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In the 1920's, existentialism and nihilism became increasingly popular as a result of the first World War, as well as a move towards secularism. As people suffered through war and hardship, people also became more pessimistic about their situation, as well as opening up more opportunity for minorities. For example, women's rights saw progress during WW1 as they took the positions of men who were now fighting at war.

Somewhat similarly, people now, specifically Gen Z, are becoming increasingly existential and nihilistic. An article from GNet, written by Daniel Siegel, posits that the rise of social media has only made this worse, as people are becoming increasingly aware of issues in the world such as inequality, genocides, climate change, etc. There is a general distrust in the government that hasn't been there in previous decades.

It's hard to say what popular philosophical beliefs will be held 100 years from now, but if the trend continues as it is, I believe egalitarianism(a belief that all people are equal, and deserve equality) will become even more popular, just as I think social Darwinism will continue to increase.

As the current system of capitalism prioritizes productivity and monetary wealth, and punishes those who are unable to meet those expectations(for example, the disabled or chronically ill), those that are raised under this system will inherit this same mindset.

Eventually, though, I do think egalitarianism will become the dominating belief, as the population of people who benefit from capitalism become smaller and smaller, more people will realize the faults in the system, and seek out change.

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According to the website linkedin, the future of automobiles is going to shift to sustainable energy. People will start using renewable energy resources instead of fossil fuels. This process has already started but it will also become the norm. Technology will lead to longer driving ranges and shorter charging times making these types of cars more convenient and accessible.

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The evolution of the automobile industry over the past century has been nothing short of transformative, with advancements in technology and engineering revolutionizing how we travel. As we look forward to the next 100 years, the future of automobiles promises to be even more remarkable, driven by breakthroughs in artificial intelligence, sustainable energy, and connectivity. This article explores the key trends and innovations that will shape the automobiles of tomorrow.

Autonomous Vehicles: The Rise of Self-Driving Cars

One of the most anticipated advancements in the automotive industry is the widespread adoption of autonomous vehicles. Self-driving cars, powered by sophisticated AI algorithms and sensor technologies, will redefine the concept of driving. These vehicles will be capable of navigating complex traffic scenarios, reducing the need for human intervention. By 2124, it is likely that autonomous vehicles will dominate the roads, enhancing safety and efficiency while reducing accidents caused by human error.

Sustainable Energy: The Era of Electric and Hydrogen Vehicles

The future of automobiles is intrinsically linked to sustainable energy. The next century will see a significant shift from fossil fuels to renewable energy sources. Electric vehicles (EVs), which have already begun to gain traction, will become the norm. Advances in battery technology will lead to longer driving ranges and shorter charging times, making EVs more convenient and accessible. Additionally, hydrogen fuel cell vehicles will emerge as a viable alternative, offering the benefits of quick refueling and zero emissions.

Connectivity and the Internet of Things (IoT)

The integration of connectivity and IoT will transform vehicles into smart, interconnected devices. Cars of the future will communicate with each other and with infrastructure to optimize traffic flow, reduce congestion, and enhance safety. Real-time data exchange will enable predictive maintenance, ensuring that vehicles operate at peak efficiency. Moreover, personalized driving experiences will become standard, with vehicles adjusting settings and features based on the preferences of individual users.

Advanced Materials and Manufacturing

The materials used in automobile manufacturing will undergo a revolution, leading to lighter, stronger, and more durable vehicles. Advances in nanotechnology and material science will result in the development of new composites and alloys that enhance fuel efficiency and safety. 3D printing and other innovative manufacturing techniques will allow for greater customization and quicker production times, reducing costs and environmental impact.

Environmental Impact and Urban Mobility

As urbanization continues to grow, the need for efficient and sustainable urban mobility solutions will become increasingly important. The future will likely see the rise of shared mobility services, such as autonomous ride-sharing and car-sharing platforms. These services will reduce the number of vehicles on the road, alleviating traffic congestion and lowering emissions. Moreover, the integration of smart infrastructure, such as intelligent traffic management systems and dedicated lanes for autonomous vehicles, will further enhance urban mobility.

Augmented Reality and Enhanced User Experience

The driving experience will be enriched by augmented reality (AR) and other immersive technologies. AR windshields will provide real-time information about the surroundings, enhancing navigation and safety. Drivers and passengers will enjoy personalized entertainment options, with vehicles equipped with advanced infotainment systems that integrate seamlessly with other devices. The interior design of cars will become more flexible, allowing for reconfigurable spaces that cater to different needs, from work to relaxation.

Ethical and Regulatory Considerations

The widespread adoption of advanced automotive technologies will necessitate robust ethical and regulatory frameworks. Issues such as data privacy, cybersecurity, and the ethical implications of autonomous decision-making will need to be addressed. Policymakers and industry stakeholders will collaborate to develop standards and regulations that ensure the safe and equitable deployment of new technologies.

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The Future of Automobiles in the Next 100 Years

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The evolution of the automobile industry over the past century has been nothing short of transformative, with advancements in technology and engineering revolutionizing how we travel. As we look forward to the next 100 years, the future of automobiles promises to be even more remarkable, driven by b

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In the past 100 years, cars have drastically changed. They were slow, unreliable, and had many defects. Nowadays, we have more advanced safety features, improved fuel efficiency, powerful engines, and sophisticated computer systems, including features like automatic driving assistance, all thanks to advancements in engineering and design. Major changes included seatbelts, airbags, anti-lock brakes, power steering, and advanced computer systems to manage various functions within the car.

Link to website: https://www.idrivesafely.com/defensive-driving/trending/evolution-automobile

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Auto-Related News, Trends, & Tips - I Drive Safely

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When you think of the very first car, what do you imagine? Maybe a car made out of tree branches with stone wheels, powered by Fred Flintstone's feet? Or a quaint little buggy with thin, oversized tires driven by a man wearing a top hat?

What did the very first cars look like, and how have they changed over the years? They're probably a little different than you'd think!

Steam and Electricity Power the Earliest Vehicles (1700s-1890s)

You may be surprised to find electric vehicles aren't a new concept. The first automobiles actually ran on steam and electricity. You may also be surprised to learn the first vehicles were developed in the late 1700s.

Those first "vehicles" were powered by steam. It was an energy source that had been used for many years to power trains. However, it wasn't until the 1870s that steam power became more practical for small vehicles. Despite improvements, there were still a lot of shortcomings. Steam-powered vehicles took a very long time to start up and the range was limited.

In the early 1800s, inventors around the world began building electric-powered buggies. A few decades later inventors in England and France created vehicles that were much closer to modern-day EVs. In 1890, William Morrison built the first electric car in the U.S. The car could go 14 miles per hour and fit six people. It was very rudimentary, but it got interest going in America.

Within 10 years a third of the vehicles in the U.S. were electric. Electric vehicles were popular because they weren't as difficult to start as steam and gas combustion engines and operation didn't involve difficult gear shifts. Like today, the first EVs were quiet and didn't emit smelly air pollution.

Meanwhile, in 1898, Ferdinand Porsche did something revolutionary. He created the first hybrid vehicle that was powered by electricity and gas. It was a blueprint for the hybrids that would be built more than 100 years later.

Mass Produced Gas-Powered Cars Corner the Market (1890s-1930s)

While some of the very first cars were powered by steam engines, dating back to the 1700s, it was Karl Benz in 1885 who invented the first gas-powered car, which he later received a patent for in 1886. Benz's first car had three wheels, looked much like an elongated tricycle and sat two people. Four-wheeled gas-powered cars were later introduced in 1891.

The invention of the gas-powered automobile marked the beginning of the vehicular evolution in America.

The first cars didn't have windshields, doors, turn signals, or even a round steering wheel - a far cry from what we've become accustomed to. It can be said that Karl Benz's first gas-powered car was the major catalyst for the production of modern automobiles, as many automakers followed in his footsteps, trying to create their own version of a car.

At the time electric vehicles were on their way to being the norm. But there was one problem with early electric vehicles. People were interested in owning them, but the elaborate machines were too expensive for the middle class.

It wasn't until Henry Ford's 1908 Model T that automobiles started to resemble what we're familiar with today. Thanks to Ford's invention of the assembly line, the gas-powered Model T could be mass-produced and became affordable for the general population.

Ford had been working with Thomas Edison to create a better battery for electric vehicles, but the success of the affordable Model T halted the progress. Another factor was the invention of the electric starter in 1912. It eliminated the need to hand-crank gas-powered vehicles. Once oil was discovered in Texas and gasoline became cheap gas-powered vehicle sales began to surge.

Today the opposite is true. The high cost of gasoline and pollution concerns have helped electric vehicles make a comeback. And Edison would be happy to know that the latest EVs have batteries that will go up to 400+ miles.

Vehicles Features Take Center Stage (1930s-Present)

Along with mass production came new features, some of the first being speedometers, seatbelts, windshields and rearview mirrors. Believe it or not, the first turn signals weren't added to a car until Buick did it in 1939 - that's even after the first car with electric windows and air conditioning! Then cars started to get fancy, with power steering (1951), cruise control (1957), three-point seatbelts (1959) and heated seats (1966).

In 1973, Oldsmobile installed the first passenger airbag into their "Tornado" model. Over 20 years later in 1998, the federal government required all passenger vehicles to come standard with dual frontal airbags.

In the late 80's and early 90's keyless entry systems, electric doors and windows, sunroofs and CD players began to be standard features. This is about the time when technology became a big selling point.

Modern Vehicle Features

This brings us to modern-day cars with Bluetooth, hard drives, advanced safety systems, GPS, WiFi and even the ability to parallel park themselves. It seems crazy, but it's true. In this age, cars come standard with features that were once a luxury (or didn't even exist at all). And driverless cars that once seemed like something out of a science fiction film are close to being a reality. It's amazing to think how far cars have come and where the technology will go down the road.

With technology advancing, it's more important than ever to keep up with on-road driving techniques to keep those around you safe at all times. Check out our defensive driving course for more information on how to learn the latest best practices online.
*This article was updated on 4/16/2020

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When you think of the very first car created, what do you imagine? Cars made out of tree branches with stone wheels, powered by Fred Flintstone's feet?

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How did totalitarianism affect the World?

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Women in professions like medicine, education, and journalism have increased.

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What does a car look like in 1919? Who made them?
How does the car add independence and freedom to the individual?

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Can you control your feelings which control your decisions?

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What is fascism? Who is Benito Mussolini? Where did he control?

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What is nihilism? Who thought of it? How did it come to be popular during this time?

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Who was Charles Lindbergh? Where did he fly to? How long did it take him?

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a 20th-century avant-garde movement in art and literature which sought to release the creative potential of the unconscious mind, for example by the irrational 

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How are we controlled by the subconscious?

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In the future, according to ICAO, airplanes will be used for more than just transporting people and goods between cities, they'll also be used for urban air mobility. I see the possibility of this very likely. Planes will also be flying at faster speeds cutting flight time by about half though some argue that the focus might shift towards more efficient, slower travel depending on factors like energy costs and environmental concerns.

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Who is Stalin? What is communism? Where did he control?

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When (this is different in each country!) do women get the right to vote?

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What is existentialism?

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How are politicians going to use the radio? Do you need to be in the same room as them? Do you need to be able to read to be influenced?

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challenge the social norms of society, and purposefully make art that would shock, confuse, or outrage people

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What does this change to what people thought they knew about physics?

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Radios in 100 years, according to PBS, will likely be completely integrated into our environment. This makes sense because there are now smart fridges and Alexa's that can do whatever you ask them to. They will probably be integrated into everyday things like clothing, furniture, or even our homes themselves.