Several resources about Quantum Entanglement

Since we now have our first experiment demonstrating that time is an emergent quantum phenomenon, it's about time we rounded up some info on this quantum entanglement idea and see if we can corner it.

The Wiki.

A friendly introduction to the fundamental problem we're trying to solve:

Here's Neil DeGrasse Tyson explaining it some more:

So what's the big deal? Putting it into the most basic possible terms: We've observed small particles in the universe that act like they're "talking to each other" and determining how to be, even after they're separated and shouldn't be able to affect each other. It's like we can slice a red apple in half, put each half in a box and send the two boxes to opposite sides of the world, then have somebody open one box and paint their half of the apple green, and then when somebody on the other side of the world opens the box with their half-apple in it, it's turned green too.

And we don't know how this works. We've been trying to find out since the time of Einstein. Einstein himself called this "a spooky action at a distance."

Not only are we observing the effect that two particles can have on each other, and not only is it instantaneous (defying everything we know about the speed of information alone), but it appears to even be possible to have the same thing happen when the entangled elements are separated not only by space, but time as well. So Israeli scientists have made photons affect each other even when they didn't coexist at the same time.

So either we're dead wrong about this, or we have a way to both time travel and teleport either information or physical actions instantly. It could be a flaw in our reasoning based on some fundamental shortcoming of human perception and reasoning.

A LiveScience infographic:

And finally, quantum entanglement has been simulated within the world of, of all things, Minecraft.

Are we nuts? Maybe. Maybe the universe is nuts, too.

How one hack for playing a TRON lightcycle game went on an Apple IIgs

Folks, I was there in those ancient days of computing yore, and reading pixels off the screen for collision detection was exactly how I did games, too. I even still have code that does that lying around somewhere for some silly screensaver modules I wrote. Anyway:

"The algorithm to determine which pixel to check next used some fast assembler math to calculate a memory address – either one pixel above, below, to the left, or to the right of the current pixel.  But since any given pixel on the screen was really just a memory address, the algorithm simply calculated a new memory location to read.  So when the light cycle left the screen, the game happily calculated the next location in system memory to check for a wall crash.  This meant that the cycle was now cruising through system RAM, wantonly turning on bits and “crashing” into memory.

Writing to random locations in system memory isn't generally a wise design practice. Unsurprisingly, the game would generate spectacular crashes as a result.  A human player would be driving blind and usually crash right away, limiting the scope of system casualties.  The AI opponents had no such weakness.  The computer would scan immediately in front, to the left, and to the right of its position to determine if it was about to hit a wall and change directions accordingly.  So as far as the computer was concerned, system memory looked no different than screen memory."

Real Life Tron on an Apple IIgs

You young'uns might recognize this game better as 'Snake' as played on your phone.

Japanese sewer system makes an excellent place to stage a Quake match

That's a normal-sized person on the floor of the place. The storm sewer system underground in Saitama, Japan, is one of the largest in the world and a steady tourist attraction.

Saitama has a population of about 1.2 million, making it the most populous cities in the prefecture. And situated where it is on the coast and Japan being prone to the sea-related disasters as it is, the storm control system is no joke.

What it's like to crash on a monocycle.

This is a monocycle, which looks cool as blazes and fun to drive. But not so fun to wipe out in at the 2:56 mark. It bounces a few times, maybe not as bad as the equivalent crash on a motorcycle.

Monowheel vehicles have been an area of enthusiastic exploration by inventors. They go back to the 1800s even.

Gene Youngblood on Media (1977)

Just listening to Ubuweb Sound and caught the Gene Youngblood interview from 1977 (listen to it here). Was this guy a prophet, or what? Towards the end when he talks about the effects of the digital revolution on modern media, he sounds like he nailed everything we know now in 2013.

Blow your mind by listening to a media theorist who called quite a few shots.

Gene Youngblood on Wikipedia.

Youngblood's book, Expanded Cinema, in PDF.

The latest roundup of Scientology's weirdness

The Hole

Pictured above: "The Hole", a private prison run by the members of Scientology. This facility in Riverside, California, recently came to light thanks to an expose book by Lawrence Wright. A full story on the writing of this work is here. To quote:

"Wright’s investigations into “The Hole,” a hidden Scientology gulag in southern California where errant Church members are sent to perform menial tasks and take part in 'orgies of self-abasement,' led him to break the story of an FBI investigation—since aborted—into human trafficking."

There are also more detailed descriptions of The Hole activities at the Wikipedia page. It basically sounds like a concentration camp straight out of the Holocaust or Khmer Rouge.

The child labor camp in Australia

Here is an Australian news magazine special on the "RPF", the Rehabilitation Project Force, a sprawling complex in the middle of an Australian suburb.

Kaja Ballo

In 2008, a young girl in France who was reportedly happy beforehand voluntarily took a personality test handed out by the church of Scientology. When she got the results, they apparently devastated her and she committed suicide, leaping to her death. Some speculation has had it that the church's method of tearing people down to convince them that they'll need the church in their lives had some bearing here.

In fact, all of the above stories have the theme of "disconnection" in common, the act of severing all ties with the world outside the church, be they family, friends, or professional. This is a practice in common throughout all cults and attempts at brainwashing.

Meanwhile, this column in Esquire cautions us that none of us should be too smug; given a weak enough moment, any one of us could be sucked into Scientology.

I close with a plea: We're all more aware about the cult of Scientology and what a nasty mental virus it is - our awareness of it is growing by the day. That's a good thing. But what OTHER things could we be seeing grow more prominent today that could turn into tomorrow's cult? We should be looking at those things, too.

Your word for the day...

Pop quiz: What is this man doing?

• Trying out for a part in David Lynch's Pinocchio.
• Using the latest model of inconspicuous weed vape.
• Playing a synthesized nose trumpet.
• Using an olfactometer.

Well, big surprise, it's the last one. From this site. It's kind of law enforcement equipment, like binoculars for your nose.

Radioactive Christmas trees

For this festive holiday season which we just kicked off today, we celebrate a time when radioactive Christmas trees were an actual headline - another side effect of the 1986 Chernobyl disaster in Ukraine. This story from 2002...

"Officials seized the fir trees at local markets in the southern town of Rovno, where they were being sold for the upcoming Orthodox Christmas, Itar-Tass agency reported.

"The nuclear disaster at Chernobyl was the world's worst
After the region was covered by a radioactive cloud, a complete ban on the felling of trees in the contaminated forests surrounding Chernobyl was imposed.

"Police said the local businessmen knew the trees from the Zhytomyr region were contaminated, and used forged documents to sell them. "

The fallout from Chernobyl was felt in many ways that were unexpected. The incident and area today provide an outstanding living experiment in just what happens to the environment after a nuclear meltdown. But along with this has come a tragic toll of death and weird tragedy - (warning, that page contains an image of a mutated puppy).

Oxford professor states that we have a moral obligation to genetically engineer our babies

 

Young readers, I have news for you: There are genetically engineered humans in your future. There may even be cloned humans, and extensive stem-cell medicine. In fact, genetic engineering will change life as we know it in the 21st century to the same degree that computers changed the game forever in the 20th.

"The expert in practical ethics said that we should actively give parents the choice to screen out personality flaws in their children as it meant they were then less likely to harm themselves and others."

-- Telegraph, UK

Now, engineering deliberately for pacifism could arguably be a bad idea. What happens, for instance, if a problem occurs in humanity later, like invasion by a hostile life form, that calls for it to defend itself? Dr. Inmaculada De Melo-Martin responds:

"Savulescu has neglected several important issues such as access to selection technologies, disproportionate burdens on women, difficulties in determining what is best, problems with aggregate effects of individual choices, and questions about social justice. Taking these matters into account would call such a moral requirement into serious question."

Nevertheless, no such issues could be held against breeding humans to be healthier, smarter, stronger, or longer-lived. A word we'll all be bandying about pretty soon is "biopolitics", the ethical and political issues relating to engineered humans.

Artist creates wind-powered walking creatures, for no apparent reason

Theo Jansen is a kinetic sculptor in the Netherlands who creates his own skeletal walking beasts, and this is one of his contraptions:

Jansen frequently turns his mechanical beasts loose on beaches and other wide, flat areas. One can only imagine the thoughts of the unprepared beach-goer who flips over from their restful tanning only to find one of these behemoths bearing down on them.

Jansen's own site features a video on the front page which is even greater in its grace and beauty. These kinetic sculptures, made from PVC pipe, wood, and recycled plastic bottles, are able to power themselves by wind. Not only can they walk, but some models can even sense when they're staggering into water and steer away, while others anchor themselves down if they detect a storm approaching.

Jansen intends to develop prototypes until he has models robust enough to turn loose on the beaches of the world to live out their own lives. If he does, these engineered organisms could well prove to be a phenomenon for generations to come. Perhaps, even after life on Earth is no longer feasible for other life forms and humans have long abandoned the Earth to its fate, there will still be the Strandbeasts, busily striding about on the sand, the last inheritors of the Earth.

Blit, a Bell Labs computer with GUI capabilities from 1982

Fantastically nostalgic early precursor to our modern technical gadgets, even having voice simulation. Astounding how far we've come, and yet how well they envisioned the future!

More about Blit here.