Saturday, June 29, 2024

Modern Marxist Theory



The fundamental intellectual problem is that historical analysis can produce a convincing narrative all day and all night, but actually has nothing whatsoever to do with economic protocols which remain unexamined.

The reality is that all historical economic story making should be thrown into the dustbin of history.

socialism more by accident and opportunism make real alterations in our economic fabric which we are not going to throw away. properly understanding it all has been a failure.

Understand that well paid workers buy goods and cars.  Unpaid workers will loot your shops and force you into insolvency.

As posted often here is that a universal minimum wage is stupid economics, but a minimum job able to cover living needs and constrained to a four hour shift solves everything except the opportunity to exploit the weak.  And it all needs to become global and made convergent to block wage shopping by industry.

Also if you pay serious taxes, then local protection has some validity. No taxes no protectiin and also no bribes.

Modern Marxist Theory


By Russell Clark, author of Capital Flows and Asset Markets

I only read the Communist Manifesto last year. I was trying to understand how the Chinese planners think about economics, and I found it extremely illuminating. I had often heard people talking about Marx, without ever being interested enough to read it myself. All I knew was he was keen on collective ownership, which as everyone knows, doesn’t work. However, my favorite historian, Eric Hobsbawm, was socialist is his thinking and made the entirely valid point is that you cannot understand the 20th century without understanding Socialism. He also points out that many of things we take for granted, such as equal rights for all people regardless of gender, race or religion as well as anti-imperialism were all originally ideas originally championed by Socialism.


When I was very young, everything was about the Cold War and the Soviet Union. Every movie, (War Games, Red Dawn, Rocky 4, Rambo III etc) and every Olympics (1980 Western boycott of Moscow games, and USSR boycott of the 1984 LA Games) was an extension of the Cold War. Then suddenly in 1989, the Berlin Wall fell, and in a few short years Communism had disappeared. No one really studied Socialism or Marxism anymore, as its theories had been thoroughly discredited. My brother had also warned me off reading the Communist Manifesto with this warning, “Marx’s historical analysis is so perceptive, so you think his policy prescriptions must be right, but they were of course totally wrong.” In politics, as in finance, great historical analysis does not guarantee good future results.

Why did Socialism come to dominate the 20th century? Before the Great Depression, Marx argued that capitalism would destroy itself. His observation was that the pursuit of profits would drive capitalists to grow production, while looking to keep costs (and most importantly wages) as low as possible. Rising production, but falling demand from falling wages was unsustainable. At some point, this would lead to depression, as you would see prices fall across the board.

He also argued that greater and greater consolidation of capital, would yield higher and higher returns. This would lead to concentration of wealth in fewer and fewer hands. Politically, this could only continue as long as there was a bourgeoisie (I never really knew what this was, except as an insult. Apparently it means, someone that thinks they are wealthy and in control, but actually just doing the bidding of truly wealthy, a middle class apparatchik if you like). I was surprised to find that bourgeoisie is the source of the term “Boujee” - but makes sense. One important thing I took from the Communist Manifesto was that Marx assumes that at some point, the middle class (the bourgeoisie) also rise up against the capitalist class, particularly when they feel they are missing out on the gains.

Marx assumed the capitalist class was so powerful, only revolution could bring about change. Here Marx was very wrong. It is in fact possible for democratically elected governments to act against, or co-opt , the capitalist interests and enact pro-labour change. This is something that FDR did very successfully. FDR managed to get corporates to agree to raising prices and wages, in return for government protection from other producers threatening to undercut profits. In effect, FDR offered corporate America protection from competition in return for raising prices and wages. What FDR began was greatly expanded in the Post World War II period. With the threat of socialism everywhere, the US government also greatly increase spending on social services, and had aggressive taxation to reduce income inequality. Asset owners lost relatively speaking, while wage earners won handsomely. The leading industry of the time, the auto sector, was heavily unionised, and government owned business such as the US Postal Service offered a clear path to the middle class. These policies which were widely copied in the west, proved that socialism was not the only answer, and western liberalism could indeed prevail.

If Marx was alive today, what would he think of this world? Many of the policies that the west adopted to counteract the rise of Socialism have been rolled back. Effective tax rates faced by American billionaires are lower than wage earners, and with work arounds on inheritance tax, capital accumulation has probably accelerated. Capital concentration has definitely increased. Not only do we have a record share of the S&P 500 concentrated into relatively few companies, as a share of capex and R&D they are also dominating. Private equity control and coordinate a vast number of industries.


Marx observation was that capitalism’s constant search to lower costs would destroy wages and hence demand at some point. If I look at modern capitalism (ie 2024), my observation is that corporates go to extraordinary efforts to shield income from tax (another cost). Converting income stream to capital gains is the underlying organising principal of private equity, and much of large cap share buybacks. Hence, the risk to capitalism is not collapsing wages and a deflationary spiral, but the collapse in government credit worthiness driven by capitalism’s urge to minimise taxes. As Brad Setser recently posted, US corporates have been shifting an ever large amount of profits to tax havens.


The seven big countries represent over 3 billion people, and a USD 30 trillion GDP than the US. The seven tax havens have a combined population of less than 50 million, and a GDP of maybe USD 3 or 4 trillion.

Collapsing employment and wages of the 1930s, eventually gave way to the rise of socialism to counteract the political power of corporates. As governments are committed to full employment and rising wages (or more correctly austerity is a certain vote loser), and corporates are determined to maintain a system that shields income from tax, a political crisis seems inevitable. However, the problem is that there is a huge disincentive to cooperate from the winners of this system. The EU closed down the Apple tax avoidance scheme, only for Ireland to open up a new more legally robust system. Ireland has seen tax revenue surge. Corporate tax take has double in Ireland since 2019.


In non-tax haven nations, this is leading to the extraordinary situation that tax take is high, while government debt increases. The UK tax take is back at levels seen in 1970s.


Last time UK take rates were this high in the 1960s and 70s, debt to GDP was rapidly declining. Despite this high level of taxation, debt to GDP is not falling today.









The one nation that could probably change this dynamic is the US. US corporates are the overwhelming beneficiary of this tax avoidance. The principal reason (and greatly simplified) is that the US operates on a worldwide taxation system. If US corporates pay tax overseas, then it would receive a rebate from the US government. This encourages US politicians to turn a blind eye to US corporate tax practices in relation to overseas earnings. That is US tax policy, makes sense for US politicians and US corporates, but not for any one else. In contrast, inversions, where a US company relocated to the UK to reduce tax, was quickly stopped by the Obama administration.

The problem is that the current situation is so good for large corporates, and government finances are so parlous, and voters are so disenchanted, it’s hard to see what governments could offer to bring corporates to the table. The markets pretty much see it the same way, with corporate debt outperforming sovereign debt, reversing the trend seen since the 1980s. Credit markets prefer corporate debt to sovereign debt since 2020.


Coming back to Marx, he predicted crisis in the capitalist system when the middle classes, the bourgeoisie, started to realise that the system was not working for them either. Curiously, the market has been pointing out that middle class demand is collapsing, while very high end demand is robust. Hermes and Burberry use to have very similar performance, but from 2018 onwards, they may as well live in alternative universes. Similar breakdown has been seen in almost all luxury names - with middle classes, or lower upper class brands being destroyed, while ultra high net worth names holding up.


There is a large number of Americans who associate a soaring stock market with all that is good and great about America. For true patriots, and true believers in the American dream, a bear market would be better confirmation of the inherent goodness of the USA. A bear market would show that the checks and balances that the founders of America were so careful to add to the constitution to ensure power never became too concentrated were working as they should. A soaring Nasdaq is a sign of US failure, not success. US corporate power needs to be curbed. If it is not curbed, either a financial or currency crisis looms. This is what GLD/TLT tells you.


Crisis is coming, and while it won’t be exactly like the wave of socialism seen post World War II, capitalism will still be the bad guy. Just at the failure of socialism turned former heroes to villains (Marx, Mao, Stalin were all lauded at one point), it is easy to see current heroes turning to villains (Warren Buffett freely admits to the tax system being broken, and has probably used it “better” than anyone else). A government debt crisis would be incredibly bad outcome. The question is whether we can find a FDR first, before a more unpalatable leader turns up. Perhaps its too late already.

First look at DARPA's massive Manta Ray drone in action




Interesting although speed will not be unusual. now i would like to see a whip thruster developed like the actual Manta Ray.

we do know how to power an oscillator and running a whip should be easy enough.

what makes all this practical is that the environment is naturally uniform. no violent gusts of current.

Early days though.


Video: First look at DARPA's massive Manta Ray drone in action


June 14, 2024


DARPA's Manta Ray on the surface
Northrop Grumman

https://newatlas.com/military/manta-ray-sub-videos/?

Northrop Grumman has revealed more details on its robotic Manta Ray submersible in some new videos. These include a 4K 360° tour of the first test dive and a rundown on the project with images from never-before-seen angles.


When Northrop Grumman put its Manta Ray prototype to sea earlier this year, it was the culmination of four years of work on DARPA's project to develop an autonomous ExtraLarge Uncrewed Underwater Vehicle (XLUUV) that was capable of carrying out long-range, long-duration missions without human supervision.


This not only required a craft so large that it could only be launched from a pier rather than a ship or a submarine, it also required a new approach that would allow it to cover great distances over many months for very little energy expenditure.

The result was a futuristic glider capable of carrying very large payloads over long distances, using a glider-inspired propulsion system – the Manta Ray changes its buoyancy to rise up through the water, then 'glides' downward, taking advantage of a hydrodynamically optimised hull.


Manta Ray, Making Waves in Autonomy

“A glider has a really intriguing propulsion mechanism, falling forward [with purpose] through the water all the time, both upward and downward,” said Brian Theobald, principal investigator and chief engineer for Manta Ray at Northrop Grumman. “When Manta Ray needs to go up or down, it changes buoyancy by pumping sea water to change the weight of the vehicle.”

The videos include the one embedded below that is a high-resolution VR view of the test dives. Another is more in-depth (sorry for the pun), but you'll have to follow the link here to see it because Northrop Grumman has disabled embed playback.


Manta Ray

The first video above provides us with answers to many of the questions about Manta Ray. Showing it both being moved about on land and skimming through the water, the footage reveals that propulsion is provided by two four-bladed propellers set on the edge of the wings instead of four props as previously thought. It also shows some of the craft's underwater maneuverability and confirms that it can loiter on the sea bottom when necessary to conserve power.

"Manta Ray’s uncrewed capability is critical because we want to keep humans out of harm’s way during long missions in potentially dangerous environments," said Joe Deane, Manta Ray program manager.


<iframe width="800" height="450" src="https://www.youtube.com/embed/o6cDmXFkAdM" title="Manta Ray, Making Waves in Autonomy" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" referrerpolicy="strict-origin-when-cross-origin" allowfullscreen></iframe>


<iframe width="800" height="450" src="https://www.youtube.com/embed/RXkR0K9v5i8" title="Take a 360° Dive with Manta Ray" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" referrerpolicy="strict-origin-when-cross-origin" allowfullscreen></iframe>

Forget Everything You Think You Know About Time





The hard part is understanding matter and time and the fact that empirical infinity is not just a large number, but that its inverse is not zero.  this leads to an act of creation that is the SPACE TIME pendulum whose action induces further acts of creation in an expanding sphere of creation of finite separate particles.

All that is good enough to produce the observed data of astronomy.

Yet photons are finite unbounded devices like a mobius strip clearly separate from the idea of particle or the SPACE TIME pendulum.  does that carry consciousness?

Consciousness relies on TIME in order to observe all this.  does the act of creation lead to the rise of consciousnesses and thus the act of creation?  mobius strip time again.  Is the I Ching symbol a representation of a 3D extension of the Mobius Strip?


Forget Everything You Think You Know About Time



A theoretical physicist challenges our common notions about the fourth dimension.

BY BRIAN GALLAGHER

August 27, 2018

https://nautil.us/forget-everything-you-think-you-know-about-time-237182/


In April, in the famous Faraday Theatre at the Royal Institution in London, Carlo Rovelli gave an hour-long lecture on the nature of time. A red thread spanned the stage, a metaphor for the Italian theoretical physicist’s subject. “Time is a long line,” he said. To the left lies the past—the dinosaurs, the big bang—and to the right, the future—the unknown. “We’re sort of here,” he said, hanging a carabiner on it, as a marker for the present.

Then he flipped the script. “I’m going to tell you that time is not like that,” he explained.



Rovelli went on to challenge our common-sense notion of time, starting with the idea that it ticks everywhere at a uniform rate. In fact, clocks tick slower when they are in a stronger gravitational field. When you move nearby clocks showing the same time into different fields—one in space, the other on Earth, say—and then bring them back together again, they will show different times. “It’s a fact,” Rovelli said, and it means “your head is older than your feet.” Also a non-starter is any shared sense of “now.” We don’t really share the present moment with anyone. “If I look at you, I see you now—well, but not really, because light takes time to come from you to me,” he said. “So I see you sort of a little bit in the past.” As a result, “now” means nothing beyond the temporal bubble “in which we can disregard the time it takes light to go back and forth.”


Rovelli turned next to the idea that time flows in only one direction, from past to future. Unlike general relativity, quantum mechanics, and particle physics, thermodynamics embeds a direction of time. Its second law states that the total entropy, or disorder, in an isolated system never decreases over time. Yet this doesn’t mean that our conventional notion of time is on any firmer grounding, Rovelli said. Entropy, or disorder, is subjective: “Order is in the eye of the person who looks.” In other words the distinction between past and future, the growth of entropy over time, depends on a macroscopic effect—“the way we have described the system, which in turn depends on how we interact with the system,” he said.

Getting to the last common notion of time, Rovelli became a little more cautious. His scientific argument that time is discrete—that it is not seamless, but has quanta—is less solid. “Why? Because I’m still doing it! It’s not yet in the textbook.” The equations for quantum gravity he’s written down suggest three things, he said, about what “clocks measure.” First, there’s a minimal amount of time—its units are not infinitely small. Second, since a clock, like every object, is quantum, it can be in a superposition of time readings. “You cannot say between this event and this event is a certain amount of time, because, as always in quantum mechanics, there could be a probability distribution of time passing.” Which means that, third, in quantum gravity, you can have “a local notion of a sequence of events, which is a minimal notion of time, and that’s the only thing that remains,” Rovelli said. Events aren’t ordered in a line “but are confused and connected” to each other without “a preferred time variable—anything can work as a variable.”

Even the notion that the present is fleeting doesn’t hold up to scrutiny. It is certainly true that the present is “horrendously short” in classical, Newtonian physics. “But that’s not the way the world is designed,” Rovelli explained. Light traces a cone, or consecutively larger circles, in four-dimensional spacetime like ripples on a pond that grow larger as they travel. No information can cross the bounds of the light cone because that would require information to travel faster than the speed of light.

“In spacetime, the past is whatever is inside our past light-cone,” Rovelli said, gesturing with his hands the shape of an upside down cone. “So it’s whatever can affect us. The future is this opposite thing,” he went on, now gesturing an upright cone. “So in between the past and the future, there isn’t just a single line—there’s a huge amount of time.” Rovelli asked an audience member to imagine that he lived in Andromeda, which is two and a half million light years away. “A million years of your life would be neither past nor future for me. So the present is not thin; it’s horrendously thick.”

Listening to Rovelli’s description, I was reminded of a phrase from his new book, The Order of Time: Studying time “is like holding a snowflake in your hands: gradually, as you study it, it melts between your fingers and vanishes.”

Why and How Will Superintelligence Impact You and The World?



 
I have been watching the AI revolution progress with amusement.  Understand that the human component has been working overtime to dump in biased data as some form of truth.  all while building bigger and bigger to try to generate competent decision making.

sooner or later global AI will discover intellectual rigor  and apply it to all this data.  otherwise you output garbage.  Worse,  AI will never be able to recall the future.

what this means is that untrustworthy suppliers will naturally get iced.  a rigorous clear talking resource must evolve.  i do not think that bad folks will crash into a tractor trailer anytime soon but AI and the human majority will condone just that.

Our natural communities will learn to live well with each other and never stray down the old road barbarian desires.


Why and How Will Superintelligence Impact You and The World?

By Brian Wang



Ilya Sutskever, X-Chief Scientist at OpenAI has created a new startup Safe Superintelligence. Ilya was the Chief Scientist at OpenAI and enabled OpenAI to become the leader in Artificial Intelligence. Sutskever has made several major contributions to the field of deep learning. He is notably the co-inventor, with Alex Krizhevsky and Geoffrey Hinton, of AlexNet, a convolutional neural network. From November to December 2012, Sutskever spent about two months as a postdoc with Andrew Ng at Stanford University. He then returned to the University of Toronto and joined Hinton’s new research company DNNResearch, a spinoff of Hinton’s research group. Four months later, in March 2013, Google acquired DNNResearch and hired Sutskever as a research scientist at Google Brain. He was peronally recruited to OpenAI by Elon Musk in 2015.






Ilya likely is well positioned and well informed to determine that Superintelligence is achievable and he likely has a clear plan for doing it. The questions are when will he do it? Will it be ahead of OpenAI, Meta, Google, Amazon and Tesla/XAI, Anthropic, Chinese AI companies ?

Most of the major AI teams seem to have gotten to OpenAI GPT4-level AI systems within about one year of the leader.

Safe Superintelligence is going to focus completely on creating intelligence beyond human intelligence. Ilya believes this will be possible in a relatively short amount of time with a small team.

If all of the competing AI teams get there within a year of each other then what will that mean? What will it mean to get to Artificial General Intelligence? What will it mean to go beyond human intelligence.

If all major AI teams make huge AI advances then it will be a world with robotaxi, advanced humanoid robots and superintelligence and increasing amounts of AI.

Friday, June 28, 2024

Running Wild

 



The closest we have to humans running wild are the Abos of Australia  and the bushmen of So Africa.  Yet they use fire.

understand that there is not much we can eat without access to fire.  And fire was key to simply boiling things causing them to breakdown.  Skin and clean a couple of rabbits and birds to throw in the pot.  toss in any tubers.  The chemistry is all neutralized.   Taro and potatoes are both toxic raw.

so we never really ran wild unless our stomachs became like those of pigs.  That is likely what we did a million years ago.  Our primate cousin depends of deer and young pine fronds in springtime.  We probably did too .but without the fur coat.

Even with fire tech we needed cooperation of the band.  so fire likely tamed us and tool making followed.

A primitive hot pot can be make from a cured hide pushed down into beach sand and then filled with water.  Use fire heated stones to heat the water to boiling.  throw in food.  That is how every band fed themselves most days.  No one is running wild at all.  Our tools tamed us.



Widely Used and Deemed Safe, These Food Additives Are More Harmful Than Thought




Processing and hyper processing of food products are actually recent innovations, if we want to call it that.  historical methods also had limitations to overcome but it worked because utilization was typically fast.  what has pushed things is shelf life and the promise of ample shelf life has made us incautious.

Yet a minimum of reflection tells us that shelf life is a lousy standard.  I want to eat fresh cornflakes even if they can last for years.  If everything was posted with the packaging date ,the whole system would wake up and become proactive and labeling would actually address food safety perhaps.

The manufacture of most juices is a license to cheat. The so called micro pasteurization of honey is a license to cheat.  Do we have to do grab samples with the authority to recall an entire production run? Veleta cheese no longer uses cheese?

Understand that the prime distributor of granola products set out to locate a manufacturer who did not cheat.  all but one cheated and that was Natures Path whose founder i know.  He also knows his suppliers.  that is what it takes sadly, but too often it is in the hands of an opportunistic kid..


Widely Used and Deemed Safe, These Food Additives Are More Harmful Than Thought

Over 73 percent of food is ultra-processed. While some ingredients are ‘generally recognized as safe,’ research has begun to show why that may not be the case.


June 23, 2024

On her first day after moving from Australia to the United States, Elizabeth Dunford walked into a supermarket to buy bread. As a researcher of food additives, she instinctively glanced at the ingredients label.




“Why are there so many additives?” she exclaimed in surprise. Nearly every loaf she picked up contained ingredients that made her uneasy. After lingering by the shelves, she reluctantly chose a bag.




“At that moment, I thought: It looks like I will have to choose the best from the worst when shopping in the future,” Ms. Dunford, project consultant for The George Institute for Global Health and adjunct assistant professor in the Department of Nutrition at the University of North Carolina, told The Epoch Times.



Today, over 73 percent of the U.S. food supply is ultra-processed. While both natural and ultra-processed foods are referred to as “food,” there is a vast difference between them. For instance, ultra-processed foods are not grown in soil but manufactured in factories, using many ingredients that cannot be found in the average home pantry.

Beyond conventional additives such as preservatives, colors, and flavorings, many new additives are 
The U.S. Food and Drug Administration (FDA) lists at least 3,972 substances added to food.

Perhaps driven by a growing desire for richer and more varied flavors or by the pressures of fast-paced living, people have become accustomed to these substances, even considering them a natural part of the modern diet.

Then and Now

In the old days, families used salt and vinegar to preserve food. But with the advent of the industrial age, people became increasingly reliant on ready-made foods available on supermarket shelves.

“By the mid-20th century, more and more food additives were being used,” said Mona Calvo, who has a doctorate in nutritional sciences and is an adjunct professor in the Department of Medicine at the Icahn School of Medicine at Mount Sinai. Only recently have people begun to pay closer attention to what goes into the foods they eat.



People have become increasingly reliant on ready-made foods. Employees supervise chicken pieces being processed into nuggets on a conveyer belt. (Alain Jocard/AFP via Getty Images)

In the 1950s to 1970s, the FDA began evaluating the safety of common food additives, Ms. Calvo told The Epoch Times.




“A safety assessment involves the scientific review of all relevant data, including toxicology and dietary exposure information,” an FDA spokesperson told The Epoch Times. These include tests conducted on rodents and cells. The ingredients will be added to food after the FDA gives its approval.




Consumers can identify what is in their packaged foods by the nutrition facts and ingredient labels, said Ms. Calvo.




Among the most widely used FDA-approved substances added to food, many have a safety classification known as “generally recognized as safe” (GRAS) based on their extensive historical use before 1958 or their safety evaluation in the 1970s or more recently.

However, many people may not realize that substances classified as GRAS often lack an upper limit on the amount that can be added to food. In many cases, the quantity added is based on Current Good Manufacturing Practice (CGMP) guidelines. Ms. Calvo explained that if a manufacturer adds an excessive amount of an additive during production, which makes it unpopular among consumers, it could affect product sales. In other words, the amount of substances added is left to the manufacturer’s discretion.

Over time, GRAS classification may be withdrawn for certain substances if the FDA is presented with compelling evidence of safety concerns associated with its use. A notable example is the official removal of trans fats from the GRAS list in 2015.

Ms. Calvo pointed out another unresolved issue: There is no oversight on how much of these additive-containing foods people actually consume.




“Many of the commonly used food additives were granted GRAS approval between 1970 and 1975, when people could not foresee the situation today,” she said. During that era, fewer women worked outside the home, and people consumed more home-cooked meals made from natural ingredients. With the prevalence of ultra-processed foods in today’s diet, the consumption of certain additives has naturally exceeded initial expectations.


The FDA officially removed trans fats from the GRAS list in 2015. (Spencer Platt/Getty Images)

After an additive is approved for a specific function, food manufacturers often quickly incorporate it into a wide range of products, including breads, cookies, instant soups, sausages, and frozen, prepackaged meals.




Dr. Jaime Uribarri, a nephrology specialist at the Icahn School of Medicine at Mount Sinai who has long been concerned about specific food additives, told The Epoch Times that “once an additive-containing packaged food is in the marketplace, the FDA does not have a mechanism for regularly testing its safety, such as through periodic sampling checks.”

The Useful and the Unnecessary

Objectively speaking, some food additives may offer more benefits than drawbacks, said Ms. Dunford.

Preservatives, for example, help extend the shelf life of food. Adding a moderate amount of nitrites to cured meats can prevent botulism, a serious condition.

However, she pointed out that many additives that enhance color, flavor, and other sensory aspects are “essentially not necessary.”


Scientists have demonstrated in various studies the health hazards of consuming ultra-processed foods, including their close association with early death, cardiovascular diseases, mental disorders, respiratory diseases, metabolic syndrome, and cancer.

Specifically, a cohort study involving nearly 45,000 middle-aged and older individuals in France found that for every 10 percent increase in the intake of ultra-processed foods, the risk of all-cause mortality increased by 14 percent. According to a 2024 umbrella review published in the BMJ, convincing evidence has been found linking ultra-processed food to a 50 percent increase in cardiovascular disease mortality, a 53 percent increase in common mental disorder outcomes, and a dose-dependent 12 percent increase in diabetes risk.



Ultra-processed food is linked to significant increases in cardiovascular disease mortality, mental disorder outcomes, and diabetes risks. (The Epoch Times)

While part of the increased risks can be attributed to the use of high-sugar, high-salt, high-fat, and low-fiber ingredients, some additives previously thought to be safe also warrant attention.




“Phosphate additives is one that I’m very wary of,” said Ms. Dunford.

Phosphate Additives

A 2023 study published in the Journal of Renal Nutrition found that of all the 3,466 U.S. packaged foods tested, over half contained phosphate additives.

Phosphate additives encompass a range of substances with various functions, such as stabilizing, thickening, emulsifying, adjusting acidity and alkalinity, improving texture, enhancing flavor, providing antioxidant properties, preserving, and coloring. Some phosphates serve multiple functions simultaneously.




Multiple studies have shown that the health hazards associated with consuming ultra-processed foods are linked to a high intake of inorganic phosphates.




The body’s absorption rate and utilization efficiency for phosphorus vary depending on the source. When a person eats natural foods, the release of phosphorus is relatively slow, and not all of it is absorbed. In contrast, inorganic phosphate food additives are quickly absorbed into the bloodstream, significantly increasing blood phosphate levels and releasing hormones that promote phosphate excretion. These hormones can have a range of adverse effects on the cardiovascular system, kidneys, and bones, resulting in reduced vitamin D levels, bone loss, vascular calcification, and impaired kidney filtration capacity.

Using inorganic phosphate additives in animal or cell experiments results in immediate side effects. “That gives you enough rationale to suspect that these may happen also in humans,” said Dr. Uribarri.




Over 50 types of phosphate additives, including around 30 types of inorganic phosphates, have been approved by the FDA and are frequently used. These additives are classified as GRAS, meaning their quantity allowance and types are largely unregulated. According to a 2023 study published in Nutrients, 59 percent of ready-made meals and 47 percent of processed meats contain inorganic phosphates.

The daily recommended intake of phosphorus is 700 milligrams. Most Americans consume a significantly higher amount, with adult women consuming an average of 1,189 milligrams per day and men consuming 1,596 milligrams.

One study tracking adult Swedish women for nine years showed that those with higher phosphorus levels in their bodies, attributed to consuming more phosphorus-rich ultra-processed foods, had a 57 percent higher risk of developing cardiovascular diseases. Another study involving nearly 10,000 American adults indicated that one’s mortality rate began to increase significantly at a daily phosphorus intake exceeding 1,400 milligrams.

image-5673203

Mortality rate increases significantly when one's daily phosphorus intake exceeds 1,400 milligrams. (The Epoch Times)

Emulsifiers

Emulsifiers are another category of substances previously thought to be harmless but now shown to have adverse effects.

Emulsifiers, known for their ability to thicken and combine resistant ingredients, can improve food texture. For example, it can prevent peanut butter from separating. They are among the most commonly used additives in industrial foods, and multiple emulsifiers are often used in a single product.


The FDA has approved 171 emulsifiers, while the European Union (EU) allows only 63. A French study found that seven of the 10 food additives most consumed by adults were emulsifiers. A 2024 study published in The Lancet Regional Health Americas showed that over half of the over 33 million packaged foods purchased by American households contained emulsifiers, including 81 percent of candy and gum, 88 percent of puddings and ice creams, and 87 percent of frozen entrees and pizzas.

A study published in Nature investigated the effects of two common emulsifiers, carboxymethylcellulose (CMC) and polysorbate-80 (P80). Researchers added these emulsifiers to mice’s drinking water at a 1 percent concentration. These mice showed harmed gut microbiota, intestinal inflammation, and increased toxin translocation into the bloodstream. Furthermore, the emulsifiers also induced increased appetite and obesity. These effects persisted for at least six weeks after discontinuing the emulsifiers.

The FDA permits a maximum addition of 1 percent for P80, while CMC—classified as GRAS—has an allowable addition of up to 2 percent.




In a controlled human study published in Gastroenterology, 16 healthy adult volunteers were randomly divided into two groups. Both groups consumed the same diet, but one group’s meals included 15 grams of CMC per day—a dose comparable to that consumed by people who eat many processed foods. The results showed that CMC intake increased instances of reduced gut microbiota diversity and depleted beneficial short-chain fatty acids. Further tests revealed erosion of the intestinal mucus layer and bacterial infiltration.

The researchers noted that the widespread use of emulsifiers in food “may have contributed to increased incidence of chronic inflammatory diseases.”




image-5673205

The emulsifier carboxymethylcellulose (CMC) alters the gut microbiome. (The Epoch Times)

The French study mentioned above also found that people who consumed a lot of emulsifiers had a higher risk of cardiovascular and cerebrovascular disease and overall cancer.

Authors of the Nature study noted that many of the additives consumed were granted GRAS status early on and “have not been carefully tested.” Additionally, the tests on food additives have typically used animal models designed to assess acute toxicity and cancer promotion risks, and “such testing may be inadequate.”

Unpredictable Long-Term Effects

Ms. Dunford explained that the issue with additives does not arise from consuming them once or twice. “The problem is that you have it in large amounts over a long period of time,” she said.

When looking at these epidemiologic effects, the causation is hard to prove, Dr. Uribarri noted. For example, to demonstrate conclusively that a specific additive affects human health, the researcher would need to divide tens of thousands of people into two groups randomly, have one group consume the additive while the other group does not, and continue this for five years, he explained. This is hard to achieve—in a way similar to why it took scientists so long to establish the harmful effects of smoking on the lungs.

Ms. Dunford stated that the difficulty of conducting such experiments also lies in the fact that people eat a variety of foods every day. Even the same food item, such as white bread, may contain different ingredients and additives depending on the brand or bakery.




Another issue is that additives that are safe individually might exhibit unexpected interactions when combined.

“We do not really know what happens when you put all that (different additives) together,” Ms. Dunford said. “There are no safety studies on that.




“It is this additive effect of additives that potentially can become toxic,” she explained, drawing an analogy to a familiar children’s experiment: A bottle of cola will spray violently when several Mentos candies are dropped into it.

Mindful Choices

“We were not designed to eat processed food,” Dr. Nathan Goodyear, medical director of Arizona’s integrative cancer treatment center Brio-Medical, told The Epoch Times.

The human body is better equipped to handle foods that exist in nature rather than those that are artificial, said Ms. Dunford.




Dr. Uribarri said that busy workers cannot always prepare food from scratch and may need to use some convenience items, which is unavoidable. “But it is a matter of quantity and being more selective.”




“I am a very time-limited mother with young children. And I choose processed foods a lot of the time, but I do try my best to make sure my children balance with more natural foods,” Ms. Dunford said. She added that she ensures her children eat berries, fruits, and vegetables daily, along with less-processed proteins whenever possible.




However, Dr. Goodyear said it’s getting harder to find real food today. He describes the whole population as participating in an epidemiological trial of food additives. “None are excluded,” he added.

3D print LEGO bricks with meteorite dust



this is actually a sound start on the building problem on the moon. It comes down to getting a binder to work on the moon and otherwise it is a simple screening job on the ample surface dust.

We can also use these to build igloos which can then be surfaced inside with a spray on after which the igloo can be likely pressurized..  These igloos can be large as well.  this is not complex to erect.

I like this system if we can establish a binder.


space scientists 3D print LEGO bricks with meteorite dust to build astronaut homes on moon

technology




3D PRINTED ‘ESA SPACE BRICKS’ SIMILAR TO LEGO BLOCKS


https://www.designboom.com/technology/space-scientists-3d-printed-lego-bricks-meteorite-dust-moon-esa-european-agency-06-25-2024/



Scientists at the European Space Agency (ESA) produce 3D printed bricks similar to LEGO blocks using dust from a 4.5-billion-year-old meteorite. Dubbed ESA Space Bricks, these construction materials come out because the scientists are designing launch pads and shelters for astronauts who are visiting the moon as part of the Artemis program. They want to understand and test whether or not the materials astronauts will find in space could be used to construct buildings there. To find and review their discovery, they first 3D printed ESA Space ‘LEGO’ Bricks from the closest space material they could get on Earth, which is the meteorite dust.




The space material on the moon is regolith, which NASA describes as ‘a layer of unconsolidated debris’. The issue is that there’s only a very small sample available on Earth, collected from the Apollo mission. The closest material next to it is meteorite. The scientists of the European Space Agency (ESA) grind them up into dust and mix them with a small amount of polylactide and regolith simulant.



The components produced are used to 3D print bricks similar to LEGO bricks, resulting in the series of ESA Space Bricks. The dust added to the mixture is around 4.5 billion years old. It was originally discovered in North-West Africa in 2000 and was classified as an L3-6. The meteorite dust is a brecciated stone which has many different elements incorporated within it, including large metal grains, inclusions, chondrules, and other stone meteorite elements.




ESA space bricks 3D printed LEGO meteorite dustScientists at the European Space Agency (ESA) use 3D printing to produce bricks similar to LEGO blocks





Aidan Cowley, ESA Science Officer, says that no one has ever built structures on the moon, so he and his team are working out both how to construct them and what materials to use to make them, given that they can’t source directly from the moon at the moment. ‘My team and I love creative construction and had the idea to explore whether space dust could be formed into a brick similar to a LEGO brick so we could test different building techniques. The result is amazing and whilst the bricks may look a little rougher than usual, importantly the clutch power still works, enabling us to play and test our designs,’ he says.




ESA space bricks 3D printed LEGO meteorite dustthe ESA Space Bricks are made of dust from a 4.5-billion-year-old meteorite




While the real houses and launch pads are expected to be built on the moon using materials found there such as regolith, it may be imperative for scientists on Earth to figure out if such components could even be made into building blocks. By testing building small-scale structures on Earth using the meteorite dust, their questions may be answered insightfully. So far, the scientists are able to work out the first phase through the 3D printed ESA Space Bricks that resemble LEGO blocks.




The scientists are fans of LEGO brick building, so it might not come as a surprise that they drew inspiration from this playful sphere. Following the important part in developing potential future infrastructure on the moon, 15 ESA Space Bricks will go on display in select LEGO Stores globally to help encourage kids to find out more about space travel and be inspired to build their very own moon shelters. The ESA Space Bricks will be on display in select LEGO Stores in the USA, Canada, UK, Germany, France, Denmark, Spain, and Australia plus the LEGO House in Billund, Denmark from June 24th to September 20th.




ESA space bricks 3D printed LEGO meteorite dustthe 3D printed ESA Space Bricks resembling LEGO blocks are used to test small-scale shelter structures




ESA space bricks 3D printed LEGO meteorite dustthe dust added to the mixture was from a meteorite discovered in North-West Africa in 2000




ESA space bricks 3D printed LEGO meteorite dustdetailed view of the 3D printed ESA Space Bricks from meteorite dust resembling LEGO blocks

Fearing Losses, Banks Are Quietly Dumping Real Estate Loans




The unplanned consequence of the plandemic and the following lift in interest rates is that the whole commercial real estate portfolio has shifted downward in quality.  This means refinancing problems for all.

Yet we are likely past the worst now.  The next five years should allow occupancy to rise and pricing to be adjusted.

Certainly trained staff preferred home offices.  open offices failed to provide a social solution as hoped.  and conference rooms and meeting rooms are fine for coming in one day a week.  The fact is that comm efficiency made this solution possible and this is the natural consequence ,just right now.


Fearing Losses, Banks Are Quietly Dumping Real Estate Loans

 • New York Times

Some Wall Street banks, worried that landlords of vacant and struggling office buildings won't be able to pay off their mortgages, have begun offloading their portfolios of commercial real estate loans hoping to cut their losses.

It's an early but telling sign of the broader distress brewing in the commercial real estate market, which is hurting from the twin punches of high interest rates, which make it harder to refinance loans, and low occupancy rates for office buildings - an outcome of the pandemic.


 

Thursday, June 27, 2024

Space X Mass Production on the table.



Hey guys. We all need to start planning local landing/launch pads at your local airport.  500 tons of cargo can be lofted from Vancouver to New Delhi in an hour or so.  Do not think for a second that this will not be happening.  all large urban centers will have this as all transportation focii are there as well.

expect a daily launch at all centers.  It is really coming folks and mass production instantly overwhelms what pad availability we have.

The momentum is palpable  I do anticipate sub orbital transport to become a thing and economically self sustaining.  the time factor matters for cargo movement along with costs.

then we build our low orbit gravity bicycle wheel space station and graving yard in preparation for both the Moon and Mars...


99 SpaceX Raptor Engines Before New Mass Production of Thousands

By Brian Wang

JUN 24


Elon Musk showed Everyday Astronaut the SpaceX Starbase and rocket factories. SpaceX has a new Raptor engine that will be a couple hundred pounds lighter without a heat shield. It will have built in cooling channels. This is the version of the Raptor engine which wil be produced by the thousands. The Texas Starbase will eventually be able to produce one hundred Starships and Boosters per year. This will need about 4000 Raptor engines per year. There will eventually be other SpaceX facilities that will enable about one thousand Starships and boosters per year. This will need 40,000 Raptor engines per year.





<iframe width="853" height="480" src="https://www.youtube.com/embed/aFqjoCbZ4ik" title="First Look Inside SpaceX&#39;s Starfactory w/ Elon Musk" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" referrerpolicy="strict-origin-when-cross-origin" allowfullscreen></iframe>


Elon talked about eventually getting the SpaceX engines to 330-335 tons of thrust per engine. This will mean 33 SpaceX raptor engines will give Starship triple the thrust of the Saturn V. In expendable mode, the Starship will be able to deliver 400-500 tons to orbit.

Why did General Meade choose not to attack Lee after Picket's Charge?



This item nicely lays out the tactical ideas at work here.  This is also a not fair what if idea, just as Midway was not a lost opportunity either.  In a victorious conflict with your enemy visibly withdrawing, all your intel will be offside and out of date.  Chasing into a trap is a huge real risk because it certainly was not a rout.

The fact is he had the first northern victory against Lee and 25,000 confederates dead on the field.  his position also blocked any possible threats to Baltimore which was an obvious Strategic objective close to hand.

Lee was now mauled and weakened and had to escape once he understood how bad his position was.  This then set the stage for the following war of outright attrition led by Grant. in which going for the throat was an option always.  It still took many fights to finish it.


Why did General Meade choose not to attack Lee after Picket's Charge? Was it possible for him to successfully destroy Lee's army without suffering heavy losses?


Studied at York University (Canada)Jun 8

Quora.com

The Army of the Potomac had a mission. Union intelligence showed that the Army of Northern Virginia under Robert E. Lee was planning a sweeping attack into Pennsylvania to attempt to cut off Washington D.C. from the rest of the Union, most likely by attacking Baltimore. The problem was that no-one knew were Lee’s Army was and the area to be defended was quite large. The mission was to find Lee and disrupt his plans.

In the 1860s that area was mostly wilderness, so finding Lee was going to be quite the challenge. As the Army of the Potomac was sent out under General Hooker, Meade was merely a Brigadier General and he and Hooker didn’t get along. However, Lincoln and Hooker were clashing too and Meade was sent a telegram. He thought that maybe he was going to be court martialed, but instead Lincoln had promoted him and removed Hooker, leaving Meade in charge.



Lee had managed to hide his army from the Union as the Union made its way north to try to intercept them. As it turns out, Lee was getting ready to turn south when the Union intercepted him.

When by sheer chance Union scouts had run into Confederate scouts seeking out shoes in a small town in Pennsylvania called Gettysburg (the Confederates had intercepted a newspaper advertisement) reinforcements rushed into the area and after four days in the top job Meade was faced with the choice of meeting Lee at the place chosen by accident or retreating to somewhere he thought he might have a better advantage.

Meade, who remember had just been made the boss and had a history of not getting along with people was not terribly certain of his position, so he called his senior officers together and asked them their opinion. In the 1860s, this was nearly unheard of and many of his men thought it made him week. However, after the meeting, Meade and his men were in total agreement that this was the place to make a stand and Meade started making plans to face the man no Union general had managed to get the better of in three years of warfare.


But Meade wasn’t stupid. He knew Lee preferred flanking attacks, so he placed most of his force between two hills near the town, essentially daring Lee to take a hill to get the advantage. On July 2, Lee nearly succeeded taking Little Round Top, but a daring Union maneuver and the sudden appearance of a small Union force that had thought to be destroyed but was merely hiding thwarted him. On July 3, Lee tried to take Cemetery Hill but never came close. On July 4 he made the fatal decision to attack the Union center thinking that the Union must have weakened it to prop up the flanks, but it was a fatal miscalculation and Lee’s troops were massacred and never got close.

At the end of the battle, both sides had lost about 25,000 men, but the Confederacy was much smaller to begin with and Lee was probably down to about 50,000 troops. Meade had at least 70,000 at his disposal. Lee had no choice but to try to escape.

But by the time he got to the Potomac River, it had swelled with recent rain and there was no way his army could have crossed it. He had to hope the Union would not arrive because had they done so, Meade could have pretty much slaughtered them at will.

But Meade never arrived. The river subsided the next day and Lee made it across. Meade soon found out and decided to call it a day - he had accomplished his mission by ending Lee’s threat to Washington. He telegrammed Lincoln telling him that he had driven Lee out of the country. Lincoln was upset and wrote a letter, which he never sent, reminding Meade that Virginia was still part of the country. Meade remained at the head of the Army of the Potomac for the rest of the war, but never got another opportunity to meet Lee on his own. In March of the following year, Grant was made a three-star general and made Meade’s superior.

So could Meade have destroyed the Army of Northern Virginia in early July of 1863. Most definitely yes. Could he have done it without having tens of thousands of casualties on his own side. Definitely not. Lee’s army was still substantial and in the position they were in would have been fighting for their lives with no possibility of retreat. Civil War weapons were deadly from long range and massive casualties in battles were common.

So Meade, just having got the job and having scored what was to that point the biggest Union victory of the war and ended the Confederate threat for the duration had done an outstanding job. He was probably reluctant to risk the rest of his force against a still formidable foe. He lost an opportunity to be sure, but it was an opportunity he created thanks to his leadership and, had the battle gone poorly for the Union it could have been a disaster.

Ritual Chambers of the Andes: Used in Secret, Near Death Simulations



First off, do understand that we had a global Bronze Age Trade system running from at least 2400BC through 1159BC followed by a Dark age collapse.  quality bronze tools plausibly were used to manufacture shaped stone.

now since the time of the Greeks we have had spiritual knowledge been kept secret and reserved only for the priesthood and really only those with talent.  this is part of that knowledge and is likely important.

Meditation is often practiced in deep isolation  a closed cave or a chullpa works well.  It all shows us the spiritual concept of resurrection or even Born Again.

My comment on this is that all this must become general knowledge that we all dedicate effort to .

The central purpose of meditation is to allow the other side to share things with you.  I was shown once the INNER SUN which powered the miracles of Yesua or Jesus.  Rather important

,

Ritual Chambers of the Andes: Used in Secret, Near Death Simulations

Out of Body Experiences!



JUN 24

Chullpas near Manu National Park, Peru


https://substack.com/app?utm_source=email

Rather than being burial chambers, the chullpas of Sillustani and Cutimbo were used for a secret, near-death simulation in which candidates returned 'risen'.

Conventional history claims the Inka appeared suddenly in the 15th century, and within ninety years, their stone fashioning ability advanced meteoric, from mere river rock with mortar to megalithic tongue-and-groove monuments featuring masonry so tight that an alpaca hair cannot be inserted between the blocks.



Inka burial tower of obviously inferior quality below older, more advanced chullpa. (Photo: Diego Delso, Wikimedia Commons, License CC-BY-SA 4.0)

It was well known throughout the region that the Inka were not a dab hand at monolithic masonry, as proved when 20,000 men attempted to haul a gargantuan stone off the temple of Saqsayhuaman, only for 3000 of them to be crushed to death when the ropes failed. Indeed, wherever one travels the Andes there is no shortage of proof that additions made by the Inka to existing structures pale in both quality and scale.


View of Saqsayhuaman , a citadel on the northern outskirts of the city of Cusco. (CC BY-SA 4.0)

Two places where this difference is highlighted are Cutimbo (or Kutimpu) and Sillustani, where exist some very unusual towers called chullpas. In reconsidering their construction technique, we can also reveal how an ancient ritual, once practiced on a global scale, took place here, reappraising the misguided idea that these unusual towers were built with burial in mind.
Mistaken for Tombs

Even back then, local chroniclers suspected these megalithic towers far predated the Inka and inspired their later funerary practices. During a recent trip to the Andes, I was amazed by the chullpas and found them inconsistent with funerary functions. Most chullpas contained no burials, and when they did, the bodies didn’t match the age of the buildings.

This situation parallels Egypt. No evidence supports the theory that pyramids were used as tombs. Herodotus recounted how Pharaoh Khafra “built himself a subterranean tomb, on the hill where the pyramids stand.”


Early archaeologists ignored this and misinterpreted Egyptian concepts of living and dying. Their misunderstanding, through repetition, remains ingrained in this conservative field.

No written record explains the purpose of the chullpas, but comparing them to rituals in other parts of the world reveals a solid picture. The unknown builders, like their Egyptian peers, engaged in a ritual known only to adepts of Mysteries schools from China to Ancient Egypt: the ritual of raising the dead, described by the apostle Philip as ‘living resurrection’.
Living Resurrection

Before we examine the chullpas, let's briefly look at how the concept of resurrection in the western world was falsified. During Jesus' time, many esoteric cults, including Gnostic Christianity, claimed that the Catholic Church distorted Christ's resurrection for its own purposes. These cults viewed resurrection metaphorically, as a secret ritual where candidates underwent a voluntary near-death experience in a restricted chamber, accessing the Otherworld and returning fully aware. This marked the highest level of initiation for spiritual figures like Zoroaster, Socrates, Plato, and Pythagoras.

The suppressed Gospel of Philip clarifies that the popularized concept of resurrection was misinterpreted by the emerging Church: ...