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   Building Things

     My mother and father were very thoughtful at Christmas time. They selected gifts for my two brothers and I which my parents believed fit our interests. In my case, they always picked things which were technology related. None of us used the term technology back then, but that is how I think of the gifts now. The earliest ones had to do with building things, and they became hobbies in my earliest years and now to my latest years.

The earliest hobbies I can remember involved putting pieces of wood or metal together to create something. The products were Tinkertoy, Lincoln Logs, and Erector Sets. The LEGO brand was not yet available in the United States when I was growing up. If the LEGO products had come a dozen or so years earlier, I surely would have been an early adopter.

In the early 1900s, stonemason Charles Pajeau and his partner Robert Petit studied how children created a huge number of shapes with sticks, pencils, and spools of thread.  They invented a toy product which they called the “Thousand Wonder Toy”. They later called the product Tinkertoy. A Tinkertoy construction set included wooden wheels about an inch in diameter. The wheels had holes on the sides and around the edge. The set included sticks which you could insert in the wheels. The target market was young boys who would create elaborate structures. Today, the skill of creating the 3D Tinkertoy might be called spatial intelligence, and it would certainly not be limited to boys. I liked the idea of creating things shown in pictorials which came with the construction set. I don’t think I was particularly creative, but I enjoyed building things.

Frank Lloyd Wright was a famous American architect, interior designer, writer, and educator. His creative period spanned more than 70 years, and he designed more than 1,000 structures.  Mr. Wright’s lesser-known son, John Lloyd Wright, while watching the construction of one of his father’s designs, an earthquake-proof building in Japan, got the idea for a construction toy he called Lincoln Logs.  He named the toy after President Abraham Lincoln’s fabled childhood cabin.  The logs measured three quarters of an inch in diameter and, analogous to real logs used in a log cabin, Lincoln Logs are notched so they can be laid at right angles to each other to form rectangles resembling buildings. The toy set I remember included roofs, chimneys, windows and doors, which made a construction project look real. A full set also included animals and human figures made to the same scale as the buildings. I liked Lincoln Logs projects better than Tinkertoy projects because they were much more stable. The spindly sticks of Tinkertoy objects were wobbly and often fell apart.

 Of all the toy construction sets, my favorite was the Erector Set. Alfred Carlton Gilbert commuted from Connecticut into New York City and was fascinated by the girders and bridges which supported the electric railroad lines. His fascination inspired him to create a construction set which gave kids everything they needed to build their own miniature cities and related infrastructure.

A basic Erector Set included various metal beams with regularly spaced holes for assembly using nuts and bolts. It was possible to build a strong but lightweight structure using pieces of stamped sheet steel, held together by the bolts and nuts. The sheet metal came in straight or curved pieces in various shapes and colors. More advanced structures could be built using hardened steel rods and screw clamps which allowed the construction of hinges. Mechanical power could be added using rotating parts such as pulleys, gears, wheels, and levers. Later, Erector Sets included AC-powered or battery-powered DC electric motors. The sets also included gears which could increase the torque and effective mechanical power. Later, sets added miniature light bulbs and simple switches to control electrical power.

What I liked was the ability to build a model, then take it apart and build something else. Most items I built were less than a foot tall and a foot wide or less. Creating something using nuts and bolts was much more substantial than the Tinkertoy or Lincoln Log approach. Building trucks, buildings, cranes, and other ideas was limited only by one’s imagination and ingenuity.

LEGO products were introduced in the United States in 1962 when I was 17. The name LEGO is an abbreviation of the two Danish words “leg godt”, meaning “play well”.  The LEGO Group was founded in 1932 by Ole Kirk Kristiansen. The company has passed from father to son and is now owned by Kjeld Kirk Kristiansen, a grandchild of the founder. The company has come a long way from a small carpenter’s workshop to the largest toy company in the world in terms of revenue. In 2022, LEGO generated $9.28 billion. 

LEGO kits come in loose sets of plastic pieces called bricks. The bricks have studs and holes which enable bricks to be connected. There are more than 900 million different ways of combining six eight-stud bricks. The company has made 400 billion LEGO bricks and other plastic elements. If stacked on top of one another, the pieces would form 10 towers reaching all the way from the Earth to the Moon. The LEGO manufacturing process is so precise that only 18 out of 1 million LEGO bricks are defective. More than 400 million people around the world have played with LEGO bricks. In 2000, The British Association of Toy Retailers named the LEGO brick “Toy of the Century”, beating the teddy bear, Barbie and Action Man. The largest LEGO structure ever created is the Tower Bridge replica in London. The brick count was 5,805,846. It took five months to build.

About five years ago, one of my sons gave me a LEGO set to build a Harley-Davidson Fat Boy motorcycle. The kit included 1,023 parts. The engineering behind the kit was truly remarkable. The pistons in the cylinders are moving parts. It seemed no details were left out. The assembly took at least several days of enjoyment, and suffering through a few errors I had to correct. The LEGO Fat Boy is the same maroon color as the real Fat Boy I purchased in 2003.

I was so pleased with the result of the Fat Boy kit, I ordered a LEGO International Space Station kit (864 pieces). I have tackled 12 LEGO kits to date. They contain almost 20,000 bricks. My most recent kit is the Notre-Dame of Paris, France. I finished it in Florida on January 15. Number 12 is the Back to the Future kit (1,872 bricks). It is proving to be the most complex of the twelve.

Much more about technology at johnpatrick.com and some LEGO pictures in the Current Events section below.

Note: I use Perplexity, ChatGPT, and Gemini AI chatbots as my research assistants. AI can boost productivity for anyone who creates content. Sometimes I get incorrect data from AI, and when something looks suspicious, I dig deeper. Sometimes the data varies by sources where AI finds it. I take responsibility for my posts and if anyone spots an error, I will appreciate knowing it, and will correct it.

In this section, I share what I am up to, pictures of the week, what is new in AI and crypto, and more.

My last weekly blog post was sent out by Mailchimp on January 18 at 6am, as usual. Unfortunately, there was a glitch at Dreamhost where johnpatrick.com is hosted. I will not bore you with the details. The result was the blog post was either blocked or ended up in spam for some readers. All is fixed now. If you did not receive the post about Medical Imaging, you can catch up with it here.  

Last Sunday afternoon, with some friends, we drove up to St. Augustine to the Lewis Auditorium. It is a great place for concerts and this one was amazing.

Conductor Nathaniel Efthimiou led two great pieces. First was Antonín Dvořák’s Cello Concerto in B minor, Op. 104 performed by Russian-born soloist Alexei Romanenko. He was right up there with Yo Yo Ma. The second piece was the four-part Symphony No. 5 in E minor, Op. 64 by Pyotr Ilyich Tchaikovsky.

It was a great afternoon followed by a great dinner at Cordova Coastal Chophouse & Bar.

I completed the MIT AI in Healtcare course. I expect results in another week. AI? 

Lego model of Harley-Davidson Fatboy

This is the real Fatboy. Out of a half-dozen Harleys over the years, this was my favorite. I rode it from CT to FL five or so years ago. A few years later I sold it. 

Back to the Future underway. It has less than half the pieces as Notre-Dame but is much more challenging. I will finish it this weekend.

Here is what it will look like.

My Florida collection. A couple of others are in Connecticut.

The completed 4,383 piece Notre-Dame. Very proud of this one.

This was Notre-Dame underway

Rep. Bryan Steil (Wisconsin) is now the chair of the House subcommittee focused on cryptocurrency (AI, too). Finally, the Congress will update financial rules with blockchain technology in mind. Mr. Steil said, “The players on the field have shifted dramatically. That gives us an opportunity to offer legislation a little more forward-looking.” It looks like we will have an administration which embraces the benefits of crypto and digital assets.

The new House Financial Services Committee chair French Hill (Arkansas.) said, “We will bring legal clarity to digital assets, providing innovators with new tools to build decentralized financial products and services that empower people to help one another and ensure America remains a leader in this space.”

I believe things are looking up for crypto.

Several significant developments in AI have occurred this week:

DeepSeek-R1: A New Open AI Model
Chinese startup DeepSeek has released DeepSeek-R1, an open-weight large language model that performs reasoning tasks at a level comparable to OpenAI’s o1. Released on January 20, R1 is notable for its affordability and openness, allowing researchers to study and build upon the algorithm. It’s priced at around one-thirtieth of o1’s cost, making it more accessible for researchers with limited computing power.

NVIDIA’s Agentic AI Innovations
NVIDIA introduced new agentic AI innovations, including:
– A set of Blueprints to help build enterprise AI Agents
– A specific blueprint for AI Agents that can analyze video
– The “Llama Nemotron” suite of “Open” Large Language Models

These innovations aim to tackle real-world challenges and unlock new opportunities in enterprise technology.

AI in Healthcare: ECG Risk Assessment Tool
Yale School of Medicine’s Cardiovascular Data Science Lab developed an AI tool that can identify individuals at high risk of developing heart failure using electrocardiogram (ECG) images. This tool enables earlier identification of heart failure, potentially reducing hospitalizations and premature death.

AI in Education: UNESCO Highlights
UNESCO emphasized the key role of AI in global educational transformation at Congreso Futuro 2025 in Chile. The organization stressed the importance of developing critical AI literacy and providing educators and students with skills to understand, use, and create AI for the benefit of humanity.

AI Policy and Business Developments
– President Trump indicated he would retain a Biden-era executive order allocating federal land for AI data centers, highlighting the bipartisan recognition of AI’s importance.
– A $500 billion investment in AI data centers across the U.S., dubbed Stargate, was announced by CEOs of major tech companies.
– A survey by the Futurum Group revealed that while CEOs recognize the importance of AI, there’s often a gap between their confidence in handling AI and their actual capabilities to implement it effectively.

These developments showcase the rapid advancements and growing importance of AI across various sectors, from open research models to healthcare applications and policy considerations.