1

Monopoly

Did you know that Monopoly played a key role in the European theater of World War II? Originally conceived in 1903 by Elizabeth Magie Phillips as The Landlord's Game to highlight the inequities of capitalism, the board game was later rebranded by Parker Brothers in 1934.

When thousands of Allied soldiers, including Americans, were captured by German forces during WWII, the British Secret Service began manufacturing specialized editions to be smuggled into prisoner camps inside Red Cross packages. The German guards welcomed the games as harmless ways for prisoners to pass the time. Little did they know, these boxes contained customized silk maps, real local currency, and precise escape routes hidden within the board and game pieces. Intelligence experts estimate that up to 10,000 Allied soldiers successfully escaped enemy capture because of these rigged board games.

2

Silly String

In the early 1970s, inventors Leonard A. Fish and Robert P. Cox were working on an aerosol spray-on cast for broken limbs. Although they failed spectacularly, they patented the sticky mess as "foamable resinous composition." Eventually, American toy company Wham-O picked it up and re-labeled it as Silly String.

Decades later, this joke device went to war. In 2006, while stationed in Iraq, Specialist Todd Shriver and his unit found themselves lacking official gear to safely detect the invisible tripwires used to detonate explosives. Because the spray of Silly String could shoot more than 10 feet away and was very light, it became an unlikely but useful tactical tool.

3

Slinky

In 1943, naval engineer Richard James was attempting to design a spring system for naval battleships. When he accidentally knocked one of his prototypes off a shelf, he watched in fascination as it walked down a stack of books, onto his desk, and onto the floor. The Navy never bought his invention, but the world got the Slinky, selling over 100 million units in its first two years alone.

Years later, the toy’s military purpose came into fruition during the Vietnam War. U.S. communications troops operating in dense jungles frequently struggled with terrible radio reception. They quickly discovered that a standard steel Slinky could be stretched out and tossed over high tree branches to serve as an effective improvised antenna.

4

View-master

When the View-Master made its grand debut at the 1939 New York World’s Fair, it was marketed as an alternative to scenic postcards. Co-inventors Wilhelm Gruber and Harold Graves paired standard stereoscopes with circular cardboard reels containing seven 3D color film images, which allowed people to marvel at the Grand Canyon from the comfort of their homes.

By 1942, the United States military realized that this photographic novelty could become a useful tool. In the midst of WWII, the U.S. Armed Forces purchased more than 100,000 View-Master viewers and commissioned thousands of custom-made reels. Instead of tourist images, these reels featured detailed, three-dimensional models of enemy aircraft, naval vessels, and artillery. It allowed troops to practice identification, making it a critical asset for gunners and pilots.

5

Silly Putty

Silly Putty is another marvel of accidental wartime engineering. During WWII, the United States faced shortages of natural rubber due to several blockades. In an attempt to create a cheaper alternative, General Electric engineer James Wright mixed silicone oil with boric acid. The result didn’t work for tires, but it became a hit when packaged inside plastic eggs.

Eventually, this gooey and bouncy material caught the attention of NASA. In 1968, the crew of Apollo 8 packed Silly Putty into their spacecraft. In the zero-gravity environment, the astronauts used the sticky compound to secure their gear to the walls to prevent it from floating away around the cabin.

6

Buzz Lightyear

While Buzz Lightyear began his life as a fictional space ranger in Pixar’s 1995 hit Toy Story, the physical action figure manufactured by Thinkway Toys achieved a few real-world milestones that would make Andy proud.

In 2008, NASA launched an authentic Buzz Lightyear action figure into space aboard the Space Shuttle Discovery. Buzz spent a staggering 15 months living aboard the International Space Station. There, he worked alongside astronauts to film educational videos designed to teach school children across America about weightlessness, orbital mechanics, and microgravity physics.

7

LEGO

The famous toy company was founded by Danish carpenter Ole Kirk Christiansen in 1949. While LEGO first reached the US in the early 1960s, the plastic interlocking bricks didn’t become massively popular until the 1970s. Once American children adopted the new toy, it completely reshaped modern STEM education.

Although schools had experimented with bricks for decades, LEGO allowed teachers to develop structured curricula designed to teach kindergarteners fine motor skills and spatial mathematics. By the time those students reached high school, LEGO’s advanced kits were serving as the backbone for introductory robotics, engineering, and programming courses nationwide.

8

Mr. Potato Head

Created by American inventor George Lerner in 1951 and distributed by Hasbro, the original Mr. Potato Head didn’t include a plastic body, just sharp metal pins attached to plastic facial features. Despite the risk of children stabbing themselves, the toy made history as the very first toy ever advertised on television.

From there, Mr. Potato Head had a surprising career as a public servant. In 1985, he received four legitimate votes during the mayoral election in Boise, Idaho. In 1987, he officially dropped his plastic pipe to become the face of the American Cancer Society's "Great American Smokeout" anti-smoking campaign. He later joined forces with the League of Women Voters to boost voter turnout and today acts as an official travel ambassador for the state of Rhode Island.

9

Cabbage Patch Kids

When American businessman Xavier Roberts first created his "Little People" in 1978, nobody could have predicted that they would spark Black Friday riots by 1983. But beyond the hysteria, Cabbage Patch Kids went on to become national ambassadors.

In 1992 and 1996, the United States Olympic Committee selected the dolls as the first-ever official mascot of the US Olympic Team, traveling with the athletes to Barcelona and Atlanta. In 1999, the U.S. Postal Service immortalized them on a stamp celebrating the icons of 1980s American culture. Over the years, the franchise has collaborated with NASA on science education and raised thousands of dollars for disaster relief efforts.

10

Teddy Bear

Did you know Teddy Bears were born in the United States? In 1902, a Russian-born businessman and inventor named Morris Michtom was inspired by a cartoon published in The Washington Post to create what would become the most beloved toy in America. The cartoon depicted President Theodore Roosevelt showing compassion for a bear on a hunting trip in Mississippi.

Morris Michtom made a small plush bear cub, sent it to Roosevelt, and asked for permission to use his nickname, Teddy. After the president’s blessing, Mitchom placed the doll in the window of his Brooklyn store with the caption "Teddy’s bear." The success was so great that he began mass- producing them, and within a few years, he founded the Ideal Novelty and Toy Company, which would become the largest doll-making firm in the United States.

1

George Washington - The whiskey-making Founding Father

Image: Daniel Vogel

After leading the nation, George Washington stepped into the world of spirits, whiskey spirits, that is! In 1797, his farm manager convinced him to open a distillery at Mount Vernon . Within two years, it became one of the largest in the country, producing nearly 11,000 gallons of whiskey annually.

Here’s a fun fact: Washington didn’t need a marketing team. His whiskey was sold in unmarked barrels to local merchants, and his operation was so successful that it became one of the top money-makers in the area. The best part? You can try it today at the reconstructed distillery!

2

Theodore Roosevelt - Adventurer-in-Chief

Image: Zetong Li

Not one to sit still, Theodore Roosevelt went on an exploration of the Amazon rainforest after leaving office. In 1913, he embarked on a seven-month journey to map an uncharted river . Guess what it’s called today? The Roosevelt River, of course!

The expedition was grueling: he caught malaria, suffered a leg injury, and nearly died. Though he made it back home, his health never fully recovered. Roosevelt’s post-presidency was all about adventure and risks!

3

Thomas Jefferson - The University Founder

Image: Ryan Ledbetter

Thomas Jefferson didn’t just help write the Declaration of Independence; he also founded the University of Virginia . A firm believer in education, he wanted to create a university that emphasized academic freedom and rigorous learning. So, in 1819, ten years after leaving office, he established the University of Virginia, which opened in 1825.

Jefferson personally designed the campus, including its iconic Rotunda, and hand-picked the first professors. He once called the university one of his greatest accomplishments, right up there with drafting the Declaration of Independence.

4

John Quincy Adams - From President to Congressman

Image: Ian Hutchinson

John Quincy Adams didn’t believe in retirement, you know? He didn’t go back for a second term, but instead of stepping away from public service, he returned to Congress, serving in the House of Representatives for nine terms until his death in 1848.

His dedication earned him the nickname "Father of the House." Even in his final moments, he was working: he collapsed on the House floor after casting a vote and died two days later. Well, once a public servant, always a public servant.

5

William Howard Taft - From President to Supreme Court Justice

Image: Adam Michael Szuscik

Most former presidents take a step back from government, but William Howard Taft went in the opposite direction. After serving as the 27th president, he was appointed Chief Justice of the Supreme Court in 1921.

He later admitted that being on the Supreme Court was his true calling, famously stating, "I don’t remember that I ever was president." Taft remains the only person in history to have served in both roles! Talk about an upgrade!

6

Calvin Coolidge - Presidential columnist

Image: AbsolutVision

Some former presidents write memoirs, but Calvin Coolidge took it a step further. From 1930 to 1931, he wrote a nationally syndicated newspaper column titled Thinking Things Over with Calvin Coolidge .

His articles covered a range of topics, from politics to everyday life. As it turns out, running a country gives you plenty to write about!

7

Jimmy Carter - The humanitarian president

Image: Library of Congress

If there’s one president who redefined life after the White House, that is Jimmy Carter. In 1982, he founded the Carter Center , a nonprofit organization focused on democracy, health, and human rights.

He has also spent decades working with Habitat for Humanity, personally helping to build homes for those in need. In 2002, Carter’s humanitarian work earned him the Nobel Peace Prize, making him the only former president to receive the honor for efforts made after leaving office. He once said his post-presidency was "more gratifying" than his time in politics. Only logical, right?

8

Ronald Reagan - A Knight of the Realm

Image: Annie Spratt

Yes, that’s a literal title. Ronald Reagan didn’t take up a new career after leaving office, but he did receive an unexpected knighthood from Queen Elizabeth II. In 1989, just months after stepping down as president, he was made a Knight Grand Cross of the Most Honorable Order of the Bath.

While it’s a prestigious honor, American citizens aren’t allowed to use the title "Sir," so there was no "Sir Ronald" in the works. Reagan wasn’t the only president to receive this honor; Dwight Eisenhower and George H.W. Bush were also knighted.

9

Bill Clinton - Grammy-winning storyteller

Image: Annie Spratt

Bill Clinton has always been a gifted speaker, so it’s no surprise that he won not one, but two Grammy Awards, though they weren’t for playing his famous saxophone. He won Best Spoken Word Album in 2004 and 2005, narrating both a children’s book and his autobiography.

Clinton joins a small but prestigious club of American presidents who have won Grammys, including Barack Obama and Jimmy Carter. His ability to captivate audiences didn’t end with politics; he simply found a new stage.

10

George W. Bush - From the White House to the Art Studio

Image: Yannis Papanastasopoulos

After serving two terms as president, George W. Bush discovered a surprising new passion: painting. How about that? In 2012, he began taking art lessons , and by 2013, his paintings were revealed to the public following an email hack.

Bush embraced his new hobby and has since published several collections, including Portraits of Courage , which features paintings of US military veterans. His artwork has been exhibited in galleries, proving that a president can become an artist, too. While politics was his career, painting has become his personal form of expression.

1

Pro: More local tax revenue

Data centers generate unusually large property-tax bills because they house millions of dollars' worth of servers and specialized equipment. That often makes them among the largest taxpayers in a county .

In Northern Virginia, tax revenue from data centers helps fund schools, roads, parks, libraries, and emergency services. Some counties report receiving far more in taxes than they spend on providing public services to these facilities.

2

Con: Constant noise

Cooling equipment, ventilation systems, and electrical infrastructure operate continuously to keep thousands of servers from overheating. Together, they can produce a steady mechanical hum day and night.

Residents living closest to certain facilities have complained that low-frequency noise is noticeable even indoors , especially during quiet nighttime hours when background noise is minimal.

3

Pro: Better infrastructure investment

Building a major data center often requires improvements to nearby infrastructure. Utilities may expand electrical capacity, while roads, substations, and water systems are upgraded before the facility opens .

Although these improvements primarily support the project itself, neighboring communities frequently benefit from stronger infrastructure that might otherwise have taken many years to receive through normal public investment.

4

Con: Massive electric consumption

Modern data centers consume enormous amounts of electricity because servers run continuously while powerful cooling systems remove the heat they generate around the clock .

As cloud computing and artificial intelligence continue expanding, experts expect electricity demand from American data centers to grow rapidly, requiring utilities to build additional generating and transmission capacity.

5

Pro: Construction jobs and economic activity

Constructing a hyperscale data center is a massive undertaking that can last several years. Hundreds of construction workers, electricians, engineers, truck drivers, and contractors may be involved during the building phase .

The project also boosts nearby hotels, restaurants, equipment suppliers, and local businesses serving the temporary workforce. Much of this economic activity occurs before the facility even begins operating.

6

Con: High water use

Many facilities use water-based cooling systems to improve efficiency, particularly during hot weather. Depending on the technology used, consumption can be significant throughout the year .

This has become a growing concern in drought-prone regions, where residents and local officials debate whether expanding technology campuses should compete with other important community water needs.

7

Pro: Some permanent high-paying jobs

Once completed, data centers require technicians, network specialists, electricians, maintenance engineers, and security staff to keep operations running around the clock without interruption.

Although permanent staffing is relatively small, many of these technical positions pay well above average local wages and can help attract additional technology companies to the surrounding area.

8

Con: Large, industrial-looking buildings

Most data centers are designed for function rather than appearance. They are typically large, windowless buildings surrounded by fences, cooling equipment, substations, and security systems.

Even with landscaping, these facilities often resemble industrial warehouses . Some residents worry they will permanently change the character of suburban neighborhoods or previously rural communities.

9

Pro: potential property-value gains in some markets

The effect on nearby home values varies from one community to another. In some growing technology regions, new investment has coincided with rising demand for housing and stable property prices .

Researchers caution that there is no universal rule. Local planning, neighborhood design, and overall economic growth all influence whether nearby homeowners ultimately benefit from higher property values.

10

Con: Limited long-term employment relative to their size

Construction creates hundreds of temporary jobs, but the finished facility usually requires only a relatively small permanent workforce to operate and maintain its systems .

Critics argue that billion-dollar campuses occupying vast amounts of land often provide far fewer long-term jobs than factories, manufacturing plants, or large distribution centers of similar size.

11

Pro: Very little traffic after construction

Construction brings heavy equipment, delivery trucks, and hundreds of workers. Once the building is finished, however, daily traffic usually drops dramatically compared with many other industrial sites .

Unlike warehouses or factories, operational data centers employ relatively few people. Most days, only technicians, maintenance crews, security personnel, and occasional service vehicles enter the property.

12

Con: Backup generator emissions and air quality concerns

Nearly every data center maintains large diesel backup generators that automatically provide power during electrical outages. They are also tested periodically to ensure reliable operation.

Although these engines are regulated under environmental laws, nearby residents sometimes express concerns about exhaust emissions, air quality, and the cumulative effects as more facilities are built .