Bad design

Chemistry has been easy. Even in biological systems, humans quickly found hammers to eliminate any nails that surfaced. They found ways to eliminate pain, introduce necessary ingredients into the system, reduce bad substances, kill bugs that invaded and even managed to occasionally improve health. However, the end outcomes have remained largely the same with marginal effects on the extension of life with sufficient quality. In the process, they seem to have forgotten the properties of the biological system that is equally amenable to electromagnetic effects and monitoring.

Recent research (1) that shows that the monitoring of the mitochondrial redox state in the heart could be an effective way to predict the onset of a cardiac event, is telling. As the technology companies compete to release the "next version," of the same technology, they may want to focus on how technology could be utilized in creative ways to prevent adverse effects and prevent humans from degenerating into a state of low quality of life.

A simple system with a fragile pump, responsible for an uninterrupted supply to the CPU that dies at the first loss of power, is designed badly. To make matters worse, the components used are expected to fail in less than ten thousand days from inception. Discovering electromagnetism was a big leap but then, they decided to look upward and not inward. The former has ended in unproven theories, while their inability to apply what they know about themselves has resulted mostly in treatment than prevention.

The human, a magnificent machine, with a quantum computer on her shoulder powered by a singular and fragile pump, has been suffering from design deficiencies. From the look of it, this is likely to remain for a while.

(1) Responsive monitoring of mitochondrial redox states in heart muscle predicts impending cardiac arrest http://stm.sciencemag.org/content/9/408/eaan0117

 

Risk of ignorance

Humans appear to have positioned themselves into a corner, between rock and the hard place. The political systems they built over the last thousand years seem to have produced an idiot in the East, well matched by his counterpart in the West. At no time in the recent past, they have faced this situation in which billions of people were put at risk by the ego and ignorance of a few men and women. As the technologists seek artificial intelligence, it may be better to focus on finding intelligence first. Without it, humanity may be at great risk.

Ignorance has always been potent. Many regimes in the last five thousand years have been dominated by it. As the academics weave plans for tenure and prizes, after imbibing from the knowledge hydron, they seem to have forgotten that nobody is going to care for his or her "accomplishments." There are two major problems at hand - the phenomenon of ignorance rising to the top and the active shooting gallery of asteroids, zipping past the blue planet. Electric cars, cognitive computing, artificial intelligence and even space travel are great ideas, but they could be rendered marginal if the leaders of these companies lose perspective. One has to survive first before they can create machines that play soccer, albeit a wonderful idea.

The disconnect between intelligentsia and politics is problematic. The former
stuffed with the millennials and the later oversubscribed by octogenarians,
have been moving in opposite directions. What the technologists seem to miss is
that their view of the future may not be possible without the aging bureaucrats
making the right decisions. Based on recent experiences, the chance of
politicians doing good is close to zero.

Rock and the hard place; indeed, in every way you look. 

Lazy deep learning

The neural net, an old technology, improved recently by marginal tricks for faster and stable learning, is now the most expensive old wine in a new bottle, appropriately called, "deep learning." Technologists have been getting more creative and now they believe they are going to take over the world. It is possible, but unlikely. Scientists, who have been struggling with age-old statistics suddenly find a way to throw large amounts of raw data to the dumb machine to make pattern finding easier. We could now chase fundamental particles, pharmaceutical products, and weather forecasts, by chasing noise. Now, one could automate it with insights rising to the top just like butter does as one churns spoiled milk.

Lack of experience is problematic; for politicians, management consultants, investment bankers, entrepreneurs, scientists and even bureaucrats. It takes a while to be good at what one does. Machines are certainly great but as a large mainframe maker found out recently down South that not even Sherlock, let alone Watson, can solve all the world's problems. And the largest and smallest analytics companies in the world clamoring for glory by the application of technology and "artificial intelligence," some to save humanity and others to stuff their own pockets, we are fast approaching a highly bifurcated regime. As they seek "deep mind," much deeper questions remain and that's not something the millennials appear to be interested in.

Preserve the human mind, compassion and an incessant yearning for knowledge to survive. Sometimes, it is better to take a break from "learning programmatically."

Goodbye Cassini

A fateful plunge into the heart of Saturn was how the faithful probe, Cassini, ended its own life. Saturn and its moons have stirred up the imagination in the human psyche forever. Cassini’s end though has been carefully orchestrated as the agency feared biological contamination of its moons if it were to collide with any of them unexpectedly. The fact that the agency fear microbes could still exist on the probe after two decades in the outer stretches of the solar system is telling. Sterilization of space projectiles have not been effective and it is very likely that humans have already spread robust microbes on both Moon and Mars. As the window draws near to 2020, the “drop dead” timeline for finding aliens, this could be a profitable way to accomplish it. But if they find microbes elsewhere that look remarkably terrestrial, caution could be in order as the “explorers,” have not been tremendously careful.



Green women have been curiously absent, albeit that stories of abduction and alien craft crashes have been plenty. The fact that some think an alien will conquer the space-time constraint to reach the most irrelevant speck in the Milky Way, just to be astonished by human biology, is symptomatic of the limitations of the species. For fifty thousand years they have killed and pillaged their neighbors and now they would like to explore nearby planets and pretend to be sage. Such explorations have led to little increase in knowledge and likely distracted the theorists from imagination. The domination of engineering in Astronomy has been costly as there has not been any advancement in the fundamental understanding of the universe in nearly a century. The unusual men and women at the turn of last century who made a leap into the knowledge sphere have not been replicated. Mathematical noise have assured that the younger generation will be lost in partial differential equations and “quantum uncertainty,” forever.



Goodbye Cassini, an engineering marvel, but it is unlikely to advance knowledge in any dimension. If it does not shower microbes in pristine environments, that is a bonus.