Earth is dynamic, not just the landscape but also its internal workings. The magnetic poles flip, it bleeds lava, and the crust trembles; it’s a misconception that we are on solid ground. Earthquakes happen frequently. Most of the time we cannot feel them, but occasionally there’s one that really rocks the surface.
Soon after I took on the Grand Canyon in my solo hike, the Earth’s crust had stressed itself out and released enough energy to roll the ground for hundreds of miles. It was a glorious 7.1 magnitude quake, equivalent to the energy of 45 atomic bombs. For whatever reason, earthquakes don’t frighten me. Maybe it was the rocket launches I’ve experienced? Perhaps all the hurricanes? If you’re close enough to a rocket launch in Florida, you can feel the ground shake. It’s definitely a thrill!
One-hundred forty five miles (233 kilometers) away and 5 miles (8 kilometers) in depth, a fault had dislocated in an area called Searles Valley. Luckily, this was within driving distance and the area accessible to me. On a quest for knowledge and to feel the planet’s rhythm once again, I set off to the epicenter using an app of the location. I brought camping gear with me like last time, ready to explore the area and stay the night as close to the epicenter as possible while hoping for a night full of rumbling.
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- Crews in Ridgecrest repair the roads after an earthquake. | Image: Tom Cross
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- Crews in Ridgecrest repair the roads after an earthquake. | Image: Tom Cross
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- Crews in Ridgecrest repair the roads after an earthquake. | Image: Tom Cross
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- Crews in Ridgecrest repair the roads after an earthquake. | Image: Tom Cross
Destruction from the quake was visible on the drive to the epicenter. A small town called Ridgecrest took the brunt of the force because it’s established along the fault. Driving through the town, crews were cutting large sections of road where it had cracked and were completely repaving the area properly rather than just smoothing out the fracture; I was impressed to see them put that much work into a repair. On either side of the road, the ground was noticeably lifted from the rolling shockwave. Homes in the location had freshly collapsed walls, and a gas station had sunken into the ground a few inches, yet it was still pumping gas and collecting payment even though it had no power or water. The store clerk sat outside in a chair turning customers away. Grocery stores were still open but were missing ceiling tiles, and certain aisles were closed for cleaning.
While eating lunch in a store, I felt a bump at the table and the visible water pipes in the ceiling were swaying. Something had slipped off a shelf and shattered glass on the floor. This was one of the many aftershocks that I was pursuing!
A dry lake was as close as I could get to the epicenter. Unusual rock formations made of calcium carbonate called tufa that formed 10,000 years prior when water filled the basin were scattered along the landscape. Now I was walking through them, investigating changes caused by the earthquake and hoping to feel aftershocks in this area. I discovered a crack in the dense tufa and put my fingers inside. Abandoned railroad tracks offered an opportunity to feel the vibration along a great distance, so I lay down on the steel quietly for awhile.
As night approached, I set up a camera to shoot time-lapse of the Milky Way, parked my vehicle nearby, and put together a sleeping arrangement on the roof. Throughout the night I watched meteors burn up in the atmosphere with the awesome backdrop of our galaxy that’s thousands of light years in visible depth. I thought of the reality that I’m one of many creatures created by the cosmos, floating in a sea of energy swirling around on a rock enveloped in gas we breathe. Life is extraordinary. Where else is it located?
An app on my phone pinged, signaling an earthquake had just occurred, and my spaced out thoughts had come back to the ground. I paid attention to the motion of my vehicle; certainly the rocking could be better felt due to the suspension. For the remainder of the night I allowed my body to sense the silent rumblings of the earth while I’d guess the magnitude. Two minutes after each quake, my phone would ping and display the stats; I’d study them to increase my understanding of the energy I experienced.
I enjoyed the bumping and rocking while watching the sky rotate above. For the first time, I immersed myself into a dynamic experience of our planet’s movements on the ground and in space. Some of the most incredible locations have been formed by the destructive forces of earthquakes.
In next week’s blog, I take a trip into the nearby snow-capped mountains and witness the beauty created by natural disaster. Stay tuned!
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Lifestyle
Tesla’s driverless Cybercab just passed a big test with State Governor
Florida’s governor rode Tesla’s Cybercab at a closed test track and called the experience impressive.
Florida Governor Ron DeSantis rode in a Tesla Cybercab on a closed test track this week and came away impressed, posting on X that the vehicle “successfully navigated all hazards — a kid running into the street, a crash with police stopping traffic, a Model S cutting us off, etc.” He called the ride “impressive.”
The stop was part of a broader event Monday at SunTrax, a 775 acre state owned proving ground in Auburndale that Florida built specifically to test autonomous and connected vehicles before they reach public roads. Standing next to a gold Cybercab, DeSantis described the car in plain terms: “You go in there and you just sit. You have a screen. There’s no steering wheel, no pedals. Clearly these things could be very beneficial.”
We took a ride on a robotaxi on the Suntrax course and it successfully navigated all hazards — a kid running into the street, a crash with police stopping traffic, a Model S cutting us off, etc.
Impressive! https://t.co/FVAkzFLz3r
— Ron DeSantis (@RonDeSantis) August 11, 2026
DeSantis paired the praise with a caveat that has followed autonomous vehicles since the category existed. “You don’t want to be in an autonomous vehicle and it drives you into a ditch. That would not be good,” he said, framing safety validation as the gate before wider deployment.
SunTrax, the 2.25 mile oval which the state calls the only high speed autonomous vehicle test track in the Southeast, can simulate rain, pedestrian crossings, hills and crowded urban conditions at highway speeds, letting companies push a car past what an early public rollout would risk. Tesla, Waymo and Beep all use the facility, and Florida’s regulatory approach, among the most permissive for autonomous vehicles in the country, doesn’t require a human operator inside a fully autonomous car.
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Tesla has reason to want the blessing of Florida and states beyond, as the Cybercab entered volume production at Gigafactory Texas this spring and has since self certified as SAE Level 4 under Texas law. Public road testing so far has kept a safety monitor in the passenger seat, and Florida is where Tesla has been expanding its existing Model Y based Robotaxi service instead, adding Miami in July and then Orlando and Tampa two weeks later. A closed track endorsement from a sitting governor doesn’t change any of that, but it does put Tesla’s newest hardware in front of a state that has already shown it will move fast on rules.
Elon Musk
The real reason Elon Musk wants every car connected to space
Elon Musk says all cars will eventually need Starlink to handle massive AI bandwidth demand.
Elon Musk is making the case that satellite internet, not fiber or cellular towers, will end up wired into every car on the road. In a string of posts on X, the SpaceX CEO wrote that all cars will have Starlink in the future and called satellite connectivity the only way to get super high bandwidth to billions of vehicles.
The posts started with Musk endorsing a Cloudflare forecast that traffic generated by autonomous AI agents will soon dwarf traffic generated by humans browsing the internet, a shift he described as not a close call at all. From there he narrowed the argument to infrastructure, writing that the only system that can support the insanely fast bandwidth growth needed by AI is Starlink, before extending the logic to cars specifically.
AI agentic Internet traffic will obviously VASTLY exceed human usage. Not a close call at all.
Cloudflare’s forecast is accurate. https://t.co/VztgrinN5k pic.twitter.com/Wo4FiRKjPU
— Elon Musk (@elonmusk) August 9, 2026
The timing lines up with Tesla’s own hardware decisions. On July 20, Tesla confirmed the Cybercab would ship with a Starlink V5 terminal built into its roof, the first time the company had put satellite hardware in a production vehicle. A day later, Tesla’s head of AI, Ashok Elluswamy, explained the connection wasn’t there for safety and that Cybercab’s driving stack runs entirely on onboard cameras and compute, while the satellite link exists for navigation, customer service, and fleet management instead. Musk followed with his own post about the feature, saying riders would be able to watch 4K streaming video during rides.
By July 22, Musk had already said Starlink would extend beyond Cybercab to Tesla’s full lineup. Sunday’s posts push that same logic outward again, this time framed as a requirement across the industry rather than a feature specific to Tesla, and tied directly to the bandwidth AI systems are expected to consume.
SpaceX’s newest Starmind will make earth data centers obsolete
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The AI argument has been building on SpaceX’s side for months. The company has an FCC filing pending for a third generation Starlink constellation, and it has separately proposed Starmind, a constellation of up to a million satellites designed to run AI computation directly in orbit rather than just relay data. Musk has said he expects space to become the cheapest place to deploy AI compute within two to three years. Starlink and Starmind serve different jobs inside that vision, one moving data and the other processing it, but Sunday’s posts treat vehicles as one more category of hardware that will eventually need both.
None of this changes anything for Tesla owners today. Cars already on the road keep running on LTE and Wi-Fi, and Tesla hasn’t outlined a retrofit path for existing vehicles. The July 22 commitment applies to future production, not the fleet already delivered. What Musk added on Sunday is the reasoning: satellite connectivity isn’t a Cybercab novelty, it’s a bet that ground based networks won’t keep up with how much data cars, robots, and AI systems are about to generate.
Elon Musk
The Boring Company’s newest tunnel vehicle runs on Tesla parts and no one is driving it
The Boring Company’s new tunnel vehicle runs on Tesla Model 3 batteries and drive units.
The Boring Company just introduced a new piece of hardware, and it runs on parts pulled straight from a Tesla showroom. Liner Truck 3, unveiled in a post from the tunneling company’s official X account, is an all electric vehicle built around Tesla Model 3 battery packs and drive units, purpose built to move concrete tunnel segments to the boring machine face without a single person underground.
Introducing Liner Truck 3 — our latest fully electric tunnel vehicle.
– Tesla Model 3 battery and drive units
– Transports 22,000+ lb of concrete segments to the boring machine
– 28 miles of range
– 12 mph max operating speed
– Remotely piloted from Global OCC in Texas, with… pic.twitter.com/XB7FgSXnpy— The Boring Company (@boringcompany) August 7, 2026
The job itself is unglamorous but critical. Each precast segment run weighs more than 22,000 pounds, roughly the load of a full cement mixer, and Liner Truck 3 hauls that weight repeatedly between the surface staging area and wherever the Prufrock machine happens to be cutting.
The Boring Company said Liner Truck 3 is piloted remotely out of its Global Operations Control Center in Texas, extending the Zero-People-In-Tunnel approach the company has spent years building toward. An earlier version of a ZPIT liner truck was already tested at the company’s Bastrop, Texas research tunnels, and a factory tour released last month showed an employee flying a fully loaded liner truck with a PlayStation controller. Liner Truck 3 looks like the production version of that same idea, cleaned up and pushed into daily use.
The timing lines up with a company digging in more places than it ever has before. The Boring Company now has multiple Prufrock machines active or arriving in Nashville, where Music City Loop construction has been accelerating since February, and its Vegas Loop network keeps adding tunnel mileage on a near monthly basis. Every one of those projects depends on getting concrete segments to the cutting face fast enough to keep the boring machine from idling, which is exactly the bottleneck Liner Truck 3 is designed to remove.
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It also reinforces something Tesla owners have watched happen gradually across Musk’s companies: passenger car hardware finding a second life in heavy equipment. Model 3 drive units already move people through the Vegas Loop, and now the same components are hauling concrete underground in Nashville and wherever The Boring Company digs next. Whether that kind of component reuse extends further into TBC’s equipment lineup, or into other Musk owned industrial hardware, is the next thing worth watching.
Tesla launches V2L Outlet Adapter for Premium Model Y in the U.S.
Tesla Roadster unveiling nears, and it will fly: The Information
