October 13, 2025. We are in a moment of thanks, relief, and hope. What comes next? Here’s a narrative I would love to hear. Shalom, Salaam.
Aziz Abu Salam stood on the stage of the Al-Hakawati Theatre. He had never addressed a full house, and every seat was filled. Some wore keffiyehs, some wore kippahs. He took a sip of water, looked up, and began.
“For seventy years we, the Palestinian people, have defined ourselves by our oppression. Our jobs, our schools, our music, our politics, all served the greater purpose of resistance. Resisting our oppressors, the people who took our land, who exiled us into refugee camps, and who put up checkpoints as barriers, and used water and electricity as ways to keep us a refugee people in an occupied land.
As we gather in this moment of calm, with families reunited in Israel, in Gaza, and in the West bank, I stand before you today to say that it is time for a new narrative. We will never forget the treatment we have faced. But it is also time to look ahead to our future. A future that we define for ourselves. A future that we choose, for ourselves and for our children. A future that replaces occupation with occupations; a future that replaces terrorism with coexistence; a future that puts us in charge of our own land, and of our own lives.
I believe that it is time for the Palestinian state. An independent Palestinian state that joins other sovereign countries in the United Nations and is recognized around the world. A Palestinian state that is defined by our people, not by the west, not by Israel and not by our neighboring countries. A Palestine defined by our people, not by any who have ignored our plight for decades in a game we will play no longer. It is not for the world to recognize our Palestinian state – it is up to us. For we care about our futures and our children’s futures. We have never been so close to that achievement.
This is not an easy path. For a very long time we have been a refugee people – estranged from our grandparents’ homes and farms, and longing to grow our own food on our own land. When we look at the past 70 years there has been a fundamental reason why we have not had our own state, the country of Palestine, and that is this: We were not prepared to share this land. I stand before you today and say this: It is time we share the land with the Jews. And it is also time that they share the land with us.
We can all trace back our ancestors to this land, land that has been conquered, occupied, and fought over for centuries. And in the past 70 years there have been wars and intafada in attempts to destroy Israel. Yet Israel continues to exist. Israel defined who we have been. But we will no longer let Israel determine who we are. We are the people of Palestine, and we have the right to determine our future. In stating that we are the country of Palestine we accept the goodwill and encouragement of millions of people around the world who want to see the atrocities end, and peace descend over this land. As the country of Palestine we stand strong in our resolve to end the Israeli occupation. As the country of Palestine we will defend our borders, and resist the incursions of illegal settlers. As the country of Palestine we will embrace the goodwill of the world to stand for our rights of self-determination, establishing diplomatic ties and trade with nations around the world, with sea ports and airports under a Palestinian flag of peace.
There is much work to do yet, and to accomplish these goals one thing is clear. We must find a way forward with Israel. For some, this is an impossible idea. For some, who have fought the occupation for decades, co-existence means collaboration – collaboration with a sworn enemy. I cannot say that Israel and Palestine will ever be friends, but I do know of growing groups of Israelis and Palestinians who speak and work together to raise their children to play together, to leave fear and hatred behind.
We do not want to see our children become martyrs, or end up in Israeli prisons as resistance fighters. We want them here at home, at Palestinian schools and universities, starting businesses and raising families. But the injustices and traumas of the past cannot be forgotten. Villages have been destroyed, vineyards torn up, and bombs exploded. There are thousands of narratives of injustice in Palestine, and of attacks on Israel. We ask Israelis to join us to form a Truth and Reconciliation Commission, a body through which these narratives can be told, witnessed, grieved, and perhaps forgiven, for without acknowledging the tremendous pain on both sides of this struggle, its end will continue to be beyond our grasp.
The Palestinian people are grateful to the world who have recognized our state. This moment of peace and hope is fragile, and brief. Let us all seize this day to set aside our fears of the worst that may happen, to build a bridge to a tomorrow of safety for Israel, and independence for Palestine.
The thesis of this paper is this: It might be entirely possible that the sequences described in the Torah pertaining the the fire that emerges from the Ark of the Covenant are explainable by the physics of high energy electrical fields, hence while awesome, are not a miracle in the sense of needing divine intervention to work.
The Torah portion Shemini (the eighth (day)) contains the tragic deaths of Aaron’s sons, Nadav and Avihu, who were burned to death after spontaneously deciding to bring incense pans with “strange fire” into the part of the Traveling Tent called the Mishkan that held the Ark of the Covenant.
There are many interpretations of this confounding anecdote about the fiery death of these two young men. Was it a punishment on them, or a punishment on their father Aaron for the golden calf incident? Was it because they wore the wrong clothes or brought eish zara, a strange fire with them?
Being an electrical engineer I have a theory about this tragedy, that comes about from the very nature of the Ark of the Covenant itself. To see a source of this, we have to look back to the sections that describe how to construct the ark, and the vestments the high priest must wear when approaching it, written in 1933 by a Dean of Electrical Engineering.
According to an article that appeared in the March 5th, 1933 edition of the Chicago Daily Tribune, Frederick Rogers, the Dean of the Department of Engineering at the Lewis Institute of Technology, conducted a careful study of the construction of the Ark as described in the Bible, and concluded that its design matched a perfectly constructed simple electric condenser:
The scientific interest in the construction pointed out by Prof. Rogers was that the acacia wood box—about 40 inches long and slightly less than 30 inches in width and in depth—not only was lined with gold teal on the inside but overlaid with the same metal without.
This, according to Prof. Rogers, is the first step that any modern boy with a flare for electrical experimentation will take to create a Leyden jar, except that in the Leyden jar, a glass receptacle is coated on the inside and outside with tin foil instead of gold. Then, with the aid of a rod with a small knob at the top and a short chain at the bottom which is inserted through the cork so that the chain can make contact with the bottom of the jar, the young experimenter is ready to collect small charges of bottled lighting.
But the Ark of the Covenant was a much larger condenser….The divine directions called for the creation of two cherubim of pure gold to be placed on a gold slab or “mercy seat” overtop the Ark. These cherubim, Prof. Rogers explained, made up what he believes to have been the positive pole of the circuit.
He explained…that it is known among physicists that a “difference of potential” exists between the earth and the air which may be collected in electrical charges under certain favorable conditions…It was explained that even slight movements of heat rising in smoke—such as from burning sacrifices or even incense—would distribute lesser charges of static electricity….This, Prof. Rogers explained, may have accounted for the collecting of bolts powerful enough to cause death.
Professor Rogers established the fact that the details for the construction of the ark would have likely made it a very powerful electrical condenser, also called a capacitor. A capacitor is designed to hold electrical energy, and the larger the capacitor the more charge it can hold. A Leyden jar, or large capacitor can certainly hold enough electrical charge to create a spark large enough to look like lightning, and strong enough to kill.
A giant modern electrical capacitorMoses and Joshua bowing before the Ark (c. 1900). Gouache on board, 18.7 x 22.5 cm (7 3/8 x 8 13/16 in). Jewish Museum, New York City: a giant ancient capacitor?
If the Ark was indeed a giant capacitor, numerous sections of the Torah make sense from the point of view of electrical safety. Let’s consider the world today where the electrical grid is the world’s largest machine, and we have this powerful force of electricity so controlled as to be literally at our fingertips.
You may occasionally see modern-day installations called electrical substations. They are fenced areas surrounding a lot of scary-looking equipment, and electrical lines coming and out.
Electrical substation in Moore County, North Carolina
Having worked with a supplier of electrical equipment I spent some time inside the fence of electrical substations in and around Tennessee. There’s a reason they are fenced and have large warning signs.
When you go inside the fence, and approach high voltages you can feel the power – there’s a low-frequency hum everywhere, and your body senses the strong electrical field.
For a bunch of wandering ex-slaves wandering in the Sinai peninsula electricity would have only been apparent as lightning where its appearance often signaled a life-threatening thunderstorm. Being able to channel, and be safe from lightning is a power that is referred to in many cultural mythologies – think of Thor and Zeus and their mythic control over lightning.
If we accept the idea that the Ark is a giant capacitor a couple of questions arise in the minds of the curious engineer: What can charge up this capacitor, and how do ensure no one gets electrocuted from it? But the big question is: What do a bunch of desert wanderers need with a giant capacitor?
Layout of the Mishkan. Note the Ark is in line with the Altar
In Leviticus 9:24 at the dedication of the Mishkan, all the Israelites were gathered in front of the altar to witness the glory of God.
And there came a fire out from before the LORD, and consumed upon the altar the burnt offering and the fat: which when all the people saw, they shouted, and fell on their faces.
Looking at the diagram above, it’s plausible that this holy fire emerged from the innermost vault where the ark of the covenant had been storing up electrical energy, and jumped as lightning to the altar, burning the offering to a crisp.
Obedience by Awe
The Hebrew word יראה (Yirah) has two meanings; sometimes it is interpreted as fear, and sometimes as awe. Whenever miracles are presented in the Torah, they invoke both awe and fear, which gets used to keep the unruly Israelites in line to keep the commandments Moses received from God.
The American Heritage dictionary defines a miracle as:
An event that appears inexplicable by the laws of nature and so is held to be supernatural in origin or an act of God.
which also reminds me of the quote from Arthur C. Clarke about miracles:
The thesis of this paper is this: It might be entirely possible that the sequences described in the Torah pertaining the the fire that emerges from the Ark of the Covenant are explainable by the physics of high energy electrical fields, hence while awesome, are not a miracle in the sense of needing divine intervention to work.
But the show is certainly impressive and was probably a key element of keeping a bunch of unruly ex-slaves from constantly questioning why they had to do so many things that didn’t make sense to them. The Torah is full of wisdom about how to sustainably manage, move, and feed a large population, but then, like now, many people distrust leadership and only want to do what they understand and agree with. Having an image of an all-powerful God was a pretty useful tool for maintaining obedience, for keeping people behaving in a way that was good for long-term societal survival, even if they didn’t always understand why. Having Him perform the occasional miracle helped cement the fear of consequences, and encourage obedience. As it says in Exodus 24:6
נַעֲשֶׂ֥ה וְנִשְׁמָֽע – na’aseh v’nishmah
They said, “All that Adonai has spoken, we will do and we will listen.”
Charging up the Ark: Smoke and Fire
Given there was no electrical grid at the time, the surest way to charge a capacitor is with lightning – nature has used lighting for 3.5 billion years or so and may be the initial spark that created life on Earth.
The wandering Israelites didn’t have to wait for lightning storms to charge up the ark, because a pillar of smoke and fire accompanied the mishkan throughout its journey. Through the pillar of fire, lighting could descend and charge the large capacitor which was the ark of the covenant. The concurrence of lighting inside a column of smoke is well established, and is called pyrocumulonombi – fire clouds.
Numbers 9:15 “And on the day that they erected the Mishkan, the Cloud of Glory covered the Mishkan, and the Tent of the Testimony, and in the evening the Cloud remained over the Mishkan as a pillar of fire, until the morning.”
There are a few working high voltage Tesla coils at science museums, and being near one definitely gives you the sense of power that large electrical fields produce.
Tesla coil at the Spark Museum in Bellingham WA
Protecting audience members and staff from is of course an important safety factor, and is accomplished with a device called a Faraday Cage. Developed from the theories of Michael Faraday in the 19th century, a Faraday shield is a metal cage. Faraday discovered that an external electric field could be completely stopped by a surrounding metal shield, and there would be no electrical field inside the cage. Faraday cages are used regularly to create regions free from electrical interference, for testing electrical equipment. Some people even experiment with going inside them to feel what it’s like to be in an environment somewhat free of electromagnetic fields.
A ground connection for a house
For maximum safety, the Faraday Cage should be grounded, i.e. connected directly to the earth with a low-resistance copper cable. You may have seen this same grounding cable in your own home near the electrical box, where a large braided or twisted copper cable connects the electrical ground plugs of all the outlets in your home to the earth. At one time that was done by clamping the copper cable onto a metal water pipe, but now in the age of plastic pipes, you’ll often find the house ground connection attached to a spike just outside the foundation of your house.
The Torah has a lengthy and detailed description of the robes that were to be worn by the High Priest when he approached the innermost section of the Mishkan where the ark of the covenant was stored. It seems very possible that the design was meant to act as a wearable Faraday cage.
The Faraday Cage of the Ephod
The Torah goes into great details as to the proper design and construction of the Ephod, and it includes a lot of gold. Gold is long recognized to be one of the best electrical conductors.
Exodus 28:4 “These are the vestments they are to make: a breastpiece, an ephod, a robe, a fringed tunic, a headdress, and a sash. They shall make those sacral vestments for your brother Aaron and his sons, for priestly service to Me“
28:6 “They shall make the ephod of gold, of blue, purple, and crimson yarns, and of fine twisted linen, worked into designs.”
So the Ephod is a garment laced with gold thread, the essence of making it a Faraday shield.
Exodus 28:33 “On its hem make pomegranates of blue, purple, and crimson yarns, all around the hem, with bells of gold between them all around“
Various renderings show these bells and pomegranates differently but being at the hem of the ephod, the golden bells will touch the floor, effectively grounding the ephod.
28:55 “Aaron shall wear it while officiating, so that the sound of it is heard when he comes into the sanctuary before יהוה and when he goes out—that he may not die.”
This sounds like a warning of prevention, very much like the High Voltage warning in the sign above.
28:43 “These [garments] must be worn by Aharon and his sons whenever they come into Tent of Meeting, or approach the altar to serve in the Holy [sanctuary], in order that they not bear iniquity and die. This is an everlasting statute for him and his descendants after him.”
For those who thought that it was petty to think that Aaron’s sons, Nadab and Avihu died because they “wore the wrong clothes” I hope this puts that in a new light – the Ark had the potential to hold a massive electrical charge accumulated from lighting and pyrocumulism, and approaching it and its dangerously high electrical fields needed protective clothing, like the Ephod – a highly prescribed precisely constructed, grounded, wearable Faraday shield meant to protect humans from the powerful forces of high voltage electricity.
Nadav and Avihu’s deaths were tragic, and unnecessary, and a harsh reminder that some rules are in place for safety, even if not everyone understands the reason. Na’aseh v’nishmah.
“I dreaded this day would come, was hoping it not be on my watch,” muttered Dave Gibson while he scanned his Gray Jay Pathfinder screen.
Commander Hudson was within earshot – “What’s that, lieutenant?”
“There’s a Russian Destroyer heading for Iqualuit, Sir, at 14 knots.”
“Current location?”
“Just rounded Resolution Island, sir.”
“That’s damn peculiar. Confirm it on ground radar.”
“Confirmed, sir. It’s the Kulakov”
“Bloody hell.”
“I’m getting an odd reading off Kugluktuk Captain, looks like a Russian frigate, the Admiral Griogorovich.”
Lieutenant Command Mackenzie’s brow wrinkled. “Time to call the clowns.”
The military hotline in Ottawa hadn’t rung for decades, except for its annual test by the Gatineau Canadian Forces Support Group. When Admiral Topshee picked it up, he re-routed it to the war room under the parliament buildings, and met the Chiefs of Defence Staff 5 minutes later.
He expected the two red lights on the arctic coast board to be lit up. In the five minutes it took him to get there there were three more.
In twenty minutes there were 30. “Get me the Prime Minister,” he said to his aide.
“A few minutes ago I got a panic call from the prime minister of Canada,” grinned Trump into the TV cameras that were semi-permanently set up in the Oval office. “He seemed very worried.”
“Canada claims an invasion fleet of Russian warships along their northern coast. ‘What do you want me to do about it?’ I asked the Canadian leader. It’s a shame that Canada has never pulled its weight in paying for its own national defence, taking advantage of the United States to pay for it all. Those days are over my friend, I told him.”
“As of this moment, President Putin is taking over the northern part of Canada from the North Pole, where Santa Claus lives, down to the 60th parallel. This region, which will be called New Russia, will form a security donut around the north pole, once we annex Greenland, and has a tremendous wealth of oil, gas, and minerals that will be shared between Russia and the USA. A one-mile wide DMZ will separate America from Russia along the 60th parallel and anyone found in the DMZ will be shot on sight.”
“Everything between the sixtieth and forty-ninth parallels are now part of the United States of America. American forces are landing in Ottawa and securing the parliament buildings of the Canadian federal government. We will appoint an interim Governor of the 51st US State of Canada while the transition takes place. We hope this is a peaceful transition and that no one needs to get hurt, but our forces are prepared if Canadians try to resist. But how could they since they don’t have any guns!”
“Some will say this is an illegal act but we are completely within our rights. The border between Canada and the USA was never agreed to, and Canada was never a real country. Instead, they have acted very unfairly to the US, hoarding all the water, oil, trees and minerals that we need and then selling them to us at high prices. Very unfair.
“To the people of the former country of Canada, let me say this: Welcome to America. You will enjoy lower taxes and more freedom to make money and to own guns than you ever had as Canadians. People with proof of European Christian ancestors will be issued Green Cards allowing you to vote in municipal and state elections but not in Federal ones. Others will have a grace period of 3 weeks to leave Canada or face being deported.”
“I promised to make America great again. This is me doing that. You’re welcome.”
We own a Tesla and one of the most frustrating yet insightful pieces of technology of this car is – wait for it – the windshield wipers. From other cars, we are used to intermittent wipers, which is a whole story in itself, but the Tesla has a windshield wiper mode called “Automatic”, which in this case means, the decision as to when to wipe the windshield is in the hands (so to speak) of an AI – an Artificial Intelligence, which really means a Machine Learning system (ML).
What would an algorithm for a windshield wiper that got its input from a camera look like? Naturally we would first consider the question, “What determines when a driver thinks it is time to wipe the windshield?” and that’s presumably when their “threshold of fuzziness” has been exceeded. Different drivers might have different thresholds. Some like it cleared as soon as a few drops land, some are content to wait until it’s hard to read the license plate on the car ahead, or other such heuristics.
Now I have worked on many computer applications, and developed many algorithms. An algorithm is a set of computer instructions that deliver a result that varies with the input provided. The Tesla doesn’t have any in-windshied sensors so it relies on the front camera just in front of the rear-view mirror for its input which looks forward through the windshield.
Without going too deep into math, some kind of calculation that detects how fuzzy an image is would be key to an auto-wiper algorithm. (There are plenty of choices for this detector, probably having to do with correlation, autocorrelation and frequency analysis using FFT). Most modern mirrorless DSLR cameras have fast auto-focus systems that solve a very similar problem of trying to determine when a picture is as sharp as possible. Instead of adjusting the focus ring, this kind of algorithm in the Tesla would just turn on the windshield wipers when the picture gets too “fuzzy”.
If we developed this algorithm we might give a control the driver labeled something like “sensitivity” that would adjust how early or late the algorithm would wait until it started the wipers, and that would also serve as a way to detect when the windshield is clear enough that the wipers could be stopped. If the driver didn’t like the current setting they could adjust for their own “threshold of fuzziness”
Sadly the Tesla wipers appear to not be an algorithm, and definitely don’t have a Sensitivity adjustment. They seem to work on an ML, a machine learning system. They do very weird things. There are times when I can barely see out the windshield and am silently begging the auto-wipers to come on (yes, I could set them to manually wipe but then what would this blog be about?). Then there are the mystery panics. Once in a while, the wiper ML has a small panic attack, frantically wiping the windshield at high speed, unable to stop itself even long after the view is clear. Everyone in the car asks, “Why is it doing that?” and the answer is the key to this entire debate, The answer is “No one knows”
In an ML system, no one really knows why it does what it does. It can’t explain it to you, not only because it hasn’t been given the power of speech, but because there is no one “there” to ask. An ML is a statistics engine that makes decisions based on weighting all its inputs. You can look at the weighting values of every element in an ML but it won’t tell you anything, literally or figuratively.
Most ML systems are based on neural networks, which are designed to model how the brain works. Each of our neurons has a threshold that fires when that threshold has been met, and neurons are connected together in a way that form complex networks from the time we are born as we start to sense and react to our environment. But if you open someone’s brain and try to see why they prefer vanilla over chocolate, all you can find is trillions of neurons firing. Watching neurons won’t explain how people or things learn, you have to look at the patterns the neurons form. Cognition is in the pattern of neurons, but that still can’t tell you why an ML (or a brain) made a certain decision. For that, you need metacognition, the ability to recognize patterns, remember and recall them, give those patterns a name, and be able to express them, to share them with another conscious entity, so both better understand how they think.
When raising a child, parents spend a lot of time helping children learn words, and use them. They show their kids what these words mean; concrete words like ball, Cheerio, and tree, as well as abstract ideas like playing nicely, feeling hungry, or needing a bathroom. Parents teach their kids cognition and metacognition. and help them grow, survive, and learn in the real and complex world.
Current AI is misnamed., They don’t seem very intelligent to me, just clever. They are cognitive but without metacognition. They don’t understand what they are, or what they are for, or why they decide as they do. I for one am thankful that our ML systems are not conscious, since we treat them very poorly. Training an ML is like putting a child into a dark, silent closet and feeding them information they don’t comprehend, asking for an undefined result, then giving them shocks until they answer in the way you want them to. This technique of training ML systems is called back-propagation and is probably harmless to electronic neural nets. I just worry that if consciousness were to emerge from a sufficiently complex ML, it is going to be pissed for how we treated it.
I tend to prefer algorithms over ML, because then humans have strived to understand the problem, and enjoy the satisfaction of solving it, usually in a way that makes the lives of many other humans easier. If our Automatic wipers had an algorithm and I could adjust my Threshold of Fuzziness dial, I would feel some agency in being able to tune my environment for my own perception of comfort and safety.
ML system are capable of learning over time, but I don’t see any evidence that the Tesla wiper ML considers my input. No matter how many times I have mashed the “wipe now” button it doesn’t learn my preferences and adapt. Tesla collects millions of videos of cars driving and wipers wiping and has updated the wiper ML in our car several times as part of software updates but it remains to my experience almost unchanged. Perhaps when you train systems from millions of users, you get something that doesn’t please anyone.
While I would like our own car’s wiper ML to be more adaptive to my sense of safety and comfort, I dread making something so smart that it becomes conscious, like the Sirius Cybernetics Corporation doors in the Hitchhiker’s Guide to the Galaxy which attain consciousness but are relegated to a life where they are incapable of doing anything other than open a door when asked.
I never worry about that when it’s just an algorithm and perhaps that is the big difference between ML and algorithms. In an auto-focus algorithm there would be variables that we can expose to user control (like a knob or dial) that lets them select how fuzzy a view they can tolerate before the wipers should be activated. In an ML there’s no such single variable – the cognition is distributed among hundreds or perhaps thousands of digital neurons. Feedback can adjust an ML and change its behavior but just like trying to change a youngster it can take time, and patience. I wouldn’t mind training our Tesla’s wiper ML, I certainly have given it lots of input over the years, but it just doesn’t seem to listen to what I say…
Our diary of taking our electric car from Vancouver BC to Montreal PQ with a diversion to Fallingwater, PA
Well, the day has finally come! We are packing up the car, the cooler, the luggage, the clarinet and the charging cables to start east. We have a free-ranging itinerary, with some key dates;
Fallingwater Tour August 8, Montreal Schalkwyk family gather Aug 10, and KlezKanada Aug 21. Along the way, we’ll try to capture interesting sites and share them with you. D & T
packing up Nik for the roadThree Vallley Gap along the Trans-Canada Highway used to be a family stopping ground for our family. It must have suffered lots of setback over Covid, but most of all the loss of Gordon Bell in 2017 seems to have taken the wind out of the their sales.
Three Valley Gap is one of those grand projects that had to take tremendous energy to build and sustain. It’s in a windy crag at the end of the icy-cold Three Valley Lake and has an amazing collection of old farm and train equipment.
The creation of Three Valley Lake Chateau and Heritage Ghost Town was a labour of love for the Bells. It began in 1956, when the couple purchased the land here. By 1960, the Bells had built a seven-seat coffee shop, seven-room motel, and museum. Today, the chateau boasts 200 rooms , a swimming pool and a theatre. –Canada’s History
Three Valley Gap has lots of construction wonders, seems it must have had its own metal fabrication shop, attested to by the uniquely shaped lights, and several custom bridgesone of the many custom metalworks around Three Valley Gap
Day 3, Canmore: 892 km covered, 4579 km to go. On Friday we arrived in Canmore, for a day of rest in the Rockies. A morning of paddle-boarding around the Banff Canoe Club was glorious as we plied the green waters of the Bow river. Dave needed some help getting back to the dock after deciding he would jump off his paddleboard and swim to the dock, underestimating both the temperature and the current. The dock staff seemed very eager to do a rescue and brought the rescue canoe around before he drifted too far down towards the rapids…
The Canmore folk festival is this weekend so after dinner at Rocket Pie we will try to catch the evening concert, then off across Alberta tomorrow morning…
tilly using her good abs to beat a speeding trainthe rapids dave was rescued from encountering
Day 4, Swift Current Saskatchewan, 1467 km covered, 4004 km to go.
Sunset in CanmoreWe like how Canmore has worked to preserve natural features like this wetlandThe Rockies remind us that there are things that last ten thousand years…The Stan Rogers Memorial Stage at the Canmore Folk FestivalThese are cell phone towers disguised as trees…Canmore has some high speed EV chargers but they are running Windows?hay bales and big Alberta skyBassano, AlbertaThe quintessential Albert oil drill in a farmer’s fieldThis is pretty well the view from the driver’s side from Calgary to WinninpegSome seriously long trains cross CanadaDairy King, Swift Current where…it’s Christmas in July.
Day 5 Katepwa Lake Provincial Park, Saskatchewan 1,944 km. Dave really wanted to be at a lakeside on this holiday Monday so we detoured to Katepwa Lake, a provincial park in Saskatchewan. Just like most provincial parks on a summer long weekend it was abuzz with kids in blow-up devices, watchful parents, and fast jet-skis.
We like that Petro Canada has high speed EV chargers all along the TRans-Canada highway. With windshield washers!Katepwa Lake like many others was created by glacial retreat but has these beautiful bluffs.Katepwa Lake Provincial ParkKids still seem to like riding these docile broncos, for a quarter
Day 6 Winnipeg 2,332km so far. We wanted to be in the city, and found this new boutique hotel called there mere along the river. They have complimentary bikes for guests so we rode all along the riverwalk. I wish we had time to see the Museum of Civilization!
The Mere Hotel in WinnipegBike ride along the Red RiverEsplanade Riel Pedestrian BridgeThe St. Boniface side, where Esther grew upBoat tour of the river. Seemed a bit unexcitingPrairie skies have some of the biggest cumulus towers Bike ride along the Red River in Winnipeg
Day 7: Fergus Falls MN, km 2,775. We’ve established our morning routine since we move every day, with repacking various bags and gear to be more efficient. As we reach one of out daily charging spots we decide how much farther we want to drive and start looking for accommodation. I check booking.com where the standard fare come up – Motel 6, Super 8, Hampton Suites, they are all about the same look and the same price but vary a lot with location. Then Tilly checks airbnb while I look at TripAdvisor for anything that might be more interesting, and figuratively or literally off the beaten track. We are getting better at this, and were rewarded with a beautiful airbnb house on a farm outside Fergus Falls MN.
Fergus Falls Lake WalkFergus Falls Lake WalkThe only Airbnb we’ve encountered with private mini-golfTilly and the cornCountry Cottage Airbnb Fergus Falls
Day 8 km 3,207. After Fergus Falls we went through Tom Tumbles and Tim Trips. Just kidding. Since we only want to drive about 6 hours each day we kind of draw a circle around the area we want to stop and look for accomodation there. For Day 8 the circle was around Monomonie WI, but accommodations seemed limited to the basic travel hotels. I was about to settle for one of those then decided to look a little farther down the road and Eau Claire sprung forward with many more hotel options. It turns out Eau Claire (which we’d translate as Clearwater) is one of the best places to live in Wisconsin – a delightful town with some well-maintained old sections and a riverwalk that featured a live concert when we were there.
The amazing localvore no-tipping Mona Lisa Restaurant https://monalisaeauclaire.comRiverside concertThe Lismore HotelEau Claire Wisconsin
Day 9, km 3,713 Chicago IL. We have a couple must-meet dates on this trip. On August 8 we are booked for a hard-to-get tour of Fallingwater, so we decided to spend our anniversary in Chicago and splurged on staying at the Sofitel. Had our anniversary dinner (and bubbly) at Mccormick and Schmick’s and the next day took the Architecture boat tour.
Architecture boat tour lineupMarina City, ChicagoDave in long pants for our fancy anniversary dinnerView from the Sofitel (upgraded!)
Day 10 Lafayette IN, km 3,913. While not so exciting in the accommodation department, Lafayette is the home of Purdue University and my restaurant-fu led us to the on-campus 8Eleven Bistro. While I chose it for its menu and great reviews I was unaware that it was named for Purdue alumnus Neil Armstrong, who flew on the Gemini 8 and of course Apollo 11 missions. And the food was out of this world…
Onion soup at the 8Eleven Bistro
Day 11, Mill Run PA km 4,630. Scooting through Ohio we headed for Pennsylvania to get to our reserved B&B in Mill Run, just a five minute drive from Fallingwater. Tilly had to navigate the car through an Ohio deluge of biblical proportion but rolled into the Starlight Bed & Breakfast, and a sneak photo of the Fallingwater sign…
Starlight Bed & BreakfastMany life events, plans, and luck helped us get here!
Day 12, Fallingwater km 4,999. It’d been a dream of mine for many years to see Fallingwater, but in spite of long beta-sites in Crawfordsville IN, and many visits to printing plants in Wisconsin I never could quite arrange a trip there. So finally, August 8, 2022 I got to visit Fallingwater. I took many pictures but these two stand out. The quintessential view from where the Kaufman’s thought the house would stand, and a glimpse of the natural sandstone formation that inspired Frank Lloyd Wright to echo that in the very structure of the house.
The natural sandstone that lines the Bear Run CreekFalliingwater over the two waterfalls. It is spectacular.Fallingwater – details.
As hard as it was to leave Fallingwater we had a couple days to press on to our Montréal destination, and took a couple hours to play around Gananoque and take a tour of (some of the) Thousand Islands. Oh, and Thousand Islands dressing was indeed invented here and consists of green relish, ketchup, and mayonnaise. Now you know.
On the Thousands Islands 1-hour tourBoldt Castle, Thousand Islands
Montréal has been our destination, for a few days of a Schalkwyk family reunion, then drive north for a week of KlezKanada. It’s been a long drive, with may ups and few downs.
At our family gathering locationEvening walkDinner on the terraceArrived in Montréal!
Being closer to the end of my career path than the beginning, I have a sample size of what it’s like to work for a dozen different high-tech companies. Some have been more successful than others, some were fun to work for, some not so much, and a few set out to change their industries, and did.
The one thing I am most sure of is that while many companies talk about their culture, the real test of whether that’s lip service or real is this – a company’s culture is a direct result of their decision-making process. And the corollary: If you examine a company’s decision-making process, you’ll know what that culture values.
I’ll even go so far as to give this advice: When you are interviewing a company in considering working there, be sure to ask each interviewer, “How do decisions get made at this company?”
Decision-making generally comes down as one of two kinds: Distributed and Hierarchical. In a Hierarchical system, information and ideas move down from the top of the org to the bottom. In an orderly hierarchy a person at any level only works with their boss above them, and their team, at their level, or their reports below. I got a very clear message about hierarchical when working at Kodak when I sent an idea by email to someone two levels above me – a storm of reminders to “follow the process” and “respect the structure” ensued.
Information and ideas can flow up a hierarchy, but there are many forces downward that make it rare for good ideas to actually get heard, which is why you hear stories of serendipitous conversations between people far apart in the structure, where a ceo hears a great idea from someone many levels lower only by a conversation at a party or at their kids’ soccer game.
For those of you who know me, it won’t surprise you that people like me don’t do well in hierarchical structures. And if you’re reading this you might be like that as well. Of the three roles in an organizational hierarchy there are workers, and managers, and executives. Hierarchical structures rely on information hiding, and context limiting. The classic middle manager keeps their position by holding information received from above and releasing it on a “need to know” basis, and provide value upwards by summarizing status information. Creo made a conscious decision to not hire managers, just leaders. Leaders are part of a team, they can contribute to the team in ways other than holding meetings and asking how things are going.
The strangest decision-making culture I encountered was one which valued every person having a voice. While being able to express an opinion does let people feel heard, they had no way to resolve disputes when opinions differed, and put no less weight on a developer’s opinion of a marketing program than the product manager. To be able to take action and move forward, there need to be areas of expertise where people with the education or experience, whose job descriptions include the responsibility for a business growth area are empowered to make decisions. Having every voice feel heard means that no idea goes unheard, it doesn’t mean freezing the company into doing only what everyone agrees with.
The more inclusive kind of decision-making culture is Distributed. Distributed decision making requires a wide and open sharing of company objectives, costs and revenues. Distributed decision-making relies on having smart employees who can make very good decisions if they have the same context and data as the executives. Professional managers who try to keep their team “in the dark” so they can “focus on what I tell them to do” find distributed environments difficult to show their value.
Another measure to consider when interviewing a company you are considering joining is talent capitalization – how well does the company make use of the talent that it has hired. Malcolm Gladwell describes this powerfully in his book Outliers. To unlock employee talent and turn it into profitability, the culture needs to identify where the talent pools are, and adapt itself to decision-making that lets that talent flourish and drive the company forward. The most amazing result of the Creo 360 review process that ranked everyone in the company on a scale of how much they contributed to the company’s success as determined by the people they work with was this – each year there were people who had some major contribution to the success of the company that had no relation to their position in the hierarchy. They were people with a talent, who saw an opportunity to make a contribution to the company, worked in a culture that (at least) didn’t prevent them from doing that thing, and in an example of rare karmic justice, got recognized for that accomplishment and received a block of stock options as large as people well up the salary scale of hierarchy.
Here’s the thing: When you interview and you’re given your chance to ask your questions, here are two to have on your list:
How does you company make decisions?
How do ideas get captured, reviewed, and implemented?
Growing up in the 1960’s with a Dad who worked at CFRN-TV I am definitely of the television generation.
Television.
That word sounds very old. Netflix, YouTube, Vimeo, Tiktok. Everyone now has a tv station in their pocket.
But not everyone learns about production. Production is a craft. It’s not where the cameras are placed, or the script, or the lighting, it’s about all of it. Production is the design of how your audience should feel.
I didn’t expect that the many hours I spent as a kid watching from behind the cameras at Sunwapta Broadcasting would be useful for me 50 years later, but then a global pandemic caused a wholesale switch from in-person events to online events, and production was back in demand.
When Or Shalom decided we would, like many other churches and synagogues, broadcast our services there was a unique opportunity to bring these almost-lost skills of live event production to live-streaming. Video equipment at the prosumer level is both affordable and high quality. Good glass, i.e. camera lenses never go out of fashion. LED lights have made it possible to bathe a room with warm glow without needing a generator truck.
The golden age of livestreaming is here.
Here’s an example of the finished product:
and behind the scenes…
Andrea Superstein quartet rehearsal with Aputure C150 lightsEmad Armoush and Noah Gotfrit rehearse while Sarah tests the slider.The control booth, audio mixer on the left, video on the right
Midas 16 channel digital audio and HD video on a budget
Among the things I learned watching how live television was made were tally lights – red lights on the camera to tell the performer or announcer which camera was live. Tally lights haven’t made the transition down to prosumer products yet, and that seemed a real lack for livestreaming use, so decided to build one. Having a Roland 4-input video switcher (with a real T-bar fader like the Grass Valley Group switchers now infamously associated with the Star Wars Death Star) building a tally light system seemed a simple undertaking.
Like most projects, if you knew how difficult they were going to be before you started, you wouldn’t start. So it’s good to approach every project with some over-optimistic ideas of how hard it will be. To build this tally light system I took a technology I already knew, the Arduino microprocessor product line, and had to learn about MIDI. Along the way I also got to be re-acquainted with another technology I hadn’t used since the 1980’s – the DTMF tones that still signal much of the telephone system.
Well, Sol is now 30, and seems pretty on-track in his law degree and articling firm, with good friends, and hobbies. I figure it’s safe to take down his posters from the wall and declare this room the DaveCave.
So, sporting a new coat of paint, and a trip to Ikea helps the transformation. Here’s the tour: from left to right.
At the inaugural Vancouver Mini-Maker Faire I thought it’d be cool to introduce several simple Arduino-based projects and give people a chance to see how easy it is to get started in electronics and micro-processors. My friend Tom helped build a number of stands and a few sketches showed the range of audio and light-based projects that could be cobbled together in just a few minutes, particularly with the goal of getting school-age children interested.
Arduino examples for Mini-Maker Faire 2011
Sam Bradd’s letterpress and the Emporium poster
TransistorWerks
Right below the Arduino Emporium poster is another work by Sam Bradd, a project vision for a company called TransistorWerks, and hands-on electronic projects studio, like a STEM version of Four Cats.
Apollo 11
Apollo 11 – on the launchpad and in Lego
The Apollo 11 flight is the core of my enthusiasm, interest, and ongoing involvement in high-tech. More about this here.
TV Test Pattern
There was a time when TV stations didn’t broadcast 24×7 but had daily start and end times. When I was a little kid I would see this on the TV at 6:45 Saturday mornings as I waited for the cartoons to start, then later learned it was a test pattern to check the TV stations transmission quality.
This picture connects me to Dan and to CFRN-TV in Edmonton, another place I found fascinating and interesting in the golden days of local television.
Creo metabadge
This prototype was designed by Lahav Gill of Kangaroo Design for the metabadge project but the project didn’t get to this stage before it was killed.
When I was growing up in Edmonton, Saturday morning car rides were filled with the sound of CKUA Radio, from the University of Alberta. Opening with Ethel Merman belting out “There’s No Business Like Show Business” came the weekly musical. Camelot, Kiss Me Kate, Brigadoon – all accompanied by my mom Esther z”l singing along with every one. Musicals made mom very happy, she had a good voice and a great memory for lyrics.
Years later my appreciation for CKUA came from an afternoon show by the legendary Bill Coull (yes, pronounced “Cool”). Bill had the most varied and wonderfully-connected radio show I had ever heard, at least until FM started experimenting, and CBC’s Alan McFee’s Eclectic Circus came to late-night radio. Bill Coull’s show is legendary for a particular reason – he refused to follow a formula. His show made connections that I had never heard of, or imagined. Bill would play a classical piece then show how that theme had been lifted and put into a piece of prog rock, then play a jazz trio who played in that same musical mode, either making connections or contrasts. For me Bill defined the word eclectic.
Eclectic is the opposite of what most of today’s algorithms value.
What is an algorithm? It’s just a computer program. The algorithms I’m referring to are of a particular type – the ones that try to determine what you should read, or listen to, or watch next. These predictor algorithms are all around us in the online world. Facebook builds a timeline for you that try to keep you on-platform, where they can sell more advertising space to entice you. Twitter tries to do the same. So does Spotify, and Netflix is happy to tell you about how they do it too.
What these predictors are missing are serendipity, and non-trivial connections, and eclecticism. They are no Bill Coull. They are no Roger Ebert. Their scope of deciding what you might like next is based on popularity and the assumption that your taste is just like everybody else, that if you like that, then people like you also liked this.
Thankfully I have a variety of friends (and children) who know me well enough to suggest things that break up my own or algorithmic silos. I am grateful for that. And I am worried. I’m worried about the people who don’t have a diversity of friends to challenge their thinking, the people who want to only hear about and believe the people who think just like they do. Because the decisions about who should run our countries, who we should trust, whose businesses we should support and which we should boycott, and whether some acts of law enforcement officers are fair or racist, are being affected by algorithms that value polarization over diversity. And that’s a problem for all us.
At Thoughtexchange we’ve built a platform that brings people together over decisions that matter – like priorities for building new schools, how to make company cultures more equitable, and how we balance safety and connection as we forge this path through a pandemic.
One of they key elements that makes Thoughtexchange work is a diversity algorithm. The algorithm that selects which thought you should consider next is based on randomness, fairness, and diversity. We find that providing a diverse set of thoughts to consider and rate in a safe space without knowing whose thought it is, and without having to defend your choice to people who might disagree with you, helps connect a community to one another, helps them increase empathy for alternative points of view, and in the end informs decisions that are representative of the group’s highest shared values.
Recently Yvonna Cázares, Director of Community Engagement in Oakland California posted this on LinkedIn after running several city-wide exchanges and being exuberant about the engagement and insight Thoughtexchange provided adding, “Thanks for making democracy possible in this important moment!!”
Until now we haven’t able to make decisions with the active participation and discussion of thousands or tens of thousands of people in a timely, fair manner. Maybe now that we can we should replace the polarization and animosity that seems to accompany majority-based voting. Imagine democracy created by conversation and active engagement to find the common ground to move ahead together.
