Why do we need the Second Amendment? Protection against a Tyrannical Government of course!

America has seen a number of mass shootings in the past year: Las Vegas. Sutherland Springs. Stoneman Douglas. In those three instances, the shooter used AR-15 platform rifles. The shooters in Las Vegas and Sutherland Springs used the high-capacity magazines which are banned in many states.  Most Americans who march against gun violence don’t believe that private citizens should own high-capacity semi-automatic rifles.  Exactly what the US Government wants you to think…

“People rising up against gun violence don’t understand what many gun rights defenders see as the heart of the Second Amendment: The defense against a tyrannical government.”

In recent debates, gun rights activists have offered a number of defenses of what gun control advocates call assault weapons, from the rifles not being more deadly than other firearms to illegalization leaving them only in the hands of criminals. The tyranny argument is often overlooked by people who assume this argument is limited to people on the extreme, militia-end of the gun rights spectrum. But it’s become common among gun owners and mainstream conservative figures.

Conservative blogger Erick Erickson said the Second Amendment, “contrary to much of today’s conversation, has just as much to do with the people protecting themselves from tyranny as it does burglars.” And Erickson believes that is the main reason gun control advocates don’t understand the need for high-capacity semi-automatic firearms.

“That is why there is so little common ground about assault rifles — even charitably ignoring the fact that there really is no such thing. If the 2nd Amendment is to protect the citizenry from even their own government, then the citizenry should be able to be armed …

You may think a 30 round magazine is too big. Under the real purpose of the second amendment, a 30 round magazine might be too small.”

For most Americans, even those who believe in the right to insurrection, the notion of rising up against the government remains a very far-fetched scenario.  Jeff Hulbert, the founder of the Maryland gun rights group Patriot Picket, was one of the people who came to the Maryland House of Delegates to voice his concern about the proposed gun control legislation.  Hulbert said there are “four boxes” that can be employed to resist the government: the ballot box, the soap box, the jury box and, lastly, the ammo box.

“Nobody I know believes that we have reached the end of the line for the four boxes,” Hulbert said. “We’re at the level of fear-mongering when we talk about the tyrannical overthrow of a government because our election cycles have seemed to work pretty well.”

People… Think about it…

SOURCE – USAToday

The latest from Q branch – self-destructing electronics…

Friends, time to get your 007 on!  Engineers have developed a new kind of “transient electronics”, which are designed to disappear when they’re no longer needed.  This new class of electronics can dissolve and disappear on a pre-set schedule, within a few minutes or a few years, depending on when you want them to go away. They could live in the body and deliver drugs, they could stick on the exterior of buildings or tanks, and they can become compost instead of metal scrap.

The applications are endless but here’s a list of other items that have been built so far: transient transistors; diodes; wireless power coils; temperature and strain sensors; photodetectors; solar cells; radio oscillators and antennas; and digital cameras. There is a huge array of possible uses for this technology, which is partly funded by our friends at DARPA.  Pretty cool stuff!

SOURCE – Popular Science

MRAM – Semiconductors that run forwards and backwards?

Magnetic RAM (MRAM) could one day break modern encryption methods.  So says Engineers from Purdue University and University of California at Berkeley.

Modern encryption relies upon the fact that certain mathematical operations are inherently difficult to undo with an inverse action. Current generation hardware typically has a set of inputs and a set of outputs to handle the computation required by encryption algorithms. Importantly, there is no way to reverse the actions performed in hardware without major efforts and a lot of time.

Circuits have been designed to have an adjustable degree of randomness. The device has been named a P-bit to note the controlled probability of the output.  P-bits can be combined to build logic gates and arithmetic circuits capable of performing inverse operations. Circuits that act as adders can be made to perform subtractions while multiplier circuits can factor out products.

Pushing a stream of random bits into the output of a logic gate will cause the inputs of the gate to reveal what inputs would produce the output presented. With enough combinations fed through a circuit in reverse, the original input data can be found exponentially faster than traditional brute force methods.

SOURCE – TechSpot.com

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