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words

Words, I swear to god the trouble they've caused. I awake every morning with questions that torment me. The who, why, how, when of everything unanswered. They taught me to read and write but were more interested in content and context, what I read or didn't read. They taught me to recognize what the marks on paper meant, actually it was an initiation into the foolishness of words. Starting with children's books I learned to open my mind to the foolishness to come. I didn't know words could lie so unashamedly. Behind the mask of ego and motive, like a magicians slight of hand, the amusing joke, I'm doubled-over in laughter while going to my slaughter. Words can kill, damn, I thought words were innocent, some fool said "if".

Words are coined for schools of thought. The more immersed in the school the more serious the words. For a truth, I tell you this surely must be the truth because I so thoroughly believe it to be true. Others from the first written to the contemporary have verified it to be so and all other words are incarnations of evil set to confuse or destroy the believers of the truth. Why isn't the truth itself is destroyed, why the believers of the truth are destroyed? It is because words for and against must occupy the same space. We don't care about the question in question, we care about the words. Oh, how we revere words.

Words are a formula expressed to convey and communicate to others but in the fact that a person can communicate one thing and think another, words are highly suspect. The alien with a big zipper on his forehead, unzipped to reveal a big honking eye, his jaw automatically locked, the full spectrum of his data stream into my mind and I knew his intent, motive and reason, not a word was spoken. I felt like god had descended and swept away years of nonsense, the years of interpretive equations for every occasion and defensive quips to hide my fears. Oh the elation of pure knowledge that stopped all the human foolishness that has enveloped me. I am sure I must tell others.

Words, just words, like other words. My cousin James was abducted by aliens, he said. Oh, they had something about that on TV the other night. What you been smok'n mon? I am a _______________ and we don't believe in that, if you read the _____________you'd know god's word. God's got a mouth now, has lips, speaks words. His words, even if you repeat them are powerful words.

The mind is powerful in how it perceives and believes, conceives and receives, can also deceive and be deceived. Words themselves are the power. They strike the mind through the eye ports, the ear port, the mouth port. Thus we are mostly blind, deaf and dumb by reason of all the words we are bombarded with and the constructs of their definitions we exist in.

He's well read, is a man of letters, has a way with words, is a word mister, a word smith, is a walking lexicon and a con-artist. He is who said it first, coined the word, defined the word and redefined the expression. It's all about the words. Words are the real weapon. Like in Star Wars and every street fight, you play the dozens, can't settle it, then break out the fisticuffs or light sabers or guns. I see we can't settle this with our knowledge of the force (words), have to use the elegant weapons of a more civil time, bashing with stones, swords, throwing bullets, arrows, rockets, packets of erroneous data and viruses, sanctions, all the other things we do to each other because our words have less power that another's words. And it is because our words do not match our reasons and motives. The same is true for both sides. How in the heck can we move forward if our words were true? Both sides ask the same question. On this planet, words are the problem.

A picture speaks a thousand words. We should all be artist. There would be less need to speak. Oh, I forgot, we don't see eye to eye either.

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Translocation of Nanoparticles...

Left: Snapshot of the simulation system. The (20, 20) type carbon nanotube (CNT) combined with two graphite sheets (cyan) solved in a periodic water box represents a nanometre water channel, and a polymer-functionalized nanoparticle (NP) is driven through it by an external electric field.
Right: The NP structures with different polymer length and number, and the polymer terminal is charged (green).

As carbon nanotubes (CNTs) are excellent water transporters, the researchers use all-atom molecular dynamics simulations to study the translocation of charged NPs through a fluidic CNT. A series of simulations are conducted for NPs with different polymer length, polymer number, charge amount and charge position. With the increase in polymer length, the NP flux decreases as a whole due to the increase in NP size. The negatively charged NP translocation fails at the smallest polymer length because of the strong binding of Na+.



Nanotech Web: Determining the translocation of nanoparticles

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Problems and Solutions...


Ahem: #9 is kind of big, so be careful!

Source: Physics Database (10 Free Physics Problem Books)

Direct link to books:

  1. Problems and Solutions in Elementary Physics
  2. Review Problems for Introductory Physics
  3. 1000 Solved Problems in Modern Physics
  4. Problems and Solutions in Statistical Physics
  5. International Physics Olympiad Problems and Solutions
  6. Problems in General Physics
  7. Mechanics Revision: Problems and Solutions
  8. Problems and Solutions: Statistical Physics of Particles
  9. Quantum Mechanics: Problems and Solutions
  10. Problems and Solutions on Solid State Physics, Relativity and Miscellaneous Topics
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Single-Atom Gates...

Quantum computers could benefit from the latest breakthrough in atomic physics. (Courtesy: Shutterstock)

A quantum-information analogue of the transistor has been unveiled by two independent groups in Germany and the US. Both devices comprise a single atom that can switch the quantum state of a single photon. The results are a major step towards the development of practical quantum computers.



Unlike conventional computers, which store bits of information in definite values of 0 or 1, quantum computers store information in qubits, which are a superposition of both values. When qubits are entangled, any change in one immediately affects changes in the others. Qubits can therefore work in unison to solve certain complex problems much faster than their classical counterparts.



Qubits can be created from either light or matter, but many researchers believe that the practical quantum computers of the future will have to rely on interactions between both. Unfortunately, light tends only to interact with matter when the light is very intense and the matter is very dense. To make a single photon and a single atom interact is a challenge because the two are much more likely to pass straight through each other.



Physics World: Single-atom gates open the door to quantum computing

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Gravitational Waves Mystery May Be Solved Using Powerful Lasers

The ripples from violent cosmic collisions can be felt far across the universe, and thanks to a new, sensitive detector expected to start collecting data next year, scientists might be able to see evidence of those gravitational waves from Earth for the first time.

When two neutron stars (remnants of supernova explosions) merge or when a black hole merges with a neutron star, the reverberations of the merger can extend throughout the cosmos. Light, however, only tells us so much. To learn more about the mass and motion of the collision, astronomers want to use gravitational waves, ripples in space-time created during these massive crashes.

Next year, astrophysicists are set to switch on one of the most sensitive gravitational-wave detectors ever created. The observatory is called the Laser Interferometer Gravitational-Wave Observatory (LIGO, for short). It originally had six observing runs between 2004 and 2010, and has been offline for half a decade to make upgrades. The return, its backers say, will be worth it. [Photos: Hunting Gravitational Waves with LIGO]

"It opens us up to [viewing] a larger number of astrophysical events," said David Reitze, the LIGO Laboratory's principal investigator and director. One improvement will be better sensitivity in lower frequencies, which will let astronomers look for black holes of between 100 and 500 times the mass of the sun if they exist.

A new documentary about LIGO, titled "LIGO, A Passion for Understanding," is set to premiere on Space.com April 15. You can watch it on Space.com or directly from the filmmaker Kai Staats here: http://www.kaistaats.com/film/ligo/.

From the Big Bang to big star explosions

Gravitational waves hit the headlines in March when the scientific instrument BICEP2 (short for Background Imaging of Cosmic Extragalactic Polarization) found the first direct evidence of cosmic inflation, or the huge expansion of the cosmos that happened shortly after the Big Bang.

LIGO, however, searches for waves at higher frequencies, in the 10 hertz to 10 kilohertz band. The primordial waves discovered by BICEP2, Reitze said, are 20 orders of magnitude lower in frequency.

While LIGO was not really designed to look for primordial waves, scientists did search for them. Researchers described what was then the most accurate upper limit on the primary gravitational- wave background in high frequencies. The results were published in a 2009 issue of the journal Nature in 2009 (and have since been superseded by BICEP2, Reitze said.)

Another prominent result came when scientists measured how round pulsars — super-dense, tiny, spinning remnants of supernovas — are by tracking asymmetries on their surfaces. "If it has a bump and the bump is big enough, it will generate a gravitational wave," Reitze said.

Measurements of the Crab Nebula's pulsar by LIGO yielded no "mountains" higher than one meter (3.4 feet). "Certain pulsars, are even better, with less than a millimeter high," Reitze added.

Stopping for trains and earthquakes

LIGO originally consisted of two interferometers (telescope receivers that work together) at Hanford (near Richland, Wash.) and one in Livingston, La. The $205 million advanced LIGO has one interferometer in each location, with the third one going somewhere off continent — likely India. The government there is calling this project "one of the hallmark science detectors," Reitze said, and site evaluation is underway.

Wherever the interferometer goes, it has to be a region that is not too prone to earthquakes, lest the sensor get mixed up. Despite advanced stabilization technology, shaking does happen. "And we monitor the shaking to make sure it doesn't corrupt the data," Reitze said. [Watch the trailer for "LIGO, A Passion for Understanding"]

There's a procedure at Hanford and Livingston to stop science work when earthquakes occur. Observations at Livingston also must stop temporarily if a 50-car cargo train rumbles by on a track about 1.5 miles (2.4 kilometers) away.

"There are automatic protocols (using sensors and software) which monitor earthquakes and take the interferometers out of 'science mode' during seismic disturbances from earthquakes," Reitze said.

Each interferometer works by injecting a laser into a vacuum system, which splits the beam in half to put the resulting beams at right angles to each other. Each beam goes to mirrors about 2.5 miles (4 kilometers) away, which reflect back.

The gravitational waves cause tiny but measurable distortions in the laser beams that cause a "changing interference pattern" in the photosensors that read the laser reflections, Reitze said. "In comparative scale, if you take the nucleus of an atom and take its diameter and divide that by 10,000, that's the type of a distance change we're looking at."

LIGO's capabilities will be 10 times more sensitive than before in searching for binary neutron star mergers, and it will be better able to pick up on many other cosmic phenomena as well – such as black holes and supernovas. The principal funder was the National Science Foundation, and the California Institute of Technology leads laboratory operations.

Follow Elizabeth Howell @howellspace. Follow us @Spacedotcom, Facebook and Google+. Original article on Space.com.

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Universal Greetings to everyone on this site:

I watched the brother's rant just now, and my first issue is "Why does it sound like he is stuck on discussing what Hollywood isn't doing and on certain Black characters from the mainstream comics industry?" This topic goes around in circles every day, month, year, whatever. I've been on different sites and I see and read about this same issue. I've made it plain when I respond to these posts: I do not care what Hollywood is or is not doing with their Black characters! I mean c'mon, its been obvious since the beginning of the American film industry in this country that they do not nor have they ever cared about our culture.

We need to do for self as the great Marcus Garvey kept on emphazising during his time in the early 1900s, and we had our own small, yet creative "Black Hollywood" in those times (and I'm talking about more than the great Oscar Micheaux). We already have a large group of Black superheroes of African culture, science fiction, etc. that we can research and get together to collaborate on to produce them.  I don't care if it comes out on NetFlix streaming service, straight to DVD, Video on Demand (VOD), whatever format would be viable for folks to view it. You want the best deliverable format with the lowest cost of distribution so that you are not overextending your overall budget.  Go to the (small, yet entertaining) various Black comic conventions in this country and meet the creators, talk about their characters, and other future projects or ideas with them.

I am tired of reading posts about only Luke Cage, Black Panther, Storm, etc. My second issue is why do we have to dream cast the same person (s) for a role (I.e. Michael Jai White as either the Black Panther or Luke Cage)? He is not the only male Black actor out there, people! What about Morris Chestnut or Henry Simmons? We have more than Zoe Saldana to act as a comic book-based character, right? It seems to me that television gives more interesting role choices than film is doing. ECBACC, Black Age in Chicago, Motor City in Detroit, etc. are great places to discover our characters and creators. I have a friend and creative partner based in Los Angeles, and for example, he would love to do a massive possibly animated film featuring if not all but those who are willing to contribute based on using the Black Superhero Montage characters. Now wouldn't that be something spectacular? Now maybe folks who are stuck on Hollywood would shut the hell up finally?

It takes a lot of people, a whole lot of money, a definite whole lot of commitment to do for self. Lets stop complaining, stop bringing up racism as a blockade, stop dream casting, lets get off our collective asses and go learn whatever skills we need to have to make these projects become reality. To be continued...

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A little under a year ago, I started a side projected called Bad Girl Confidence to showcase a collection of aspiring creatives that I knew. Creatives such as writers, designers, comic book writers, artist, musicians, & entrepreneurs who needed exposure for their work but lacked the resources to drum up support for their work. Find out more here: www.badgirlconfidence.com

This platform is now growing into an online magazine and we will going into print as a result. We will be bringing the website and print magazine at the Northside Festival in June. The print magazine is going to include a variety of artist, all but one are people of color from around the world. There are illustrators, video game designers, graphic artists, fine art creators, and more. If you would like to help us make this magazine a reality, please pledge here: http://igg.me/at/bgcmagazine

Your pledge could earn you a copy of digital and/or print magazine. I am really excited because this is the first step in showing the world the emerging talents coming out from our communities. My main focus is on people of color but I engaged in the spirit of encourage talent full stop! This magazine is here to bring a different perspective and balance the skewed media conversation about what beauty and talent looks like!

Thank you for your help! :)

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The Beggar's Bowl - New Cover

I will be revealing the new cover for The Beggar's Bowl on May 21. This short of mine has been free for a few years now and I know it hasn't gotten as many downloads as 30 Minute Plan because the cover is just awful. I'd made it myself. But now it has an honest-to-goodness nice cover and I will be revealing it next month in anticipation of the release of Axe to the Face. TBB will also include an exclusive excerpt of the novella.

Don't forget to download a copy of Where the Monsters Are or join the giveaway over at Brutal Books!

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Blacks in Technology Podcast-Techy folks

I listened to this podcast a few times and found it very cool to hear. This is where coders, tech experts, and entreprenuers, authors, engineers, etc get on and talk about their experience in the field.

<iframe src="//www.spreaker.com/embed/player/standard?autoplay=false&episode_id=4321207" style="width: 100%; height: 131px; min-width: 400px;" frameborder="0" scrolling="no"></iframe>

LINK: http://www.spreaker.com/user/blacksintechnology/bittechtalk-ep-53-w-kelsey-hightower?error=access_denied&error_code=200&error_description=Permissions+error&error_reason=user_denied#_=_

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Pest Problems...



A security bug uncovered this week affects an estimated two-thirds of websites and has Internet users scrambling to understand the problem and update their online passwords. But many systems vulnerable to the flaw are out of public view and are unlikely to get fixed.



OpenSSL, in which the bug, known as Heartbleed, was found, is widely used in software that connects devices in homes, offices, and industrial settings to the Internet. The Heartbleed flaw could live on for years in devices like networking hardware, home automation systems, and even critical industrial-control systems, because they are infrequently updated.



Network-connected devices often run a basic Web server to let an administrator access online control panels. In many cases, these servers are secured using OpenSSL and their software will need updating, says Philip Lieberman, president of security company Lieberman Software. However, this is unlikely to be a priority. “The manufacturers of these devices will not release patches for the vast majority of their devices, and consumers will patch an insignificant number of devices.”



Cable boxes and home Internet routers are just two of the major classes of devices likely to be affected, says Lieberman. “ISPs now have millions of these devices with this bug in them,” he says.



MIT Technology Review:
Widespread Bug Will Linger On in Unpatched Devices
Money.CNN.com: Heartbleed bug: What you need to know

LA Times: 'Heartbleed' bug could undermine years of work to build public trust

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all of that or nothing at all

In college I was introduced to the utopian novel, heard much of hippie communes and investigated several religions and such, ultimately getting stuck in one. The weird thing is that for every serious group, there is a vocabulary. That group of words dictates the context of the reality of that group. Outsiders are separated by not knowing the language and/or not participating in the fellowship using that language. What I mean is you have experiences (mostly normal human experiences) and you describe them in the language of the group. The end effect is that you must use the appropriate language with the appropriate group. Mixing groups and languages is for dissing or promoting the one group to the other group.

Now if you spend any length of time in a focus, using a particular language and describe your world through the defines taught to you, you will find your being has been altered accordingly. Take my word for it, when a startling change comes, it is a struggle to deal with it internally.

The one who knows this experience is the traveller. If you've been to another nation where the culture and language is foreign then you have the alien experience. Now let's shift gears and change realities. Now you know very little experientially. You hope if you go through this door you can come back through. Then can you describe what you experience to yourself because you sure as shoot'n will have a hard time describing it to others.

I haven't been there yet, but I sense it in the back ground, where the times and names mean nothing. I wonder if my sense organs and brain are giving me all that is or a narrow spectrum. I heard one say if I rub my hands together, I am ramping up my chi. I don't want to waste energy, I do want to see energy fly from my hands, not just assume. Power of life, what a thought and yet I've been taught not to consider it or develop it. Power of mind, beyond the meanings in words I've been taught, beyond the reality I learned to sense. OR is what is exactly what it is? Perhaps it is imagination after all.

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Ibn al-Haytham...

Ibn al-Haytham. (Image by Guérin nicolas, GFDL)


Post inspired by COSMOS episode this past Sunday (full episode at link).


al-Hasan ibn al-Haytham


The Arabian physicist, astronomer, and mathematician al-Hasan ibn al-Haytham (ca. 966-1039), or Alhazen, established the theory of vision that prevailed till the 17th century. He also defended a theory of the physical reality of Ptolemy's planetary models.



Al-Hasan was born at Basra in southern Iraq, where he must have received all his education. He gained sufficient fame for his knowledge of physics in his youth that he was called to Egypt by the Fatimid ruler al-Hakim to attempt to regulate the flow of the Nile. Failing in this effort, he was disgraced and established himself as a copyist of mathematical manuscripts; there still exists in Istanbul a manuscript of the Banu Musa's version of Apollonius's Conics copied by him in 1024. He continued to practice the scribal art in Cairo for the remainder of his life.




He did not cease to pursue his scientific studies, however, and published a large number of highly original works. He produced two catalogs of his own work, which are preserved by Ibn abi Usaybia. The first of these, compiled in 1027, comprises 25 books on mathematics and 44 on physics and metaphysics, including On the Structure of the World. The second, supplementary catalog was complied in 1028.




Al-Hasan's greatest scientific achievements were in the field of optics. In the discussion of the nature of vision at the beginning of Optics, he argues that light physically affects the eye, citing the pain experienced by looking directly at the Sun and the afterimage experienced by staring at fire and then looking into a weakly illuminated place. From this he argues that the assumption of emission of visual rays from the eye utilized by mathematical opticians, though convenient for their geometric analysis, must be physically wrong. Light rays rather proceed from the visible object to the eye and are always accompanied by color.

 

"al-Hasan ibn al-Haytham.Encyclopedia of World Biography. 2004. Encyclopedia.com. 9 Apr. 2014<http://www.encyclopedia.com>.
Islam Wikia: Ibn al-Haytham
Wikipedia: History of the Scientific Method/Ibin al-Haytham

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The Opposition of Mars...


There are two dates of special significance:



April 8th (TODAY) is the date of opposition, when Mars, Earth, and the sun are arranged in a nearly-straight line.


If the orbits of Mars and Earth were perfectly circular, April 8th would also be the date of closest approach. However, planetary orbits are elliptical--that is, slightly egg-shaped--so the actual date of closest approach doesn't come until almost a week later.



On April 14th, Earth and Mars are at their minimum distance: 92 million km, a 6+ month flight for NASA's speediest rockets. You won't have any trouble finding Mars on this night. The full Moon will be gliding by the Red Planet in the constellation Virgo, providing a can't-miss "landmark" in the midnight sky.


Remarkably, on the same night that Mars is closest to Earth, there will be a total lunar eclipse. The full Moon of April 14-15 will turn as red as the Red Planet itself.



Try to get your taxes done, so you can enjoy the show. Working on write-offs (to join you)...



NASA: The Opposition of Mars

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Robot Dawn...

Source: The Economist (link below)

ROBOTS came into the world as a literary device whereby the writers and film-makers of the early 20th century could explore their hopes and fears about technology, as the era of the automobile, telephone and aeroplane picked up its reckless jazz-age speed. From Fritz Lang’s “Metropolis” and Isaac Asimov’s “I, Robot” to “WALL-E” and the “Terminator” films, and in countless iterations in between, they have succeeded admirably in their task.



Since moving from the page and screen to real life, robots have been a mild disappointment. They do some things that humans cannot do themselves, like exploring Mars, and a host of things people do not much want to do, like dealing with unexploded bombs or vacuuming floors (there are around 10m robot vacuum cleaners wandering the carpets of the world). And they are very useful in bits of manufacturing. But reliable robots—especially ones required to work beyond the safety cages of a factory floor—have proved hard to make, and robots are still pretty stupid. So although they fascinate people, they have not yet made much of a mark on the world.



That seems about to change. The exponential growth in the power of silicon chips, digital sensors and high-bandwidth communications improves robots just as it improves all sorts of other products. And, as our special report this week explains, three other factors are at play.



One is that robotics R&D is getting easier. New shared standards make good ideas easily portable from one robot platform to another. And accumulated know-how means that building such platforms is getting a lot cheaper. A robot like Rethink Robotics’s Baxter, with two arms and a remarkably easy, intuitive programming interface, would have been barely conceivable ten years ago. Now you can buy one for $25,000.



The Economist: New roles for technology - Rise of the Robots
MIT Technology Review:
Cheaper Joints and Digits Bring the Robot Revolution Closer

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Costly Denial...


The difficulty of predicting local effects of climate change makes a compelling case for preventing it.



This week the Intergovernmental Panel on Climate Change (IPCC) released a major report focused on what actions might or could be taken to adapt to climate change. It attempts to describe who and what is especially vulnerable to climate change, and gives an overview of ways some are adapting.



The report makes clear that specific estimates of how climate change will affect places, people, and things are very uncertain. Brought down to a local level, climate change could go in either direction—there are risks that a given area could get drier or wetter, or suffer floods or droughts, or both. This uncertainty makes efforts to prevent climate change even more important.



Specific risks to natural systems are well documented by the report. It finds, for example, the greatest risks are to those ecosystems, people, and things in low-lying coastal areas, because expected sea-level changes are in only one direction, up. This is also the case in the Arctic, where the temperature rise is expected to be much greater than the global average. There is good science and unanimous agreement among climate models behind these assertions.



But a frustrating aspect of the report—and a reflection of the difficulty of working in this line of research—is that very few specific risks to humans are quantified in a meaningful way. For example, one might ask: has my risk of death increased because of more hot days? The report says, “Local changes in temperature and rainfall have altered the distribution of some water-borne illnesses and disease vectors (medium confidence).” This seems to state the obvious, while giving no indication of whether the alterations may have increased or decreased risk or what the magnitude of the alteration might be. Given that the statement seems to say little, it is hard to imagine there is not high confidence.



MIT Technology Review (the report):
Why We Can't Just Adapt to Climate Change, John Reilly
MIT Joint Program on the Science and Policy of Global Change
NOLA Times Picayune: Hurricane Katrina
FEMA: Hurricane Sandy Recovery

World Bank:
What Climate Change Means for Africa, Asia and the Coastal Poor

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So Much for Big Brother...

"1984"

The security of a data connection protected using a flawed U.S. encryption standard promoted by the National Security Agency could be broken in under 16 seconds using a single computer processor. That’s according to the first in-depth study of how easily encryption systems that use the now deprecated Dual_EC random number generator could be defeated by an attacker that had “backdoored” the standard.



The flawed standard has never been widely used to protect Internet communications, even though the security company RSA got $10 million from the NSA to make it the default random number generator in one of its software packages. It is not known whether the NSA or anyone else knows the crucial mathematical relationship needed to exploit the flaw and undo encryption based on Dual_EC.



However, the study conclusively shows that an attacker that did know the key to the Dual_EC backdoor could put it to practical use. Not all of the six different encryption software packages tested could be defeated in seconds: half took a 16-processor cluster between 60 and 80 minutes of work to break. But a national intelligence agency could significantly improve on those times by devoting more computing power to the problem.



MIT Technology Review:
Study Shows Flawed U.S. Encryption Standard Could Be Broken in Seconds

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are we there yet, the future

I'm pickin up a conflict between the nature power people and the technology powered people to rule the planet. They duke it out by trying to reduce each other primitive savages.

The nature people (NTRs) can say a glandular hello, the Technos countered by placing a shield micro dot on their foreheads. A group of NTRs were talking when one turned without warning and winged a boomerang at a hovering ear drone, splitting it into pieces. They then went into the glandular and nodded heads toward each other.

The Techno people can't glandular connect but they do have devices for everything and a software called swarm that helps them work in masse. Techno people don't like to be solitary unless going into sensory overload, which has replaced any and all drug use. So when you see a lone person you have to figure is he naturating or chaosing.

Once a Techno challenged a NTR to a contest to see who could relay the farthest. The Techno first bounces signals off the ionosphere. He then sent signals to the furthest satellite in space. The NTR then transcribed a lengthy message from a friend on the other side of the galaxy w/pictures and a joked about a strange signal he intercepted from a busted up satellite.

The NTRs like to live simple, they are natural of course, grow food themselves, mostly for the pleasure of it. Their needs are small, they live with seasonal local foods. The Technos still use the mega farm approach to sustain their selves and are working toward synth-food with infinity shelf life.

The Technos brag how their big machines will one day build new pyramids once they can break the dense matter gravity link. The NTRs say what is matter or gravity to us? (Ooh Neal, there is no spoon!).

Sound familiar? I wonder who we be ultimate. I do think we trust too much in technology today and don't know enough about nature (MTR NTR). The key is not information and calculation but the illumination of knowledge.

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