What the Vera C. Rubin Observatory teaches us about discovery… I was watching a new Umbra video on YouTube about the Vera C. Rubin Observatory. The video had been posted only two days earlier. It already had more than 227,000 views. That caught my attention. The telescope is extraordinary. The camera is almost unbelievable. But the real lesson is not simply that somebody built a more powerful camera. The real lesson is how they intend to use it. Rubin is not going to take one magnificent photograph of the universe. It is going to photograph the same sky… Again. And again. And again. For ten years. Because a single photograph shows us what is there. Repeated photographs show us what is happening. That is where discovery begins. THE STORY Nearly 8,700 feet above sea level, on Cerro Pachón in Chile, sits the Vera C. Rubin Observatory. At its center is the 8.4-meter Simonyi Survey Telescope and the largest digital camera ever built. The LSST Camera has: ● 3.2 billion pixels ● 189 individual science sensors ● A weight of nearly 6,750 pounds ● A field of view covering an area of sky equal to approximately 45 full moons Rubin can take roughly a thousand images during a night of observation. Over a few nights, it surveys the visible southern sky. Then it returns and photographs it again. Every new image is compared with earlier images. Did something move? Did something brighten? Did something disappear? Did something explode? Did something appear that was never recorded before? The system can generate as many as seven million alerts in a single night, calling attention to changing stars, supernovae, active black holes, asteroids and other events. Rubin is expected to collect about 10 terabytes of information every night and approximately 30 petabytes of raw image data during its ten-year Legacy Survey of Space and Time. This is not simply a telescope taking beautiful pictures. It is a discovery production line. It observes. It returns. It compares. It detects change.

How to Observe More, Assume Less and Connect Better Every conversation has two conversations. The one we hear. And the one we see. Words tell us what someone is saying. But their eyes tell us where their attention is going. They look at us. They look away. They glance at a watch. They look toward someone else when the group laughs. Most of us notice these things without even realizing it. Then we do something dangerous. We decide what they mean. Immediately. Someone looks away, so they must be bored. Someone checks a phone, so they must want to leave. Someone avoids direct eye contact, so they must be nervous or dishonest. Then it hit me. We don’t have an observation problem. We have an interpretation problem. That is what I wanted to explore with THE UNSEEN CONNECTION. Not how to become a human lie detector. How to become a better observer. Because human beings are not slot machines. One signal does not always produce one meaning. Someone can look away because they are bored. Or because they are thinking. Or nervous. Or distracted. Or trying to remember something. Or because a waiter just dropped an entire tray of glasses behind you. LOL. Context matters. The real skill isn’t learning a secret code. It is learning to notice without rushing to judge. Observe more. Assume less. Connect better. The problem with “body language hacks” People love shortcuts. Especially shortcuts that make us feel like we know something other people don’t. “If they do this, it means that.” “If they look there, they are lying.” “If they cross their arms, they are closed off.” It sounds useful. It also makes great social media content. The trouble is that people are more complicated than any single list of signals. Body language is information. It is not a confession. A single glance is a clue. A repeated pattern is more useful. A respectful question is better still. That is the difference between observing someone and pretending to read their mind.

WHY THIS $20 PAPA JOHNS AD WORKS How a Simple Offer Became an Ad That Looks Good Enough to Eat I started with a straightforward idea: $20 DELIVERED. TIP INCLUDED. One medium pizza. Up to six toppings. Premium ingredients. My original ad communicated the concept, but the finished version did something more. It made me hungry. That difference is the entire lesson. A good advertisement should not just explain what is being sold. It should make people want it. Let me break down why this ad works, how it was created and what you can apply to your own marketing. The Offer Comes First The first thing you see is: $20 Not the logo. Not a paragraph. Not a clever slogan that takes five seconds to understand. The price. Then: DELIVERED. Then: TIP INCLUDED. That sequence answers the customer’s immediate questions: What does it cost? Do I have to pick it up? What about the tip? The customer understands the offer almost instantly. That is effective visual hierarchy. The most important information gets the most visual attention. Everything else supports it. It Solves a Familiar Frustration Most people know what happens when they order delivery. The advertised price is only the beginning. There may be a delivery charge, a service fee and an expected tip. By the time the customer reaches checkout, the total can be much higher than expected. This concept addresses that frustration directly: $20 DELIVERED. TIP INCLUDED. The offer feels simple because it removes uncertainty. You are not asking the customer to mentally calculate the real price. You are giving them a clear reason to trust the offer. The Pizza Does What Text Cannot My original version was primarily typography. It explained the promotion, listed the ingredients and included the brand. But it did not show the customer what they were about to eat. The new version puts a large, beautifully lit pizza directly into the ad. You can see the crust. You can see the cheese. You can see the toppings. The reaction becomes immediate:

The Bridge Between Imagination and Engineering. Every once in a while, I find myself frustrated with AI. Not because it can’t do amazing things. Because it almost can. I’ve spent the past several weeks developing the RVR concept with AI. The conversations have been fascinating. “Move the hitch ball.” “Shorten the rear body.” “Don’t move the axle.” “Keep the cab exactly the same.” Sometimes AI gets remarkably close. Sometimes it invents a second cab.. or a third. LOL. Then it hit me. I’m asking AI to do something it was never designed to do. I’m not asking it to create artwork. I’m asking it to perform CAD operations. That’s a completely different problem. Today’s AI creates beautiful pixels. Tomorrow’s AI will manipulate engineering. Imagine opening a design session and saying… Lock the cab. Lock the wheelbase. Lock the rear axle. Lock the hitch location. Show me twenty rear body designs. Not twenty different vehicles. Twenty mathematically correct variations built on exactly the same architecture. No drift. No changing things you never asked to change. Just intelligent engineering exploration. I think that’s where AI is heading. And when it gets there, it won’t just change automotive design. It will change everything. Aircraft. Boats. Furniture. Medical devices. Consumer products. Architecture. Industrial equipment. Even kitchen gadgets. Anyone who designs physical things will suddenly have an engineering partner that understands constraints instead of just appearance. Is anyone close? Pieces of the puzzle already exist. Autodesk, Siemens, Dassault Systèmes, PTC, Onshape, and others are adding AI to their CAD platforms. Some tools can already optimize parts, generate lightweight structures, suggest design alternatives, or automate repetitive modeling tasks. But they still expect the human to operate the CAD system. The missing piece is conversational engineering. The day you can simply describe what you want, while the software maintains every engineering constraint automatically, the workflow changes forever.

Every once in a while, an idea comes along because someone asks a different question. RVR began with a simple observation. Fifth-wheel RVs have become incredibly sophisticated. Yet the vehicle that connects the two has barely changed in decades. If you want to tow one of today’s premium fifth-wheel trailers, you’re still expected to buy a heavy-duty pickup truck. That’s perfectly acceptable for many people. I simply wondered… What if there was another option? Not another pickup. Not another motorhome. An entirely new category. A vehicle that’s easier to drive and park once you’ve arrived. RVR is my exploration of what happens when you design a grand touring vehicle from the ground up around fifth-wheel towing instead of treating towing as an afterthought. That single decision changes everything. The engineering. The proportions. The customer experience. Even the emotional appeal. How do we make a vehicle specifically designed for fifth-wheel touring, then make it easy to drive and park once you’ve reached your destination? That shift in thinking creates opportunities conventional vehicle design has never seriously explored. Cab-forward architecture. A true fifth-wheel towing system integrated into the vehicle’s structure. Transforming bodywork that preserves elegant styling when not towing. Long-distance touring capability measured in hundreds of comfortable miles between fuel stops. Premium ride quality. Premium presence. Throughout the project I deliberately challenge assumptions, not because today’s solutions are wrong, but because every mature industry eventually reaches a point where someone has to ask whether the starting assumptions are still valid. The goal isn’t to criticize pickup trucks. The goal is to imagine what comes next. RVR is ultimately less about designing a vehicle than demonstrating a process. (Although if Dave Kindig is ready…) Look at a familiar market. Question its oldest assumptions. Start from first principles. Then design the experience customers actually wish existed.