Bailouts Explained

No News is Good News...

The covers of the US edition of this week's Time Magazine compared to the international editions.

We can't make this stuff up. It kind of says it all...

The Maladies of Job

I've always had a desire to get a bulldog. One that looks like the lovable bruiser seen above as every time I have encountered one, affection, goofiness and looks designed to kill have enchanted me for years save that the wife would kill me if I got one. With that in mind, reading the sobering NY Times Can the Bulldog Be Saved? has saddened yours truly when pure bred obsession takes the bulldog's gene  pool for a ride in creating a dog cursed with the maladies of Job.

“There is little doubt that the anatomy of the English bulldog has considerable capacity to cause suffering,” Dr. Nicola Rooney and Dr. David Sargan concluded in one of the reports, “Pedigree Dog Breeding in the U.K.: A Major Welfare Concern?” “The breed is noted to have locomotion difficulties, breathing problems, an inability to mate or give birth without assistance. . . . Many would question whether the breed’s quality of life is so compromised that its breeding should be banned.”

It gets better...

Though a number of breeds were discussed at the conference (including the Cavalier King Charles spaniel, which is beset with severe heart and neurological diseases), the bulldog stole the show. “It is the most extreme example of genetic manipulation in the dog-breeding world that results in congenital and hereditary problems,” Pacelle said.

Brenda Bonnett, a consulting veterinary epidemiologist and a speaker at the conference, outlined the results of her study of Swedish dog-insurance data from 1995 to 2006. She told conference attendees that bulldogs are significantly more likely than other dogs to suffer from a wide range of health issues, including ear and eye problems, skin infections, respiratory issues, immunological and neurological problems and locomotor challenges. (Statistics released in 2010 by the Orthopedic Foundation for Animals revealed that bulldogs have the highest rate of hip dysplasia of any breed.)

A few months after the Humane Society conference, The Journal of Veterinary Internal Medicine published a study of breed-related causes of death in American dogs. Researchers found that bulldogs are the most likely to die from respiratory illness and the second-most likely to die from congenital disease.

The most telling item however is the mutation of the breed from bull baiting monster to lovable pug as seen in a comparison of what the bulldog used to look like compared to today's.

Circa 1800's

Present Day

Any Questions?

Reducto ad Absurdum

"A gene is a molecular unit of heredity of a living organism. It is a name given to some stretches of DNA and RNA that code for a type of protein or for an RNA chain that has a function in the organism. Living beings depend on genes, as they specify all proteins and functional RNA chains. Genes hold the information to build and maintain an organism's cells and pass genetic traits to offspring, although some organelles (e.g. mitochondria) are self-replicating and are not coded for by the organism's DNA. All organisms have many genes corresponding to various biological traits, some of which are immediately visible, such as eye color or number of limbs, and some of which are not, such as blood type or increased risk for specific diseases, or the thousands of basic biochemical processes that comprise life."

Question: Did any medical company create the gene given the definition seen above or better yet, can something every living thing on this plant possesses be patented? In a sane world, the answer would be a rather obvious no but in today's corporate-controlled world, 40,000 genes have been patented with more to come thanks to a patent office either blindingly stupid, incredibly inept or bought and paid for by parties unknown.

"Think your body is your own to control and dispose of as you wish? Think again. The United States Patent Office has granted at least 40,000 patents on genes controlling the most basic processes of human life, and more are pending. If you undergo surgery in many hospitals you must sign away ownership rights to your excised tissues, even if they turn out to have medical and fiscal value. Life itself is rapidly becoming a wholly owned subsidiary of the medical- industrial complex." 

When factored in with the for profit healthcare system the US is saddled with, it's no wonder the leaving of common sense regarding genes and patents has become a no brainer to the max. 

Soylent Green anyone?

Captain Obvious

Smart Planet seems to come up with some pretty interesting tidbits regarding tech, energy and business including this gem titled... The 25 worst passwords of 2011.

They are:

1. password
2. 123456
3.12345678
4. qwerty
5. abc123
6. monkey
7. 1234567
8. letmein
9. trustno1
10. dragon
11. baseball
12. 111111
13. iloveyou
14. master
15. sunshine
16. ashley
17. bailey
18. passw0rd
19. shadow
20. 123123
21. 654321
22. superman
23. qazwsx
24. michael
25. football


SmartPlanet colleague Tuan C. Nguyen provides a surprisingly simple technique for deriving a strong password that makes it difficult for hacking programs to arrive at the right brute force combination — employing a symbol in combination with an upper-case and lower-case letter.

I use this technique but still forget the damn things when logging onto sites like SP. :)

Happy T Day

Earth-Time

Words not needed here.

Something to Consider

The end-Permian extinction occurred 252.2 million years ago, decimating 90 percent of marine and terrestrial species, from snails and small crustaceans to early forms of lizards and amphibians. “The Great Dying,” as it’s now known, was the most severe mass extinction in Earth’s history, and is probably the closest life has come to being completely extinguished. Possible causes include immense volcanic eruptions, rapid depletion of oxygen in the oceans, and — an unlikely option — an asteroid collision.


While the causes of this global catastrophe are unknown, an MIT-led team of researchers has now established that the end-Permian extinction was extremely rapid, triggering massive die-outs both in the oceans and on land in less than 20,000 years — the blink of an eye in geologic time. The researchers also found that this time period coincides with a massive buildup of atmospheric carbon dioxide, which likely triggered the simultaneous collapse of species in the oceans and on land.

But there's more...


“The rate of injection of CO2 into the late Permian system is probably similar to the anthropogenic rate of injection of CO2 now,” Rothman says. “It’s just that it went on for … 10,000 years.”


Rothman says the total amount of CO2 pumped into Earth over this time period was so immense that it’s not immediately clear where it all came from.


“It’s just not easy to imagine,” Rothman says. “Even if you put all the world’s known coal deposits on top of a volcano, you still wouldn’t come close. So something unusual was going on.”

Phase changes are non-linear, the break from one phase or condition to another (water/ice/steam) is dramatic and powerful, something to consider as we continue to move toward a possible phase transition equal to that of  "The Great Dying", something we can avoid if we have the will to do it.

Blade Runner - On Nearing 30

Produced almost 30 years ago, Blade Runner, a dark and mysterious film depicting a dystopian future, continues to haunt us by asking deep questions about humanity, death, the environment and ethics, questions becoming all the more relevant as time goes by...

• How long have I got?
• What does it mean to be human anyway?
• Do we have the right to terminate artificial life much less create it?
• Do we have the right to survive given what we have done to the environment?
• Are we better off with all this tech?
• Can civilization survive in spite of itself?

Questions to ponder, don't you think?

"It's too bad she won't live! But then again, who does? " - Gaff/Blade Runner

In the Realm of the Possible

Seems a new ecosystem is beginning to happen with the latest entry dealing with batteries, a topic BRT has covered in the past with emphasis on the difficulty of producing cheap, powerful batteris able to be charged ad nauseum and able to be recycled without issue, something considered to be extremely hard to do until now.

"Capacitors store an electrical charge physically and have important advantages: they are lightweight and can be recharged (and discharged) rapidly and almost indefinitely. Plus, they generate very little heat, an important issue for electronic devices. However, they can only make use of about half of their stored charge.


Batteries, on the other hand, store electrical energy chemically and can release it over longer periods at a steady voltage. And they can usually store more energy than a capacitor. But batteries are heavy and take time to charge up, and even the best can’t be recharged forever.


Enter asymmetric capacitors, which bring together the best of both worlds. On the capacitor side, energy is stored by electrolyte ions that are physically attracted to the charged surface of a carbon anode. Combined with a battery-style cathode, this design delivers nearly double the energy of a standard capacitor."

But there's more...

"But how many times can you recharge their novel asymmetric capacitor? Nobody knows; so far, they haven’t been able to wear it out. “We’ve achieved over 127,000 cycles,” Rogers said."

When looking at this innovative way to developing an elegant portable power source, one sees a distributed approach to building a sustainable future beginning to blossom thanks to the net and the commonality of file formats enabling researchers and technologists to share information in ways considered to be impossible to do just one year ago. A partial list of disciplines used in creating products similar in concept to the battery project described above includes quantum theory, AI, robotics, biotech, nano-tech and computation.

A tiny sampling of tech using input from these and other disciplines not listed include:

• 3D fabbing
• Thin film solar
• Artificial photosynthesis
• Using light to treat cancer
• Using heat with gold nanoparticles to treat cancer
• Flexible, transparent displays
• Spintronics
• Graphene capaciters
• Graphene batteries
• Smart Dust
• Quantum computers
• Bots
• Smart phones
• Pad computers
• Smart prosthetics
• Electric cars
• etc., etc., etc.,

"If an elderly but distinguished scientist says that something is possible, he is almost certainly right; but if he says that it is impossible, he is very probably wrong." - Arthur C. Clarke

On the Road...circa 2011

"It took two months traveling through 32 states for photographer Brian DeFrees to capture this five-minute time-lapse that documents his epic cross-country road trip."

Jack Kerouac would have been proud.