Thursday, March 23
Wednesday, March 22
Illegal Immigration and Technology
ABOUT 60% of our population work.
This is 180,000 people.
The 2023 World Economic Forum predicts that 90,000 people in USA will loose their jobs due to ROBOT REPLACEMENT.
These robots are replacing NON SKILLED JOBS.
Illegal Immigrants are NON SKILLED LABOR.
Only SKILLED LABOR will be used to BUILD ROBOTS.
Let's just forget a minute about what these 90,000 Americans are going to do when they lose their jobs... let's think about what these ILLEGAL IMMIGRANTS are going to do because they are theoretically coming to the USA for FRIGGING JOBS.
Some of these American Workers are married and will be using their spouse's health insurance... but these ILLEGAL IMMIGRANTS will have no health insurance... do you think they might DRAIN our medical supplies, clog our ER rooms, and generally screw up our healthcare system?
If they cannot work??? will they steal to feed themselves?
Will they live on the streets and become homeless?
Will they sell drugs?
NOW, let's look at our own people... what the hell are we going to do with them???
Spend more money to take care of them, INCREASING INFLATION and causing supply shortages???
We cannot stop TECHNOLOGY and our society is bound and determined to push technology as far as it can be pushed... and then try to push it further.
What will technology replace next?
Robots can perform surgeries...
Robots can replicate the skills of dentists...
Robots can build robots...
Robots can replace the military soldier and sailor...
Robots can drive military vehicles...
Robots can fly military jets...
Robots can cook and serve food...
Robots can manufacture anything as long as they are programmed...
Robots can teach classes...
Robots can be architects and draftsmen...
Robots can perform nursing duties...
A BETTER QUESTION IS WHAT CAN ROBOTS NOT DO???
Nothing Else To Do But BITCH
- I don't smoke cigarettes
- I don't drink alcohol
- I don't use illegal drugs
- I exercise and eat healthy
- Conservatives
- Liberals
- Blacks
- Whites
- Hispanics/Asians
- Religous
- Non Religious
- Wealthy/Poor
Fusion's Future in USA
Fusion energy is often hailed as a limitless source of clean energy, but new research from Princeton University suggests that may only be true if the price is right.
In a study led by fusion expert Egemen Kolemen, associate professor of mechanical and aerospace engineering and the Andlinger Center for Energy and the Environment, and energy systems expert Jesse Jenkins, assistant professor of mechanical and aerospace engineering and the Andlinger Center for Energy and the Environment, Princeton researchers modeled the cost targets that a fusion reactor might have to meet to gain traction in a future U.S. energy grid.
The findings, published in Joule on Mar. 16, illustrated that the engineering challenges of fusion energy are only part of the problem—the other part lies in economics.
"People will not pay an unlimited amount of money for fusion energy if they could spend that money to generate clean energy more cost-effectively," said Jacob Schwartz, a former postdoc with Kolemen and Jenkins who led the modeling for the study and currently works as a research physicist at the Princeton Plasma Physics Laboratory. "Above a certain cost, even if we can engineer them, not many developers will want to build them."
The model results demonstrated that the niche for fusion in the U.S. depends not only on the price of building a reactor but hinges greatly on the energy mix of the future grid and the cost of competing technologies like nuclear fission.
If the market for fusion is favorable, then even with capital costs as high as around $7,000 per kilowatt, fusion could still reach 100 GW capacity—about the current capacity of U.S. nuclear power plants, which supply about a fifth of today's electricity needs. But supposing alternative technologies like nuclear fission, hydrogen, carbon capture and storage, or long-duration battery storage successfully take root, capital costs might have to be less than half that price for fusion to reach the same 100 GW capacity.
"Fusion developers need to keep an eye on the competition," Jenkins explained. "If successfully commercialized, fusion power plants are likely to look a lot like classic nuclear fission plants from the perspective of electricity markets and grids. Both resources are complex technologies with tight engineering margins for safety reasons, which translates to high upfront investment costs. If the variable costs of fusion power plants end up low, fusion plants will likely compete head-to-head with new fission power plants." READ MORE...
Probably Not Thinking About Retirement, Are You?
If you are under 50, by the time you are eligible to retire the age will be 70 and Social Security may or may not be there, despite what politicians say today. Our national debt is huge and SS is the biggest culprit and as long as medical science keeps finding ways to extend life, the SS is on the losing end of the deal...
- How much money will you need at age 70 in order to pay your bills?
- How many more years will you live?
- Will you be in good to excellent health?
- Will you be debt free?
- Will you be married or single?
- Will your children be willing to take care of you?
- Will you need to arrange transportation?
- Will you need assistance with daily chores?
Living The Good Life
- Free of illnesses...
- Becoming wealthy or extrememely wealthy...
- Dying at age 90... or age 100...
- Having children... and grandchildren..,.
- Never being married...
- Never being divorced...
- Never wanting to retire...
- Having a job you really, really like...
- Making and keeping many friends...
- Having just enough money to do whatever you want...
- was I living the good life
- was I happy
- was I content
- I need to make sure I eat healthy
- I need to make sure I exercise
- I need to make sure that I keep busy
- I need to make sure I take my pills
- I need to make sure I self-examine
- I need to make sure I can pay my bills
- I need to make sure someone can drive when I cannot
A Touch of Reality
Here is an Interesting Eight Question Survey with interesting National Results.
Before you see the Survey Results, answer the questions, and see how you score against the Nation & against the Facts:
- What percentage of the country is black?
- What percentage of marriages are mixed race?
- What percentage is "Latino"?
- How many families make over $500,000 a year?
- What percent of Americans are vegetarians?
- What percent of Americans live in NY city?
- What percentage of Americans are 'transgender?
The Poll Results
This should be a wake-up call if you don’t already know this… A recent poll was conducted by a national polling outfit. Names don't matter.
They are all the same. This one was "YouGov”. Results to these questions asked of average people on the street:
- What percentage of the country is black? Answers 41%... Actual 12%. If you watch commercials, you will think it is 90%.
- What percentage of marriages are mixed race? Answer 50%... Actual 1%. If you watch commercials, you will think it is 90%.
- What percentage is "Latino"? Answers 39%... Actual numbers 17%.
- How many families make over $500,000 a year? Answers 26%... Actual figure 1%. We think a quarter of the country is rich.
- What percent of Americans are vegetarians? Response? 30%… Actual 5%.
- What percent of Americans live in NY city? Answers? 30%... Actual 3%.
- What percentage of Americans are 'transgender? 22%... Actual number 1%
Disney just went full-on "gender" They will no longer welcome guests with the traditional "Welcome ladies and gentlemen, boys and girls" Why? Because 1% of the population dictates to the other 99% (that would be the vast majority) and corporate America falls for it.
Regardless of what you think. Less than 20% of Americans use "Twitter" yet Twitter controls 80% of public opinion, why? The Media.
Unintended Consequences of Monumental Inventions
To hear more audio stories from publications like The New York Times, download Audm for iPhone or Android.
It was said that Thomas Midgley Jr. had the finest lawn in America. Golf-club chairmen from across the Midwest would visit his estate on the outskirts of Columbus, Ohio, purely to admire the grounds; the Scott Seed Company eventually put an image of Midgley’s lawn on its letterhead. Midgley cultivated his acres of grass with the same compulsive innovation that characterized his entire career.
In the fall of 1940, at age 51, Midgley contracted polio, and the dashing, charismatic inventor soon found himself in a wheelchair, paralyzed from the waist down. At first he took on his disability with the same ingenuity that he applied to maintaining his legendary lawn, analyzing the problem and devising a novel solution to it — in this case, a mechanized harness with pulleys attached to his bed, allowing him to clamber into his wheelchair each morning without assistance. At the time, the contraption seemed emblematic of everything Midgley had stood for in his career as an inventor: determined, innovative thinking that took on a seemingly intractable challenge and somehow found a way around it.
Or at least it seemed like that until the morning of Nov. 2, 1944, when Midgley was found dead in his bedroom. The public was told he had been accidentally strangled to death by his own invention. Privately, his death was ruled a suicide. Either way, the machine he designed had become the instrument of his death.
Midgley was laid to rest as a brilliant American maverick of the first order. Newspapers ran eulogies recounting the heroic inventions he brought into the world, breakthroughs that advanced two of the most important technological revolutions of the age: automobiles and refrigeration. “The world has lost a truly great citizen in Mr. Midgley’s death,” Orville Wright declared. “I have been proud to call him friend.” But the dark story line of Midgley’s demise — the inventor killed by his own invention! — would take an even darker turn in the decades that followed.
Tuesday, March 21
Humanoid Robots
Human-shaped robots with dexterous hands will be staffing warehouses and retail stores, tending to the elderly and performing household chores within a decade or so, according to a Silicon Valley startup working toward that vision.
Why it matters: Demographic trends — such as a persistent labor shortage and the growing elder care crisis — make fully-functioning, AI-driven humanoid robots look tantalizingly appealing.
- Companies such as Amazon are reportedly worried about running out of warehouse workers, whose jobs are physically and mentally demanding with high attrition.
Driving the news: A heavy-hitting startup called Figure, which just emerged from stealth mode, is building a prototype of a humanoid robot that the company says will eventually be able to walk, climb stairs, open doors, use tools and lift boxes — perhaps even make dinner.
- The company is the brainchild of Brett Adcock, a tech entrepreneur who previously founded Archer Aviation (a "flying taxi" maker that went public) and Vettery (an online hiring marketplace that he and a partner sold for $100 million).
- He's assembled an all-star team of 40, including leading roboticists from Boston Dynamics and Tesla.
- They've moved into a 30,000-square-foot facility in Sunnyvale, California, where they plan to set up a mock warehouse to test their prototype.
- "We just got done in December with our full-scale humanoid," Adcock tells Axios. "We'll be walking that in the next 30 days."
Where it stands: The prototype — called Figure 01 — stands about 5'6" and weighs 130 pounds.
- It'll be fully electric, run for five hours on a charge and is intended for warehouse use.
- "We think we can get into commercial operation within a few years," Adcock tells Axios. "We should be able to do most jobs — physical labor jobs that humans don't want to do."
Yes, but: Humanoid robots are staggeringly difficult to build and engineer to perform reliably.
- There are a host of design challenges, from simple balance to replicating human movements.
- "We need to be able to push it and have it not fall down," says Adcock about the Figure 01. (Boston Dynamics has plenty of robot blooper videos on YouTube.)
- From there, programming a robot to move boxes in a warehouse is a lot easier than, say, engineering it to cook a meal.
What they're saying: "We face high risk and extremely low chances of success," Adcock wrote in a mission statement.
- But he exuded optimism in an interview: "This stuff just wasn't possible 10 years ago — I think it's possible now."
- A decade ago, "you just didn’t have the energy or the power density to make this work."
Reality check: Engineering robots is expensive. Adcock says he is self-financing Figure: "I put in $10 million last year." READ MORE...
Playing Around wih Samsung Tablet
Primordial Fractures in Space Time
The early universe may have been such a violent place that space-time itself fractured like a pane of glass. Those fractures would have released floods of gravitational waves, and a team of astronomers has discovered that we may have already detected these ripples in the fabric of space-time.
The team, who reported their results recently in a paper submitted for publication in the Journal of Computational Astrophysics and published on arXiv.org(opens in new tab), claim that they have seen evidence for so-called domain walls in the early universe.
When our universe was incredibly young, it was also incredibly exotic. The four forces of nature were bound up into a single, unified force. We do not know what that force looked like or how it operated, but we know that as the universe cooled and expanded, that unified force fractured into the four familiar forces we have today. First came gravity, then the strong nuclear force splintered off, and lastly, the electromagnetic and weak nuclear forces split from each other.
With each of these splittings, the universe completely remolded itself. New particles arose to replace ones that could exist only in extreme conditions previously. The fundamental quantum fields of space-time that dictate how particles and forces interact with each other reconfigured themselves. We do not know how smoothly or roughly these phase transitions took place, but it's perfectly possible that with each splitting, the universe settled into multiple identities at once.
This fracturing isn't as exotic as it sounds. It happens with all kinds of phase transitions, like water turning into ice. Different patches of water can form ice molecules with different orientations. No matter what, all the water turns into ice, but different domains can have differing molecular arrangements. Where those domains meet walls, or imperfections, fracturing will appear. READ MORE...
Monday, March 20
Alien Life Being Obliterated by Moons
The moon crashing into Earth may sound like an unrealistic doomsday scenario or the stuff of sci-fi disasters. But for some planets in other star systems, such catastrophic collisions may be common.
New research published in the journal Monthly Notices of the Royal Astronomical Societyuses computer simulations to show that collisions between exoplanets and their moons (called exomoons) may actually be a regular occurrence, which could be disastrous for any budding alien life on those planets.
While astronomers have yet to make a confident detection of an exomoon, scientists expect them to be plentiful in the universe.
"We know of lots of moons in our own solar system, so naturally we'd expect to see moons in exoplanet systems," Jonathan Brande, a University of Kansas astrophysicist who was not associated with the new study, told Live Science in an email. Therefore, theorists such as Brad Hansen, an astronomer at the University of California, Los Angeles and author of the new study, are interested in exploring how alien moons and exoplanets may interact, and how these interactions affect the potential for life in distant star systems.
Runaway moons
Gravity rules the interactions between a planet and its moons, manifesting as tides and other effects, like the slow recession of our own moon. Every year, Earth's moon creeps a little over an inch farther away from our planet, its orbit growing larger each year. At the same time, Earth spins a little more slowly every year. These two effects are directly related: Earth is giving some of the angular momentum from its spin to the moon's orbit.
If this trade-off were to continue long enough, the moon could eventually become unbound from Earth. Thankfully for us, this process would take so long that the sun would explode long before the moon could fully escape. But around some exoplanets, particularly those much closer to their stars than Earth is to the sun, this situation could evolve much faster, with planets and their "unstable" moons colliding within the first billion years of their formation, according to Hansen's calculations. (For comparison, Earth and its moon are about 4.5 billion years old).
In his simulations, moons that wandered away from their host planets often returned with a bang, smashing into the planet and creating huge dust clouds. These dust clouds glowed in the infrared, as they were illuminated and warmed by the star's light. But they lasted only about 10,000 years before fading away — a cosmic blink of an eye.
Observations from NASA's Wide-field Infrared Survey Explorer space telescope suggest that every star will undergo one such event at some point in its lifetime, Hansen said. It's plausible that these dust emissions represent the collisions between planets and their moons, he added. READ MORE...























