program, negatively affecting the morale of the working force, and making many feel that it is little more than a job welfare program.

From an HR perspective, NASA, like any other government organization, is a great example of Peter’s principle, structured and incentivized by the slogan “the hierarchy needs to be preserved by all costs”, frequently leading to the alienation or outright removal of highly competent people focused on problem solving and with a desire of seeing accelerated progress.

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Researchers find promising Alzheimer’s treatment with a diabetes drug that ‘significantly reversed memory loss.’


Promising alzheimer’s treatment using diabetes drug.

Scientists announced a drug that ‘significantly reversed memory loss’ in mice with Alzheimer’s disease.

Researchers from Lancaster University in the UK say the novel drug – created to treat type 2 diabetes – works through a triple method of action and also add that the medicine could provide substantial improvements in the treatment of Alzheimer’s disease. The drug combines three growth factors that act in multiple ways to protect the brain from degeneration. The Lancaster University scientists published their study results on January 1 in the journal Brain Research.

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Shermer’s journey into the present-day search for human domination over death and society’s ills introduces readers to all forms of what he calls “techno-optimism,” meaning the belief that technological progress means an end to death — or, at the very least, to aging and social decay. There are the cryonicists who want to freeze us, and those who want simply to freeze our brains, with all their neural connections and associated memories (the connectome). The transhumanists want to enhance us so thoroughly — through means both natural and artificial — that we become godlike, “taking control of evolution and transforming the species into something stronger, faster, sexier, healthier and with vastly superior cognitive abilities the likes of which we mere mortals cannot conceive”; the Omega Point theorists think we will all one day be brought back to life in a virtual reality. Believers in “the singularity” contend that it is possible to upload the human brain to a server without losing the essence of what makes you you. And, of course, there are those who try to cure us of aging, so that our bodies and minds will cease to deteriorate and our life spans will increase ad infinitum. Shermer visits each of these and other utopian theories with detail and considered analysis, drawing readers along increasingly unrealistic (or are they?) possibilities for our future evolution. It’s a journey as boggling as it is engrossing.


In “Heavens on Earth,” Michael Shermer explores the lengths to which mankind will go to ensure our souls’ survival beyond existence on this mortal coil.

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The transhumanist vision of a transformed and technologically enhanced humanity is no longer a science fiction pipe dream. The technological and scientific breakthroughs our society has experienced over the past couple of decades perhaps stand testament to that.

Applied science has certainly come a long way too, but we are yet to crack the brain’s enigma code. How would humanity benefit if we were to crack it? Neuroprosthetics seem to be a window into the future.

Can brain activity be translated into movement?

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Have you ever had an argument because you disagree about the way something happened? You were both there, you saw the same thing, but you remember it differently.

This happens quite a lot, because human memories are imperfect. As much as we all like to think we can trust our own minds, memories can be altered over time.

Elizabeth F. Loftus is a researcher and professor of cognitive psychology and human memory. She is well known in the field for her work on the creation and nature of false memories, and how people can be influenced by information after an event has happened, event consulting or providing expert witness testimony for hundreds of court cases.

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