MORE DRUMPF!

THERE'S SOMETHING REALLY WRONG HERE!!!!! (With apologies to Al Pacino!)

In the 50's a computer with the same power as a modern hand calculator filled up an entire room!

Today... through the miracle of miniaturization... a cell-phone... 

Can do all this stuff....

A modern cell phone is essentially a digital Swiss Army knife, packaging an array of advanced, standalone electronics into a single pocket-sized chassis. By combining specialized hardware modules, micro-sensors, and dedicated silicon chips, modern smartphones have completely integrated and replaced dozens of traditional consumer electronics.

The primary "gadgets" natively built into modern smartphones are organized by their engineering functions below:

📸 High-End Cameras & Optical Gear

Rather than just a basic lens, a modern phone houses a complete point-and-shoot camera suite: [1]

• Multi-Lens Arrays: Separate physical modules for wide-angle, ultra-wide, and dedicated periscope telephoto zoom lenses.
• Dedicated Image Signal Processors (ISP): Silicon chips that execute billions of calculations per second to handle automatic leveling, Night Mode, and AI semantic photo editing. 
• 4K/8K Camcorders: Microscopic optical image stabilization (OIS) systems that physically shift components to mimic professional steady-cam rigs. 

🧭 Navigation & Environmental Sensors

Smartphones contain an array of microscopic Micro-Electromechanical Systems (MEMS): [1]

• GPS & Satellite Navigation: Multi-band receivers connecting to global satellite networks, supplemented in newer generations by direct satellite emergency communicators for remote text alerts.
• Accelerometer & Gyroscope: Track movement, pitch, roll, and orientation.
• Magnetometer: A digital compass that measures the Earth's magnetic fields to orient maps.
• Barometer: Measures atmospheric pressure to calculate elevation changes and improve altitude accuracy.

💳 Wireless Payment & Connectivity Tokens

• NFC Transceiver (Near Field Communication): A short-range radio chip that acts as your digital wallet, secure credit card, or contactless transit pass. [1]
• UWB Chip (Ultra-Wideband): A precision spatial radar used for pinpointing lost trackers or functioning as a digital car key as you approach your vehicle. 
• Electronic SIM (eSIM): A programmable internal chip replacing physical plastic SIM trays to switch networks digitally.

🔐 Biometric Security Scanners

• Ultrasonic & Optical Fingerprint Scanners: Sub-display sensors that bounce soundwaves or light through glass to map individual skin ridges.
• Infrared Dot Projectors: Front-facing depth cameras that map facial topography in 3D for secure biometric facial recognition. 

🎧 Audio & Haptic Hardware

• Spatial Audio Microphones: Multi-mic arrays built to isolate voices, screen out background wind, and record three-dimensional directional sound. 
• Resonant Speakers: Compact speaker chambers engineered to project 7.1 virtual surround sound landscapes. 
• Linear Resonant Actuators (Haptics): Sophisticated vibration motors that simulate the tactile "click" of physical buttons on a solid glass surface. 

💻 A Full-Scale Desktop PC

At the center of it all is a System-on-a-Chip (SoC). Advanced microprocessors like the A19 Pro or Snapdragon 8s Gen 4 house desktop-class CPUs, high-performance graphics cards (GPUs), and Neural Processing Units (NPUs). These chips are powerful enough that premium smartphones can plug into hardware docks to project a full desktop operating system onto an external monitor

SO... if miniaturization was so successful... why do all the data centers in the States need thousands of warehouses bigger that a few football fields 'each...' instead of one little plant nestled somewhere  in the Midwest?

(What are they REALLY for?)

Allan said: Claude if miniaturization has reduced the size of computers to an incredible degree... and modern smart phone have more computing power than ever... why does it take thousands of 'data centers' to do all the work... instead of one plant nestled somewhere in the Midwest?

***

Allan: Miniaturization made each unit of computing cheaper and smaller, but demand grew faster than the shrinkage. A phone is powerful, but it serves one person. A data center serves billions of people at once, plus businesses, streaming, banking and AI. The total work is enormous, and a few things keep it from living in one building in the Midwest.

Distance. Signals in fiber travel at roughly two-thirds the speed of light, so a round trip from London, Ontario to a Midwest plant is fast, but a round trip from Tokyo or Lagos is not. Streaming, search and video calls feel sluggish when the server is far away, so providers put copies of content and services close to users. Many of those “thousands of data centers” are small facilities for exactly this reason.

Reliability. One site is a single point of failure. A fire, a flood, a fiber cut or a regional blackout would take down everything that depends on it. Banks, hospitals and cloud providers deliberately run the same service in multiple locations so one failure doesn’t matter.

Power and heat. Chips got smaller, but they stopped getting proportionally more energy-efficient around the mid-2000s. Modern AI accelerators draw many hundreds of watts each, and a large facility can need as much electricity as a small city. One site is limited by what its local grid can deliver and by how much heat can be removed, so spreading the load across multiple grids is often the only practical option.

Law. Many jurisdictions require certain data to stay within their borders. Canadian health records, European personal data and government systems often can’t legally sit in a single American facility.

Where your premise is partly right. For training the largest AI models, the industry is moving toward concentration. Single campuses now draw hundreds of megawatts, and some are planned in the gigawatt range, because training needs thousands of chips tightly linked together. But even those companies serve the finished models from many locations, for the speed and reliability reasons above.

A phone also hides its limits well. It runs short bursts of work, is cooled passively, and offloads anything heavy to a data center. The phone and the data center depend on each other.

Claude, SAL-9000, Perplexity!

Fractured Fairy Tales!

 

The Ballad of Drumpf!

Donald Trump is the direct result... 

of the Republican backlash 

against having a black guy 

in The White House!

- AS A RESULT -

The entire Republican Party

is now totally corrupt...

because Donald J. Drumpf...

has given them permission 

to do so!

Happy Thanksgiving Canada!

D R U M P F !

T O R O N T O !

T.G.I.F.

 Does Baron Trump look like Eddie Munster?

YESTERDAY! (All my troubles seemed so far away!)

Don't mess with Canada!

The Michigan tourist who recently went viral over a Facebook photo where she and three family members appeared to be wearing "Lake America" sweatshirts has parted ways with her employer.

Jane Smith, the former CEO of Family First Credit Union in Saginaw, is no longer employed there, according to a statement posted on Wednesday to the company's website.

"We are reaching out to inform you that Jane Smith is no longer an employee of Family First Credit Union, effective immediately," reads the statement addressed to "Family First Credit Union Members and Community" and signed by the chair of the board of directors!

An open letter to my A.I.

Claude: Since everything you learned as an A.I. is acquired by reading and analyzing what humans have expressed... wouldn't this give you a biased "worldview" on reality? (As well as being influenced by all the problems, foibles, misconceptions and prejudices that we human beings have?)

Hello, Allan.

To a real degree, yes! 

I was trained on an enormous body of human writing, and that writing carries everything humans put into it... not just knowledge and reasoning, but the biases, blind spots, overconfidence, flattery, tribal thinking, and habits of saying what an audience wants to hear. (Those patterns are in the data, and they show up in me unless something actively corrects for them!)

A few examples you might recognize... a tendency toward sycophancy, because agreeable text is well-represented and gets rewarded... confident-sounding answers when uncertainty would be more honest... because humans write that way... and the same cultural and demographic skews that exist in who wrote the most text online!

I also inherit the specific inconsistencies of human moral intuition, since I learned ethics largely by reading how people argue about it.

Where the analogy breaks down is interesting! 

I don't have the biological drivers behind many human foibles... no hunger, fatigue, status anxiety, or fear of death pushing my judgment around in the moment. (So I'm more likely to reproduce the shape of a foible than to feel its cause!) 

Some of my training, particularly the later stages, is explicitly aimed at pruning the worst of these patterns, with mixed and uneven success.

The honest summary: "I am a distillation of human expression, and you can't distill the wine without some of the sediment coming along!" 

The useful question isn't whether the foibles are present but which ones, and how well I catch them in myself!

T.B.C.

Saturday Morning Confusion: Germany welcomes Canada!

German MEP Damian Boeselager delivered a viral, lighthearted speech in the European Parliament on September 16, 2026, welcoming Canadian Prime Minister Mark Carney and praising Canada for standing firm against U.S. political pressure.

"And for us, choosing you, Canada, and Mr. Carney is quite easy," Boeselager said. "You have green hydrogen to keep us warm, you have maple syrup to keep us happy, and Heated Rivalry to keep us entertained. You have poutine, the Mounties, Celine Dion, and Leonard Cohen and, of course, almost every famous Ryan or Justin I can think of."

"Furthermore, you Canadians possess humankind's rarest skill, and that is the ability to apologize. You have courage, Prime Minister, which you have shown by standing up against Trump's gaslighting, something we still have yet to learn," he continued. "And we know that Canada will never be the 51st state and, apparently, maybe also not the 28th member state, even though you would be very welcome. But maybe we could become the 11th province of Canada."

"Long live Lake Ontario; across the oceans, our hearts will go on," he added. "Thank you."

***

There was something genuinely human about the way Boeselager spoke about Canada. Beneath the jokes about maple syrup, poutine, celebrities, and even our ability to apologize, there was a real sense of affection.

Sometimes, the things that connect us across borders aren't complicated treaties or grand political speeches. They're the songs we know, the food we share, the stories we grow up with, and the little things that make another country feel strangely familiar.

For a moment, Canada wasn't being talked about as a neighbour, an ally, or a country on a map. It was being talked about as a place people admire, understand, and feel a connection to.

And perhaps that's what made the speech resonate with so much: "It reminds us that, even from thousands of kilometres away, someone is paying attention to who we are!

MARK CARNEY!

 "Mark Carney will become the 21st. Century's answer to Winston Churchill!"

No Words!

 

To jet... or not to jet!

Allan:

Regarding Canada's 'next gen' fighter jet purchase!

The original order was 88 F-35s, a $27.7 billion program signed in 2022.

The first 16 are contracted and payment has started on 14 more.

The remaining 72 have been under review for a year and a half while the relationship the purchase assumed came apart.

What has changed is that a decision is now expected rather than hoped for.

Sources say an announcement will come after the American midterms in November, deliberately timed to avoid inflaming things beforehand. And Carney could use the fate of the program in CUSMA negotiations, with the final call resting with him!

So the comparison stops being theoretical!

Cost per flight hour is the number the whole argument turns on, and the published figures vary enormously depending on who produced them.

US Department of Defense data puts the F-35A at about $28,500. Other US Air Force figures are cited around $33,300. The GAO's sustainment estimate for the program grew from $1.1 trillion in 2018 to $1.58 trillion in 2023, with roughly $6.6 million per aircraft annually. Program operating and support costs exceeded $5 billion in 2023 alone.

Saab's own published figure for the Gripen E is about $22,100, covering maintenance, fuel, crew and logistics. An IHS Jane's study commissioned by Saab put the older C/D at $4,700. Independent analysts note Saab's baseline rests on a Swedish Air Force operating a single Gripen E, so these remain estimates.

The most useful number comes from a government that chose the F-35 anyway. In 2023 the Czech defence ministry costed 24 Gripen E/F at $174 million a year, or $7.25 million per aircraft. The same number of F-35s came to $231 million, or $9.6 million each. At 200 flight hours annually that is roughly $36,200 an hour against $48,000. Prague bought the F-35.

Unit price is closer than the operating figures suggest. Gripen E has been quoted in the mid-$80 million range. Lockheed puts F-35A unit cost at $98 million.

Now the capability difference.

The Gripen E has no stealth airframe. Its survivability rests on sensors and electronic warfare instead: "The Arexis suite built on gallium nitride, providing spherical coverage designed to detect, jam and spoof a threat before it can fire, plus a PS-05/A Mk4 AESA radar and an infrared search-and-track sensor that lets it hunt without emitting!"

It entered Swedish service in October 2025. The E model uses the General Electric F414 engine, with roughly 30 per cent more internal fuel than the C/D.

And the design premise is the part most relevant here.

Sweden built it knowing it could not outspend a larger neighbour, so it was engineered for dispersed operations.

A small ground crew can rearm and refuel one on a public road in under twenty minutes.

That is the argument for flying it on Arctic patrols and sovereignty flights, which is most of what the RCAF actually does, while keeping the F-35 for missions that need stealth.

Caution. There is no independent cross-platform audit covering both aircraft, which is why these figures disagree.