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Steps moving forward to make enhance human intelligence real — definitely would mean a major leap forward in achieving Kurzweil’s and Zolstaf Zoltan Istvan’s super humans.


Transhumanist Zoltan Istvan, from Calfornia, and presidential candidate, met with senior officials from the US navy to discuss policies on how to deal with microchip implants (pictured).

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Will the good bots finish last in the war of bots? Dark bots are definitely not that easily stopped by AI in companies.


The bot era is here, and the world has already begun to see its transformative potential. But like any technology, there will be bad bots as predictably as good ones. With every advancement, there are people looking to exploit it. Anticipating what they might do is key so that builders, developers, and users can prevent, preempt, and prepare.

Here are the “dark bots” we’re likely to see:

The Stealthy Bot

The more that DARPA works on NextGen Military equipment and machines; it feels like 1970s Star Wars is coming to life. Autonomous Jets with Death Lasers, dissovable weapons after usage, etc. Actually, this is good and bad.


DARPA’s transient technology was initially developed under an aptly named DARPA program called VAPR for “Vanishing Programmable Resources.” This program seeks electronic systems capable of physically disappearing in a controlled, triggerable manner.

“These transient electronics should have performance comparable to commercial-off-the-shelf electronics, but with limited device persistence that can be programmed, adjusted in real-time, triggered, and/or be sensitive to the deployment environment,” said DARPA.

VAPR aims to enable transient electronics as a deployable technology in the battlefield. Examples of these transient electronic devices are large-area distributed networks of sensors that decompose into the ground on command.

I will be interested in seeing the results after more research done.


A team from the Indian Institute of Science (IISc), Bengaluru, has discovered an anticancer compound, which was isolated from a fungus that can be found in trees and plants. The team from IISc’s biochemistry lab, led by Prof C Jayabaskaran, for over a decade has been working on identification and extraction of natural compounds of pharmaceutical value found in well-known medicinal plants and their fungi. The latest chemical compound discovered is called “Cholestanol glucoside”.

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Want to fight aging; eat this new chocolate.


Cambridge UK (PRWEB UK) 19 June 2016 Lycotec Ltd., a biotech company based in Cambridge UK, http://www.lycotec.com announces that they have developed the World’s First Longevity SIRT Chocolate, which after ingestion provides a blood level of unmodified trans-Resveratrol, t-RSV, equal to its level after drinking red wine.

T-RSV is the molecule of plant polyphenol class which is typically present in red grapes, some berries, cocoa and nuts. There are a number of beneficial health effects of t-RSV from cardioprotective to antidiabetic. However, one of its intriguing properties is the ability to activate a group of SIRT genes. These genes are responsible for controlling cellular stress protection and longevity.

When t-RSV is consumed as part of food, or a beverage, or as an isolated extract in the form of most supplements, it quickly gets modified and inactivated in the digestive tract. Drinking red wine is the only known exception when t-RSV can reach the blood in an unmodified active form at a detectable level.

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Nifty!


The tech-savvy may prefer to read e-books from tablets these days, especially since one of the advantages is that the device is often backlit making it easier to see text in dim environments. Printed matter, however, never seems to lose its charm, and there are still plenty of people who prefer to carry a paperback around with them. Keeping a reading lamp at hand, however, is not so convenient.

Kyouei Design’s Bookmark Light is a great idea for bibliophiles. It’s thin enough to be an unobtrusive marker when not in use and when bent in half, it becomes an effective reading light.

Made from a transparent film that helps spread the glow from two tiny LEDs, the bookmark’s circuitry is printed with a special ink that conducts electricity. To turn it on, all you need to do is place a CR2032 coin cell battery at one end of the strip and then fold the bookmark over so that its other end touches the battery and completes the circuit.

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