 
 
   Statcounter shows what happened.  All of these posts were viewed yesterday by one reader, who is not in USA.
= = = = =
Judging by the experience of other familiar bloggers, Wordpress seems to have a better record of openness.  It's also a paid subscription, which establishes a two-way obligation.  Customer, not product.  So I've started a new blog at Wordpress, as Polistrasmill.com.  It starts with a repetition of this item.
Fortunately I made a firm habit of storing all archived content offline, so I can eventually restore the lost items to the new blog.  No point in copying all of this content.  I can still link to it when needed.
Okay, inquisitor, burn as much as you want.  You can't touch my truth, you can only strengthen my resolve.
I'm sure as fuck not going to fall for the 'appeals' routine.  That's a trap.  I'll never revise the truth to satisfy an inquisitor.  When I determine FROM MY OWN OBSERVATION AND EXPERIENCE that I've been wrong, I do retract and revise.
= = = = =
12/1 After a week to organize the new blog and regather courage, the new blog is public.  It's still a little crude in format, but I had to 'get back on the bicycle' fast.
Statcounter shows what happened.  All of these posts were viewed yesterday by one reader, who is not in USA.
= = = = =
Judging by the experience of other familiar bloggers, Wordpress seems to have a better record of openness.  It's also a paid subscription, which establishes a two-way obligation.  Customer, not product.  So I've started a new blog at Wordpress, as Polistrasmill.com.  It starts with a repetition of this item.
Fortunately I made a firm habit of storing all archived content offline, so I can eventually restore the lost items to the new blog.  No point in copying all of this content.  I can still link to it when needed.
Okay, inquisitor, burn as much as you want.  You can't touch my truth, you can only strengthen my resolve.
I'm sure as fuck not going to fall for the 'appeals' routine.  That's a trap.  I'll never revise the truth to satisfy an inquisitor.  When I determine FROM MY OWN OBSERVATION AND EXPERIENCE that I've been wrong, I do retract and revise.
= = = = =
12/1 After a week to organize the new blog and regather courage, the new blog is public.  It's still a little crude in format, but I had to 'get back on the bicycle' fast.Labels: Jackboot stomping forever, storage
Before computers became part of the American way of life, there were countless occurrences of embezzlements and frauds done by hand. With the computer mystique now present, there is a strong indication that a day will come in the not-too-distant future when a new, sophisticated style of stealing will begin coming to light. What can we do about it?Dansiger was a real auditor who had seen the tricks of embezzlers, and could also see how to computerize each of the tricks. If students were learning math as a NATURAL TOOL of selling and buying and clerking, math would not be a mystique. = = = = = Another DAO swindle would fail if people had learned the important parts of history. Swindlers have organized a "new city" based on DAO code, and they've already crowdfunded a 40 acre piece of land in Wyoming. The land is barren and useless, just right for a utopian cult with no skills and no chance of success. History is full of utopian projects. The cultists think they're blazing new trails in governance and religion and economics. In reality they're just losing their savings and wasting part of their life. The organizer always absconds with all of the money. The Topolobampo Colony is a perfect example. Kansas Populists, persuaded that they were beating the banks and inventing a new way of life, flocked to Albert Owen's colony in a distant part of Mexico. Nothing happened. Owen got rich. School history could help people to see this type of shit if it focused on scams and bubbles and utopias instead of battles and generals and "constitutions". = = = = = Bitcoin is also venturing into "art", without inventing or creating anything at all. NFTs are collages of real art. I only see one attempt at "creating" art. This NFT mixes the real photos in a pattern that was common in the earliest era of digital graphics around 1962: repetitive sinusoidal doodles. It doesn't even use the power of modern computers, let alone the imagination of a real artist. = = = = = When math is taught as a NATURAL TOOL in the middle of real work, you can't be fooled by cheaters. When you're sewing or cooking or soldering, you use ANALOG measuring tools like cups and tapes and voltmeters. You constantly learn that measurement is ALWAYS APPROXIMATE, and you learn that the results of proportions and formulas can only be applied APPROXIMATELY. Reality itself is infallible. Following math will lead you to cook inedible glop or sew a misfitted shirt or solder a fuse-blowing short. You need to be guided by reality at all times, keeping math down in the role of occasional servant.
Labels: Experiential education, MMT, Real World Math
Labels: endless hell, Equipoise
Everyone thinks like a child now. It's all good guys and bad guys, all a game board. Back then everything was cash. If you didn't want to get robbed you got protection. When the criminals knew your restaurant belonged to Albert Anastasia, they didn't bother you.YES. The Mafia works better than police. I've seen it in Enid, which was a fully connected city when I lived there in the '70s. There was very little petty crime, the social structure was 'flatter' and more accessible, and the city government was COMPETENT. The government actually SERVED THE PEOPLE because it functioned on a COMMERCIAL BASIS. I learned the cultural lesson a few years earlier in prison. The guards were incapable of protecting you from private rapes. If you had a Man, you were protected. You could also find a less violent cellmate through Beasley's Realty Service. = = = = = Retail transactions create a personal two-way obligation. True in business and in governance. When you forbid the analog adaptiveness of retail, all transactions become binary. In a binary system, one man has all the power. The evolution of this new setup began around 1910 and accelerated in 1946. "Good Government" movements eliminated local retail politics and stressed the importance of "rule of law". At the same time, parenting and personal relationships were destroyed by all-consuming EXPERTS. Never trust your senses. Always trust the Scientist and the Economist and the Doctor and the FBI Agent. 2020 exposed the total and absolute failure of all systems and abstractions. It's all medieval now, all old-culture, all raw PERSONAL POWER. If you still believe in systems, you're a fool.
 Vintchip does a good job of packing.  Bubble wrap and tissue.
Vintchip does a good job of packing.  Bubble wrap and tissue.
 First impression:  Printed label says Raytheon Experimental.  Written in ink on one side is QF336, on the other side just the number 8.  Presumption:  This is serial number 8 of a set of experimental tubes denominated QF336.
Scanned both sides:
First impression:  Printed label says Raytheon Experimental.  Written in ink on one side is QF336, on the other side just the number 8.  Presumption:  This is serial number 8 of a set of experimental tubes denominated QF336.
Scanned both sides:
 Looks very much like a miniature hearing-aid tube. Same glass outer envelope, same leads coming through the bottom sealed in glass, same 'can' surrounding the active part.  Mini tubes were used in hearing aids briefly in the '50s.  Hearing aids soon switched to transistors, but not because of size.  Early transistors were about half the size of mini tubes and you needed two or three transistors to substitute for the typical tube.  No real advantage.  Batteries were the advantage.  Tubes needed a large 1.5V filament batt and a large 45V plate batt, and used up the filament batt fast.  Transistors used one 9V battery and drained it slowly.
= = = = =
Looks very much like a miniature hearing-aid tube. Same glass outer envelope, same leads coming through the bottom sealed in glass, same 'can' surrounding the active part.  Mini tubes were used in hearing aids briefly in the '50s.  Hearing aids soon switched to transistors, but not because of size.  Early transistors were about half the size of mini tubes and you needed two or three transistors to substitute for the typical tube.  No real advantage.  Batteries were the advantage.  Tubes needed a large 1.5V filament batt and a large 45V plate batt, and used up the filament batt fast.  Transistors used one 9V battery and drained it slowly.
= = = = =
 I can see the innards with a magnifier, but couldn't get a photo or scan.  So I made a Poser version to illustrate.  Two cylinders running through the can in parallel; one cylinder has one wire from it, and the other cylinder has a sort of sheath, with one wire centered and another wire Y-ing out of the sheath.
Innards STRONGLY suggest tube.  The sheathed electrode is typical of a cathode with inner heater, with one side of heater tied to cathode.  The opposite cylinder looks like the plate.  Thinking tubey, this webpage shows a Sylvania experimental miniature thyratron, looking something like qf336, but the Sylvania has four terminals, which seems right.  This critter has only three wires, which means it can't be a triode or a thyratron.  Could it be a rectifier or a voltage-dependent switch?
One problem with tube assumption:  the upper and lower ends of the can are closed by resin or epoxy. Tubes generally get too hot for epoxy.
Thinking solid-statey, the wire pattern reminds me of a thyristor or SCR schematic.  Does this mean the schematic was meant to imitate this device?  Probably not.
Well, let's try both assumptions.  Using DVM, no connectedness shows between the terminals.  On R scale and diode scale, just open ckt in both directions on all combinations of the three wires.  About 7nF capacitance between terminals, which makes sense from the structure but doesn't mean anything.  So this probably isn't solid-state, because even a blown or non-functional solid thing will show some kind of resistance. 
I don't have any proper mini tubes for comparison.  A large tube (35L6) shows about 40Ω across the filament, varying as the applied voltage slightly warms the heater.  I don't know what to expect for a mini tube, but it would certainly be low enough to read easily.  Two-digit ohms, not gonna look like open ckt.
= = = = =
Just for fun, trying the tube assumption in the simplest possible ckt for a rectifier.  Battery across the filament, cathode to negative, 9V to the plate through a resistor, with voltmeter across the resistor to see if anything flows.
I can see the innards with a magnifier, but couldn't get a photo or scan.  So I made a Poser version to illustrate.  Two cylinders running through the can in parallel; one cylinder has one wire from it, and the other cylinder has a sort of sheath, with one wire centered and another wire Y-ing out of the sheath.
Innards STRONGLY suggest tube.  The sheathed electrode is typical of a cathode with inner heater, with one side of heater tied to cathode.  The opposite cylinder looks like the plate.  Thinking tubey, this webpage shows a Sylvania experimental miniature thyratron, looking something like qf336, but the Sylvania has four terminals, which seems right.  This critter has only three wires, which means it can't be a triode or a thyratron.  Could it be a rectifier or a voltage-dependent switch?
One problem with tube assumption:  the upper and lower ends of the can are closed by resin or epoxy. Tubes generally get too hot for epoxy.
Thinking solid-statey, the wire pattern reminds me of a thyristor or SCR schematic.  Does this mean the schematic was meant to imitate this device?  Probably not.
Well, let's try both assumptions.  Using DVM, no connectedness shows between the terminals.  On R scale and diode scale, just open ckt in both directions on all combinations of the three wires.  About 7nF capacitance between terminals, which makes sense from the structure but doesn't mean anything.  So this probably isn't solid-state, because even a blown or non-functional solid thing will show some kind of resistance. 
I don't have any proper mini tubes for comparison.  A large tube (35L6) shows about 40Ω across the filament, varying as the applied voltage slightly warms the heater.  I don't know what to expect for a mini tube, but it would certainly be low enough to read easily.  Two-digit ohms, not gonna look like open ckt.
= = = = =
Just for fun, trying the tube assumption in the simplest possible ckt for a rectifier.  Battery across the filament, cathode to negative, 9V to the plate through a resistor, with voltmeter across the resistor to see if anything flows.
 Nope.  No heat from the filament, no flow at all.  
Conclusion:  This is probably a diode tube, and the filament is probably burned out.
= = = = = END REPRINT.
Honest paleontologists run through the same process.  Excitement!  This looks like a missing link!  Darwin was right after all!  Then do the chemical tests and look at it from various angles with microscopes and scanners.... Oops.  It's a familiar item in a familiar layer after all.  It was just divided in an unfamiliar way or petrified with an unfamiliar mineral.
Nope.  No heat from the filament, no flow at all.  
Conclusion:  This is probably a diode tube, and the filament is probably burned out.
= = = = = END REPRINT.
Honest paleontologists run through the same process.  Excitement!  This looks like a missing link!  Darwin was right after all!  Then do the chemical tests and look at it from various angles with microscopes and scanners.... Oops.  It's a familiar item in a familiar layer after all.  It was just divided in an unfamiliar way or petrified with an unfamiliar mineral.Labels: Grand Blueprint
Labels: Entertainment, Sucker Filter
Labels: Bemusement, TMI
Labels: Equipoise
Labels: #WholeOfSociety, endless hell, Parkinson
I don’t know why I’m so obsessed with panpsychism. It’s probably because I see it as scientific snake oil. It’s philosophy pretending to be science but not behaving like science, for it’s just a bunch of untestable assertions that cannot be falsified. And if a theory cannot be falsified, we cannot regard it as conveying scientific truth.Well, panpsychism isn't really an ism or a theory, and it doesn't really claim to be science. It's just a necessary logical reflection of a minimalist assumption, which isn't a theory either. We'll NEVER KNOW what consciousness is. We'll never have a testable theory. The ONLY THING WE KNOW FOR SURE is that I am conscious. Period. That's it. I have no way of knowing if you are conscious, or dogs or birds or roses or squids are conscious, or my air conditioner is conscious. Below the level of certainty, we have plenty of measurable evidence for you and dogs and squids. The circumstantial evidence is dreams. = = = = = START REPRINT: This article considers the possibility of a Turing test for consciousness. It's a surpassingly hard question, intrinsically impossible to answer objectively. None of the paths proposed in the article are likely to get there. I think the best starting point is dreams. We're reasonably sure that mammals and birds have dreams like ours. Cuttlefish also show the same external indicators of dreaming.
 Why is dreaming a good marker?  Because there's NO POINT in dreaming unless the dream is happening within consciousness.  A dream is an internal play on an internal stage.  If nobody is watching the show, there's no purpose in running the immensely complex mechanism of scripting and narrating the show.
  
= = = = = END REPRINT.
  
Dreaming is the only externally measurable indication of consciousness, but there's no logical reason to assume that dreamers are the only possessors of awareness.  There are only two logical possibilities.  I'm the only conscious thing in the universe, or the entire universe is conscious.  Given the large number of measurable exceptions to the former, we're left with the latter.
Why is dreaming a good marker?  Because there's NO POINT in dreaming unless the dream is happening within consciousness.  A dream is an internal play on an internal stage.  If nobody is watching the show, there's no purpose in running the immensely complex mechanism of scripting and narrating the show.
  
= = = = = END REPRINT.
  
Dreaming is the only externally measurable indication of consciousness, but there's no logical reason to assume that dreamers are the only possessors of awareness.  There are only two logical possibilities.  I'm the only conscious thing in the universe, or the entire universe is conscious.  Given the large number of measurable exceptions to the former, we're left with the latter.Labels: Metrology
 And this diagram is similar, with the plots showing up more clearly:
And this diagram is similar, with the plots showing up more clearly:
 The cylinders holding graphic plots would normally be plotted outputs, but in this machine they're inputs.  The real machine had four optional input variables, along with an implicit time variable.
A typical use was modeling heat transfer through a structure (dam or pavement) treated as a series of layers.  Each water column represented a layer, and each column could be programmed to let in water at a specific rate.  In other words, each column was like an RC filter  in a sequential filter setup, with the visible height (or voltage in the electronic version) representing the temperature in that layer of the dam.
The cylinders holding graphic plots would normally be plotted outputs, but in this machine they're inputs.  The real machine had four optional input variables, along with an implicit time variable.
A typical use was modeling heat transfer through a structure (dam or pavement) treated as a series of layers.  Each water column represented a layer, and each column could be programmed to let in water at a specific rate.  In other words, each column was like an RC filter  in a sequential filter setup, with the visible height (or voltage in the electronic version) representing the temperature in that layer of the dam.
 These diagrams clearly show the primary advantage of analog systems, whether mechanical or fluid or electronic, over digital software.  In real life each layer or module or neuron or organism is always continuously influencing all other layers, with influence and feedback in all directions at once.  Interconnected water columns do it naturally.  You can't do it at all with interconnected functions in software.  You can pass differences from subroutine A to subroutine B, and pass results back, but there's no way to make the influences simultaneous and continuous.
Electronic version:
These diagrams clearly show the primary advantage of analog systems, whether mechanical or fluid or electronic, over digital software.  In real life each layer or module or neuron or organism is always continuously influencing all other layers, with influence and feedback in all directions at once.  Interconnected water columns do it naturally.  You can't do it at all with interconnected functions in software.  You can pass differences from subroutine A to subroutine B, and pass results back, but there's no way to make the influences simultaneous and continuous.
Electronic version:
 The operator used the big lever to follow the curve already drawn on the wrapped graph.  As the lever moved up and down, it moved a tank up and down, raising and lowering the 'potential voltage' input to the system.  This diagram shows two input variables B1 and B2.
The operator used the big lever to follow the curve already drawn on the wrapped graph.  As the lever moved up and down, it moved a tank up and down, raising and lowering the 'potential voltage' input to the system.  This diagram shows two input variables B1 and B2. 
 Programs were entered on the three rows of valves in the center of the control panel.  The description doesn't clarify the specific purpose of each row, and the upper crank is also unclear.  I suspect it was a manual turner or winder for the plot cylinder, which was apparently driven by clockwork.
Programs were entered on the three rows of valves in the center of the control panel.  The description doesn't clarify the specific purpose of each row, and the upper crank is also unclear.  I suspect it was a manual turner or winder for the plot cylinder, which was apparently driven by clockwork.
 Here Polistra is moving the big lever to follow the dam plot on the left cylinder, and the tubes are responding with a (purely imagined) output pattern.  Another observer would record the heights at different times, or perhaps use a mounted movie camera to make a direct record.
The RC-like effect of the flow would also enable a single transient response to be modeled.  After setting the valves for the appropriate pattern of Rs and Cs, just yank the lever upward and watch the columns move for a minute or two.
= = = = =
Footnote: The best descriptions in English are here at Archive.org.
= = = = =
Sidenote after thinking about "devices" and Pied Pipers: another advantage of mechanical and fluidic computers is independence.  They can't be hacked or detected from a distance.  Only a live spy in the same room can control or read them.  Even electronic analogs are harder to penetrate than digital, because they don't emit a readable stream of patterned codes.  An RC computer responds when you turn the knobs, then settles gradually into a new condition.  No predictable and redundant patterns.  Russia understood this point deeply after repeated invasions and penetrations by Krauts and Yanks.
= = = = = END REPRINT.
Returning to the source material, I didn't find any new ideas, but I did find something I hadn't noticed before.
In 1956, twenty years after Lukyanov, MIT got a government contract to build a similar computer and use it for similar purposes, modeling Arctic conditions for foundations and dams.
Similar?
Here Polistra is moving the big lever to follow the dam plot on the left cylinder, and the tubes are responding with a (purely imagined) output pattern.  Another observer would record the heights at different times, or perhaps use a mounted movie camera to make a direct record.
The RC-like effect of the flow would also enable a single transient response to be modeled.  After setting the valves for the appropriate pattern of Rs and Cs, just yank the lever upward and watch the columns move for a minute or two.
= = = = =
Footnote: The best descriptions in English are here at Archive.org.
= = = = =
Sidenote after thinking about "devices" and Pied Pipers: another advantage of mechanical and fluidic computers is independence.  They can't be hacked or detected from a distance.  Only a live spy in the same room can control or read them.  Even electronic analogs are harder to penetrate than digital, because they don't emit a readable stream of patterned codes.  An RC computer responds when you turn the knobs, then settles gradually into a new condition.  No predictable and redundant patterns.  Russia understood this point deeply after repeated invasions and penetrations by Krauts and Yanks.
= = = = = END REPRINT.
Returning to the source material, I didn't find any new ideas, but I did find something I hadn't noticed before.
In 1956, twenty years after Lukyanov, MIT got a government contract to build a similar computer and use it for similar purposes, modeling Arctic conditions for foundations and dams.
Similar?
 
 Identical, except that MIT didn't bother to enclose the computer in a platform or case.  By '56 we had essentially abandoned analog thinking.  We were already retreating into our shell of pure digital abstraction, losing contact with physical reality and industry and muscles and senses. 
And why were we imitating Russia's invention?  So we could build Arctic missile silos to attack Russia.
Identical, except that MIT didn't bother to enclose the computer in a platform or case.  By '56 we had essentially abandoned analog thinking.  We were already retreating into our shell of pure digital abstraction, losing contact with physical reality and industry and muscles and senses. 
And why were we imitating Russia's invention?  So we could build Arctic missile silos to attack Russia.  Labels: Equipoise, Make or break
Labels: Sucker Filter
Harvard astronomer Avi Loeb, spoke at a recent Ignatius Forum on his differences with “the scientific mainstream” about the evidence for extraterrestrial life. Perhaps in part because the venue was the Washington National Cathedral, Loeb felt motivated to reflect on the religious as well as the science implications of a search for extraterrestrial life. "In finding advanced extraterrestrial intelligence, religion might simply reflect advanced science with a twist. Traditional religions described God as the creator of the universe and life within it. They also suggested that humans were made in the image of God. But these notions are not necessarily in contradiction with science. A sufficiently advanced scientific civilization might be able to create synthetic life in its laboratories — in fact, some of our terrestrial laboratories almost reached that threshold. And with a good understanding of how to unify quantum-mechanics and gravity, an advanced scientific civilization could potentially create a baby universe in its laboratories. Therefore, an advanced scientific civilization might be a good approximation to God." Loeb told Cathedral Dean Randy Hollerith that he is not himself a “person of faith.” But one must assume that he means simply that he is not an adherent of a traditional religious belief system. The extraterrestrials he describes are currently as much a belief system as any other; they are not, of course, traditional.Hollerith? I remembered that Herman IV was an Episcopal Bishop. I can't believe that another Hollerith, who is also a Bishop, is unrelated. And sure enough Randolph is Herman's brother. The MindMatters article slides right past this unique link of religion and science. Loeb, who is trying to restore the link via aliens, is talking with a priest who is the great-grandson of the founder of computing. I had some stupid nerdy fun with Herman IV.... = = = = = START REPRINT: I like to watch for interesting dynastic descendants, and I like to watch for dynastic names that go beyond III. The whole I II III thing is growing obsolete, but IV and V have always been rare. Ran into a double hit in an article about sneaky dealings among the Episcopalians.
An attorney representing the Bishop of Los Angeles before a church hearing panel investigating him for misconduct, has conceded the Rt. Rev. J. Jon Bruno had entered into an agreement to sell the rectory and parish properties of St James Episcopal Church in Newport Beach. On 22 June 2017 Julie Dean Larsen, the deputy chancellor of the Diocese of Los Angeles, wrote to the hearing panel chaired by the Bishop of Southern Virginia, the Rt. Rev. Herman Hollerith IV, that her client had not been able to answer their questions of June 9. 14 and 21 if he had made a deal to sell the property, because he had signed a confidentiality agreement with the buyer.Hey! We got a IV and we got an unexpected descendant. Herman Hollerith IV. Is he really the IV from THE Herman Hollerith? Looking up, the answer is yes. Unlike many inventors, the original didn't get tangled up in lawsuits or lose everything when his company was sold. He stayed with IBM as a consultant and made a comfortable amount of money, then retired. His descendants remained prominent citizens. Of course the name should be written as a Hollerith constant, 21HHERMAN HOLLERITH IV to honor the constant Hollerith tradition.
 Should the number be treated separately as an integer variable?  Probably not.  It's an ordinal, not a cardinal; and it's an ordinal that isn't always properly sequenced.  Henry Ford II was actually Henry Senior's grandson.
In more modern languages you could handle it as an associative index...
As a dict in Python:
HermanHollerith = 
{
'I' : 'Herman Hollerith',
'II' : 'Herman Hollerith Jr',
'III' : 'Herman Hollerith III',
'IV' : 'Herman Hollerith IV'
}
print HermanHollerith['IV']
Herman Hollerith IV
= = = = = END REPRINT.
And of course this ties back to abacuses in Nature and the IBM DCL with its Roman numeration.
Footnote for clarity:  The ID types enjoy mocking Loeb.  I can't do that.  I think he's wrong about his comet, but he's a proper scientist.  He's careful to distinguish facts from theories, and he's never arrogant or condescending.  Those qualities are unique among publicly visible scientists now.
Should the number be treated separately as an integer variable?  Probably not.  It's an ordinal, not a cardinal; and it's an ordinal that isn't always properly sequenced.  Henry Ford II was actually Henry Senior's grandson.
In more modern languages you could handle it as an associative index...
As a dict in Python:
HermanHollerith = 
{
'I' : 'Herman Hollerith',
'II' : 'Herman Hollerith Jr',
'III' : 'Herman Hollerith III',
'IV' : 'Herman Hollerith IV'
}
print HermanHollerith['IV']
Herman Hollerith IV
= = = = = END REPRINT.
And of course this ties back to abacuses in Nature and the IBM DCL with its Roman numeration.
Footnote for clarity:  The ID types enjoy mocking Loeb.  I can't do that.  I think he's wrong about his comet, but he's a proper scientist.  He's careful to distinguish facts from theories, and he's never arrogant or condescending.  Those qualities are unique among publicly visible scientists now.Labels: AI point-missing
Labels: #WholeOfSociety, Asked and badly answered
I write the news straight. Everybody on the Herald Tribune writes the news straight. We try to give the readers an honest job whether we're dealing with the Republicans or the Democrats or Henry Wallace's third party or the Socialists or Communists. We figure that if we give the readers the facts ... and that's the only instruction a Herald Tribune reporter ever gets ... the readers are capable of making up their own minds. I drop that in here because I'm likely to be asked why I'm so sure that I'm right in what I report about these conversations in these smoke-filled rooms. Well, I talk to men from New York. From Texas. From California. I talk to my old friend Lew Wentz from Oklahoma.PING! I've discussed Wentz often. Lew Wentz and EW Marland competed to turn Ponca into a beautiful and civilized town. Both arrived from the East around 1920. At first both stayed in the Arcade Hotel, in a grimy part of downtown next to the railroad station. Marland was a grandiose extrovert who built two grandiose mansions and got into politics, ending up as governor of Okla around 1940. His second mansion is still grand, now a museum. Wentz simply stayed in the Arcade. He bought it and occupied the top floor. Instead of hiring an army of personal servants, he used the hotel's cafe and club and maids along with the paying guests. He remained close to the working class, just as reporters were also close to the working class. This is the first time I've heard Wentz mentioned in a political or national context. He definitely didn't run for office, but he must have been a quiet kingmaker. = = = = = Broader thought: Bert Andrews spent a lot of time telling the listeners HOW he worked. Along with the facts, he gave us the provenance and credibility. Here's how I know this, and here's why I'm sure about it. Nobody in the mainstream gives us a HOW now. Mostly it's just rosary beads. Fuck_Trump Fuck_Trump Fuck_Trump January_Sixth_Violent_Insurrection January_Sixth_Violent_Insurrection January_Sixth_Violent_Insurrection. When it departs from rosaries, it's disconnected word salad with no meaning. A random shower of toxic fact-like particles. Brain poison masquerading as food. Some of the independent ex-mainstreamers like Saagar and Batya and Greenwald have returned to the HOW end, focusing on provenance and credibility. HOW-style journalism is closer to serious science. Methods, equipment, data, results, discussion.

The current icon shows Polistra using a Personal Equation Machine.