Uploaded January 2024 | Updated September 2026, 3 weeks ago
Destroyed by its Great Fire, Chicago quickly rebuilt, constructing the world's first skyscraper, becoming the fastest-growing city in human history, and hosting the 1893 World's Fair (Columbian Exposition) that changed America.
Part 1: youtu.be/pNdX0Dm-J8Y
Subscribe to TDC for Part 3: youtube.com/TheDailyConversation
Special thanks to Paul Durica and the Chicago History Museum
chicagohistory.org
Source for archival images: artic.contentdm.oclc.org/digital/collection/mqc
WTTW PBS Chicago: youtube.com/@UC0H7JADShpxWDjGQ4WhXPtQ
The Current War: youtube.com/watch?v=mHbyksLnFwA&pp=ygUbdGhlIGN1cnJlbnQgd2FyIGZhaXIgc2NlbmUg
Heading into the last quarter of the 1800s, no city on earth was better positioned for commercial dominance than this one. The capital of the Midwest had just fueled the Union’s victory in the Civil War, and its high concentration of industries situated along its many rail lines, vast lakefront, and re-engineered river was attracting thousands of new arrivals every month. But in their rush to expand as quickly as possible, its builders had inadvertently made conditions just right for disaster.
This is part two of the making of modern Chicago, once the fastest-growing city in history.
As we learned in Part 1, Chicago was the world’s largest market for lumber. Not only did it supply its rapidly increasing population with boards and planks for their homes, but it also stored huge quantities of wood awaiting shipment to towns popping up all over the western prairies.
After an extremely dry summer, on an October night in 1871, a strong wind blew into Chicago from the west. Mystery still surrounds exactly what happened next, but somehow a fire started in a barn and quickly spread to other structures.
The wooden city went up like a tinderbox. To escape, thousands of terrified residents waded into the lake and stayed there all night. Over 17,000 buildings and 73 miles of streets were suddenly gone. Incredibly, only about 300 people perished, but over 100,000 were instantly homeless–a third of the city’s population. It was one of the worst fire disasters in modern history.
The same windstorm fueled major fires all around the Great Lakes, most tragically in Peshtigo, Wisconsin, a town engulfed so suddenly that 2,500 died and 1.5 million acres of surrounding forest burned. Cut off from the rest of the world when its telegraph lines were charred, and eclipsed by the magnitude of property loss in Chicago, the little-known Peshtigo fire is still the deadliest blaze in American history.
I visited with the Chicago History Museum’s Director of Exhibitions to learn more.
The start of the skyscraper age has transformed not only this city, but our entire planet. Today, Chicago still ranks among the tallest and densest skylines in the world.
Amidst of this swirl of activity, Chicago hosted the Columbian Exposition, also known as the World’s Fair, in 1893. Built on over 600 acres of former marshland at the present location of Jackson Park, the fairgrounds drew 27.5 million visitors over 6 months at a time when the population of the entire country was just over 60 million. Its exhibits projected American optimism, boosted Chicago’s image as the country’s industrial capital, and had a profound cultural influence: especially in architecture and the arts.
Just 20 years after the fire, Chicago had rebuilt to make its debut on the biggest stage.
Erik Larson documented the feverish preparations for opening day in the book, The Devil in the White City, which tells the true story of the prominent architect in charge of realizing the fair’s grand vision.
“To build the fair, Daniel Burnham had confronted a legion of obstacles, any one of which could have - should have - stopped it long before Opening Day. Some wept at its beauty…Whole villages had been imported from Egypt, Algeria, Dahomey, and other far-flung locales, along with their inhabitants. The Street in Cairo exhibit alone employed nearly two hundred Egyptians…Everything about the fair was exotic and, above all, immense. A single exhibit hall had enough interior volume to have housed the U.S. Capitol, the Great Pyramid, Winchester Cathedral, Madison Square Garden, and St. Paul’s Cathedral, all at the same time.”
At the time of the fire in the early 1870s, the city had a population of about 300,000…but by the time of the 1893 World's Fair, Chicago had grown to a city of over a million residents–it had surpassed Philadelphia as the second largest city in the country. At that point in time no city in the history of the world had gotten big so quickly as Chicago. It actually became the fourth largest city by population in the entire world. By the end of the 1890s you had London, New York, Paris, Chicago. Those were the four largest global cities with Tokyo right behind Chicago at number five.
Destroyed by its Great Fire, Chicago quickly rebuilt, constructing the world's first skyscraper, becoming the fastest-growing city in human history, and hosting the 1893 World's Fair (Columbian Exposition) that changed America.
Part 1: youtu.be/pNdX0Dm-J8Y
Subscribe to TDC for Part 3: youtube.com/TheDailyConversation
Special thanks to Paul Durica and the Chicago History Museum
chicagohistory.org
Source for archival images: artic.contentdm.oclc.org/digital/collection/mqc
WTTW PBS Chicago: youtube.com/@UC0H7JADShpxWDjGQ4WhXPtQ
The Current War: youtube.com/watch?v=mHbyksLnFwA&pp=ygUbdGhlIGN1cnJlbnQgd2FyIGZhaXIgc2NlbmUg
Heading into the last quarter of the 1800s, no city on earth was better positioned for commercial dominance than this one. The capital of the Midwest had just fueled the Union’s victory in the Civil War, and its high concentration of industries situated along its many rail lines, vast lakefront, and re-engineered river was attracting thousands of new arrivals every month. But in their rush to expand as quickly as possible, its builders had inadvertently made conditions just right for disaster.
This is part two of the making of modern Chicago, once the fastest-growing city in history.
As we learned in Part 1, Chicago was the world’s largest market for lumber. Not only did it supply its rapidly increasing population with boards and planks for their homes, but it also stored huge quantities of wood awaiting shipment to towns popping up all over the western prairies.
After an extremely dry summer, on an October night in 1871, a strong wind blew into Chicago from the west. Mystery still surrounds exactly what happened next, but somehow a fire started in a barn and quickly spread to other structures.
The wooden city went up like a tinderbox. To escape, thousands of terrified residents waded into the lake and stayed there all night. Over 17,000 buildings and 73 miles of streets were suddenly gone. Incredibly, only about 300 people perished, but over 100,000 were instantly homeless–a third of the city’s population. It was one of the worst fire disasters in modern history.
The same windstorm fueled major fires all around the Great Lakes, most tragically in Peshtigo, Wisconsin, a town engulfed so suddenly that 2,500 died and 1.5 million acres of surrounding forest burned. Cut off from the rest of the world when its telegraph lines were charred, and eclipsed by the magnitude of property loss in Chicago, the little-known Peshtigo fire is still the deadliest blaze in American history.
I visited with the Chicago History Museum’s Director of Exhibitions to learn more.
The start of the skyscraper age has transformed not only this city, but our entire planet. Today, Chicago still ranks among the tallest and densest skylines in the world.
Amidst of this swirl of activity, Chicago hosted the Columbian Exposition, also known as the World’s Fair, in 1893. Built on over 600 acres of former marshland at the present location of Jackson Park, the fairgrounds drew 27.5 million visitors over 6 months at a time when the population of the entire country was just over 60 million. Its exhibits projected American optimism, boosted Chicago’s image as the country’s industrial capital, and had a profound cultural influence: especially in architecture and the arts.
Just 20 years after the fire, Chicago had rebuilt to make its debut on the biggest stage.
Erik Larson documented the feverish preparations for opening day in the book, The Devil in the White City, which tells the true story of the prominent architect in charge of realizing the fair’s grand vision.
“To build the fair, Daniel Burnham had confronted a legion of obstacles, any one of which could have - should have - stopped it long before Opening Day. Some wept at its beauty…Whole villages had been imported from Egypt, Algeria, Dahomey, and other far-flung locales, along with their inhabitants. The Street in Cairo exhibit alone employed nearly two hundred Egyptians…Everything about the fair was exotic and, above all, immense. A single exhibit hall had enough interior volume to have housed the U.S. Capitol, the Great Pyramid, Winchester Cathedral, Madison Square Garden, and St. Paul’s Cathedral, all at the same time.”
At the time of the fire in the early 1870s, the city had a population of about 300,000…but by the time of the 1893 World's Fair, Chicago had grown to a city of over a million residents–it had surpassed Philadelphia as the second largest city in the country. At that point in time no city in the history of the world had gotten big so quickly as Chicago. It actually became the fourth largest city by population in the entire world. By the end of the 1890s you had London, New York, Paris, Chicago. Those were the four largest global cities with Tokyo right behind Chicago at number five.
![The Future of Visual Effects (VFX)
From crossing the uncanny valley in human animation, to light-field camera technology that will change the way moving images are captured, this is the future of visual effects in films, TV, and VR.
Originally published: 8/12/2017
Video by Bryce Plank
Editing by Robin West
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Script:
Visual effects have come a long way in the 124 years since we first set eyes on the motion picture. Today, the world’s most talented vfx studios create films and TV shows that seamlessly blend the digital image with the analog, allowing artists to make their wildest dreams come to life on the big screen. The full maturation of the tools used by creators working on the cutting edge of the industry - like computer-generated worlds, real-time previewing of motion capture, cloud-based rendering, and hyper realistic digital humans - has laid the groundwork for the media revolution we’re about to experience as 360 degree Virtual Reality goes mainstream.
This is a look at the near-term future of visual effects.
In order to understand where we’re headed, let’s look at where we’ve come from.
[Clip from Jurassic Park]
Many of today’s premier VFX artists were hooked by iconic scenes like this one from Jurassic Park: aha! moments that opened their minds to the power of mixing computer-generated imagery with live action footage.
Today, nearly 25 years after Spielbergs T-Rex changed the game, every single film on the 50 highest grossing movies of all time list relied heavily on visual effects, or was completely animated.
But what might be even more telling is that 25 of them were released in the last five years. That’s an indication of how reliant the big studios are on VFX and how much we, the public, love to see visual effects take us to worlds we otherwise couldn’t visit.
The king of VFX, is director James Cameron. For both Avatar and Titanic — the two highest grossing films of all time — Cameron pioneered a number of new techniques that heavily influenced the blockbuster movie industry, like a motion capture stage six times larger than any before, a way to preview shots in the virtual world in realtime while motion capturing them on set, and a technique to enable full performance capture using small cameras right in front of the actors faces to collect facial expressions and, importantly, eye movement. This allowed Zoe Saldana to breath emotional life into her Neytiri character in a way that was compelling to the audience.
Full performance capture has become an industry standard. But while its become commonplace to bring characters like the Na’vi, Maz Kanata, Caesar, or the Hulk to life using facial capture technology, using it — or any other CG technique — to make a believable fully digital human is another story.
We are getting closer to crossing the uncanny valley. While it’s still cheaper to hire Tom Hanks than to recreate him digitally, we’re a long way from the waxiness of the CG characters he brought to life in The Polar Express.
So far, the most lifelike use of digital humans was Rogue One’s resurrection of Carrie Fisher as Princess Leia and Peter Cushing as Grand Moff Tarkin.
But Industrial Light and Magic had hours of reference footage of both actors, mapped the digital recreation of their faces onto full performances of other actors, and even found a lifecast of Peter Cushing’s face from a previous role.
[Artist] This was gold for us because it was Peter Cushing as he appeared at a certain time in his life.
Neither Leia nor Tarkin’s cameos were very long or involved much movement, and they still didn’t quite look human.
But this technology could be about to take another leap. Last week, Weta Digital finally began post production on the four sequels to Avatar, which are slated for December 2020, 2021, 2024, and 2025 releases.
And Cameron says he wants the films to set a new high bar.
[Quote from director James Cameron] “What Joe Letteri and Weta Digital bring to these stories is impossible to quantify. Since we made Avatar, Weta continued to prove themselves as doing the best CG animation, the most human, the most alive, the most photorealistic effects in the world. And of course, that now means I can push them to take it even further.”
But what really needs this push isn’t traditional films like Avatar, it’s the newest form of entertainment, virtual reality. Because effects studios can make literally anything else look photorealistic, creating believable digital humans seems to be the last big hurdle to creating feature-length films for VR. Why do I say that? The Future of Visual Effects (VFX)](https://i.ytimg.com/vi/V_3gBfHFMQo/mqdefault.jpg)








![MEGA-Quake & Tsunami Disaster Threatens Pacific Northwest
A megathrust earthquake and tsunami would devastate the Northwest United States, a geologic region of the Pacific Oceans Ring of Fire called the Cascadia Subduction Zone, where major tectonic plates collide.
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Written, narrated and produced by Bryce Plank
Video editing and effects by Robin West
Research by Juliet Saunders
Video based on this article:
http://www.newyorker.com/magazine/2015/07/20/the-really-big-one
Music:
All This - Scoring Action by Kevin MacLeod is licensed under a Creative Commons Attribution license (https://creativecommons.org/licenses/by/4.0/)
Source: http://incompetech.com/music/royalty-free/index.html?isrc=USUAN1300001
Decisions by Kevin MacLeod is licensed under a Creative Commons Attribution license (https://creativecommons.org/licenses/by/4.0/)
Source: http://incompetech.com/music/royalty-free/index.html?isrc=USUAN1100756
Seattle timelapse courtesy of YouTuber Edward Aites:
https://www.youtube.com/watch?v=2AqyHZ7JS1s
When you think of the big earthquake that will devastate the Western U.S., you probably assume it will hit California. But the massive one we’re supposedly long overdue for will actually hit the Pacific Northwest, devastating Seattle and much of 700 coastal miles from Vancouver to NorCal’s Mendocino Cape.
This area lies on the Cascadia subduction zone. The Cascades are the volcanic mountain range that run parallel to the fault, some 100 miles inland, and are formed by the Juan De Fuca tectonic plate colliding with, and sliding underneath, the North American plate. This geological battle will eventually result in the weaker North American plate buckling violently as it gives way to the mounting pressure, dropping several meters in a few seconds.
This will cause a 9.2 magnitude megathrust earthquake that will last around 4 minutes and will be 30 times more powerful than anything California’s San Andreas fault can produce.
What happens after that is truly terrifying.
Since the event will happen in the ocean, it will send a tsunami, a wall of water more than 15 meters high, rushing back toward coastal areas like Puget Sound and the heavily populated Seattle area. As it washes ashore it will destroy everything in its path.
The catastrophic tsunami triggered by the 2011 Tōhoku 9.0 earthquake in Japan was responsible for the vast majority of the 18,000+ deaths suffered in that disaster. And Japan even had an early warning system that sensed the initial tremor and automatically activated to save countless lives by shutting down power plants and railways, and performing various other vital services before the full quake and tsunami struck.
The Pacific Northwest has no such early warning system.
In fact, three years ago the citizens of Seaside, Oregon rejected a plan that would’ve raised their taxes in order to move three schools out of the tsunami inundation zone. [Show clip of devastated school administrator describing why that’s such a mistake.]
The voters came to their senses this November and funded a version of the plan, but the story is representative of the lack of awareness those living in the Cascadia Subduction Zone have about the uncertain ground they actually live on.
Part of the reason why the region seems to be in a complete state of denial is because the Juan De Fuca plate hasn’t caused an earthquake in 317 years. It’s a sleeping giant that’s 75 years overdue for an awakening.
To get a sense for how destructive a 9.2 quake would be, we need look no further than the 1964 Great Alaskan Earthquake of the same magnitude that sent tsunami’s rippling throughout the pacific, one of which killed 12 people in Crescent City, California, some 1,600 miles away from the quake’s epicenter.
The biggest problem is that seismology was in its infancy when much of the Pacific Northwest was built, so Portland - for example - didn’t have a seismic building code until 1974. More than a million structures in the region would collapse or be irreparably damaged by a megathrust quake, three thousand of them schools. Other critical infrastructure that will either collapse or be greatly compromised will be half of all highway bridges, fifteen of the seventeen bridges spanning Portlands two rivers, two thirds of all railways and airports, one-third of all fire stations, half of all police stations, and two-thirds of all hospitals.
There will also be land liquefaction, a phenomenon whereby partially saturated soil loses strength and stiffness. Not only does 15 percent of Seattle lie on land vulnerable to liquefaction, but so does Oregon’s Critical Infrastructure hub where miles of gas lines converge.
megaquake MEGA-Quake & Tsunami Disaster Threatens Pacific Northwest](https://i.ytimg.com/vi/YPL8-7ZaN6I/mqdefault.jpg)
