When I woke up this morning, I saw that Dak Prescott, the star quarterback for the Dallas Cowboys, signed a new contract, making him the highest-paid player in NFL history. His new four-year, $240 million deal makes him the league’s first $60 million per year player.
If you are curious, here is a list of the highest-paid NFL players in 2024.
Each of the 32 teams has an active roster of 53 players. That is 1,696 active roster players. Add the practice squad and account for injuries, and in a typical season, you end up with about 2,100 players per season.
Now that the NFL Football season is officially underway, I thought it would be interesting to look at each position’s composite player.
As you might expect, different sports have a different ratio of ethnicities, builds, and features. The same is true for different positions on a football team. For example, you might expect more Pacific Islanders in Rugby or Asians in Badminton. You expect NBA players to be taller, swimmers to have longer arms, and football players to have more muscle.
Here is a visualization that shows what happens when you average the top players’ faces in various positions.
Composites are interesting.
While you may be thinking, “This player must be unstoppable,”... statistically, he’s average.
The “composite” NFL player would be the 848th-best player in the league. He’s not a starter, and he plays on an average team.
We found the same thing with our trading bots. The ones that made it through most filters weren’t star performers. They were the average bots that did enough not to fail (but failed to make the list as top performers in any of the categories). The survivors were generalists, not specialists.
In reality, you need both.
In an ideal world with no roster limits, you’d want the perfect lineup for each granular situation. You’d want to evaluate players on how they perform under pressure, on different downs, against other players, and with various schemes.
On a related but slightly different note, I recently read a post called “Why Generalists Own the Future.” It says that, in the age of AI, it’s better to know a little about a lot than a lot about a little. But part of that rationale is that it is easy to find or create digital specialists to do the things people used to do.
That’s what technology lets you do with algorithms. You can have a library of systems that communicate with each other ... and you don’t even have to pay their salary (but you will need data scientists, researchers, machines, data, alternative data, electricity, disaster recovery, and a testing platform).
You won’t find exceptional specialists if your focus is on generalized safety. Generalists are great, but you also have to be able to respond to specific conditions.
The Cities Of The Future
Population Growth: A Critical Lens on Human History
Studying historical changes in human population trends offers valuable insights into the factors that have propelled or hindered human development throughout time.
From ancient civilizations to modern metropolises, population dynamics have influenced everything from economic prosperity to social structures.
A Window Into Our Past Gives Us a Glimpse at Our Future.
By studying this critical aspect of human history, we can gain valuable insights into the past, present, and future of societies.
Population growth is a complex and multifaceted phenomenon with far-reaching implications. It offers a fascinating glimpse into the demographic trends that have shaped our world and continue to influence our trajectory.
Historically, human populations grew steadily but relatively slowly ... until something changed that. And the implications are stunning.
Scientists estimate that humans have existed for over 130,000 years. However, it took until 1804 for us to reach 1 Billion. We doubled that population by 1927 (123 years later) and then doubled it again only 47 years later (which was 1974).
Looking back, early population growth was driven by the agricultural revolution. Since 1804, the Industrial Revolution, health and safety advances, along with technology, have significantly improved quality of life, spurring the rapid population growth. Here is a quick overview of some of the key factors.
Shaping the Future
It’s hard to predict some things accurately. So, one goal in data science is to figure out what we can “know” in order to “guess” less.
Population growth is a prime example. One of the easiest ways to predict how many 60-year-olds there will be in 40 years is to look at how many 20-year-olds there are today. Obviously, the number won’t be exact, but it’s a pretty good head start.
This principle of using known data to make educated predictions applies to many aspects of future planning, including urban development and resource allocation. By leveraging current demographic information, we can better prepare for the challenges and opportunities that will likely impact the cities of tomorrow.
Why It Matters
Population growth is more than just a numerical metric. It is a fundamental lens through which we can analyze:
Have World Population Growth Numbers Peaked?
World population growth rates peaked in the late 1960s and have declined sharply in the past four decades, but we’re still on a positive trend. We’re expected to reach 9 billion people by 2050, but a lot of that growth comes from developing countries – they also almost exclusively come from urban areas.
via Axios (Click for an Interactive Graph)
Urbanization: Megacities
In the 1800’s, about 10% of the population lived in urban areas. Since 2014, over 50% of the world’s population has lived in urban areas – today it’s approximately 55%. That number is growing.
Ironically, as we grow more digitally connected, our world is shrinking, and our populations are concentrating.
An interesting consequence of this rapid urbanization and population growth in developing countries has been the increased development of Megacities – defined as cities with populations greater than 10 million. Today, there are 33 megacities – more than triple the number in the 1990s.
This creates a set of interesting opportunities and challenges.
For example, how will these cities deal with infrastructure – sanitation, transportation, etc?
via visualcapitalist
Today, in most high-income countries, about 80% of the population lives in urban areas - contrasting the primarily rural populations of lower-income countries.
As a result, we see many of these megacities forming in developing countries. As a side note, we’re also seeing countries like China making substantial investments and alliances in these developing areas. This is likely done to profit from the expected growth and also to shift the future balance of power in their favor. Sometimes, it makes sense to focus on the marathon and not just the sprint.
It’s interesting how the world can become more decentralized - and more globalized - amidst a contraction of where people live.
Posted at 05:04 PM in Business, Current Affairs, Healthy Lifestyle, Ideas, Market Commentary, Religion, Science, Trading, Trading Tools, Travel, Web/Tech | Permalink | Comments (0)
Reblog (0)