Why You Should Get Yourself a Job with Legacy Programming Languages

Key Takeaways

  • “Old” languages are still relevant: FORTRAN, COBOL, and Pascal continue to play crucial roles in specific domains.
  • FORTRAN: Excels in scientific computing and high-performance computing.
  • COBOL: Remains essential in financial systems for handling large datasets and transactions.
  • Pascal: Influenced modern languages and continues to be used in education.
  • Career opportunities exist: Skilled programmers in these languages are in demand and can command competitive salaries.
  • Learning value: Studying these languages provides valuable insights into the history and foundations of computer science.
  • Evolving landscape: While newer languages are dominant, maintaining legacy systems built on older languages creates ongoing demand for programmers.
AI-generated image. “PEOPLE, PLEASE REMAIN CALM! AI CAN’T TAKE OUR JOBS IF WE LEARN HOW TO PROGRAM BETTER!”

Come one, come all! Welcome back to yet another exciting reason why you should get ahead of the AI threat. We all know AI is on the brink of taking everyone’s job. Everywhere you look you can find someone shouting out loud and not-so-proud; “THEY TOOK OUR JOBS!” Well, in today’s read (which may not help you since AI can program as well) we’re going to over the programming languages of old. Yes, that’s right, in an effort to protect our future, we first must learn about their past. What languages did they speak? Are they still being used today? Could you get a job today using these languages? Are all questions we seek to answer. Let us begin.

Are “Old” Programming Languages Still Relevant?

You might be surprised to learn that some of the oldest programming languages are still very much alive and kicking! While the tech world is constantly buzzing about the latest shiny new languages like Python and JavaScript, languages like FORTRAN, COBOL, and Pascal have a rich history and continue to play crucial roles in various industries.

A Trip Down Memory Lane

  • FORTRAN: Born in the 1950s, FORTRAN (FORmula TRANslation) was a pioneer, designed for scientific and engineering calculations. It excels in number-crunching tasks, making it indispensable in fields like weather forecasting, financial modeling, and high-performance computing. For example, its ability to handle complex mathematical computations with high precision and efficiency is why it’s still used in scientific research and engineering projects.
  • COBOL: This “Common Business Oriented Language” was specifically created for business applications. Think handling massive datasets, managing financial transactions, and powering the back-end systems of many large corporations. You might be surprised to know that millions of lines of COBOL code are still in use today! It’s the backbone of many banking systems, where reliability and extensive processing capabilities are crucial.
  • Pascal: While perhaps less prominent in industry, Pascal played a significant role in computer science education. Its structured approach to programming influenced many modern languages and helped shape how we teach programming concepts. Universities and colleges often used Pascal to introduce students to the fundamentals of programming due to its clear syntax and structured programming principles.
AI-generated image. “We don’t stand a chance if I don’t learn these programming languages. Why do I have to be the chosen one?”

Are They Still Used Today?

Well, the short answer is…yes. Absolutely!

  • FORTRAN: Remains a powerhouse in scientific computing and high-performance computing. Its ongoing relevance is due to its specialized libraries and tools that support extensive mathematical and engineering calculations. This language continues to evolve, with versions like Fortran 90 and Fortran 2008 bringing modern features to the table.
  • COBOL: Continues to underpin critical business systems, especially in finance. COBOL’s strength lies in its ability to process large volumes of transactions with accuracy and reliability. Efforts to modernize COBOL include integrating it with contemporary technologies and updating its syntax to make it more accessible to today’s programmers.
  • Pascal: While its direct use might have declined, its influence on other languages and its role in education remain significant. For instance, Object Pascal (Delphi) carries forward the legacy of Pascal in a modern object-oriented form, used in both desktop and mobile app development.

Can You Still Make Money with Them?

You can make money with any language but apparently companies are willing to pay big bucks. So, the answer is, yet again. Yes, you can!

  • Skilled FORTRAN programmers: are highly sought after in sectors like scientific research and high-performance computing, often commanding competitive salaries. Their expertise is invaluable in maintaining and developing high-precision applications for academia and industry.
  • COBOL programmers: who can maintain and modernize existing systems are in high demand, especially in the financial industry. These programmers ensure the seamless operation of critical financial transactions and data processing tasks, making them indispensable in the banking and insurance sectors.
AI-generated image. “You know the more time I spend programming a computer, the more I realize they’re right. It is time for a change.”

The Evolving Programming Landscape

While newer languages like Python and JavaScript dominate many areas today, the need to maintain and modernize legacy systems built on older languages creates a continuous demand for programmers proficient in these languages. Understanding these foundational languages also provides deeper insights into the development of programming paradigms and practices over the decades.

Should You Learn Them?

Learning older languages can provide valuable insights into the foundations of computer science. If you’re interested in scientific computing, finance, or working with legacy systems, learning FORTRAN or COBOL could open up unique career opportunities. Additionally, the structured thinking and problem-solving skills developed through Pascal can be beneficial across various programming tasks.

In Conclusion

While the tech world is constantly evolving, older programming languages like FORTRAN, COBOL, and Pascal continue to play important roles. They demonstrate the enduring power of robust, well-designed languages and remind us that the history of computing is deeply intertwined with their development and evolution. The knowledge and expertise in these languages remain valuable assets in the ever-changing tech landscape. And with all of that being said, should you learn any of these languages? Or a language in general? Yeah, I mean people should learn something new every day. Learning a programming language, if any, places you above someone who doesn’t know the language. Remember your goal is to standout in the job market, not to blend in.

Disclaimer: This script is for informational purposes only and should not be considered financial or career advice.


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Why This Could Save Your Life: Unlocking Quantum Computing Potential

Key Takeaways

  • Quantum computers process information in parallel, allowing them to solve complex problems exponentially faster than classical computers.
  • Potential applications include drug discovery, materials science, artificial intelligence, cryptography, and optimization problems.
  • Challenges include qubit stability, error correction, and achieving quantum supremacy.
  • A career in quantum computing requires a strong foundation in physics, computer science, or engineering, but self-learning and practical experience are also valuable.
  • To stay ahead in the field, continuous learning, hands-on experience, networking, embracing remote work, and financial planning are essential.
AI-generated image. Wait, aren’t quantum physics and computing the same thing? Yes, but no, they’re not.

Quantum Leap: Navigating the Future of Computing

In a world where technology evolves at lightning speed, and I do mean lightning speed. Like, if you blink you just might break your neck. Quantum computing stands out as a revolutionary force poised to transform industries from medicine to finance. But, like anything and most things in life, what exactly is it, and why should you care?

Understanding the Quantum Leap

If you don’t like traffic, feel free to stop reading and leave. However, if you’re a part of the weird percent of the population, I have an exercise for you. Picture a traditional computer as a single-lane road where cars (data) can only move one at a time. Now, imagine a quantum computer as a multi-lane highway, with cars able to take multiple paths simultaneously. This ability to process information in parallel allows quantum computers to solve complex problems exponentially faster than classical computers. So, this is like if we’re more proactive with our infrastructure. Less traffic, less problems.

The Potential of Quantum Computing

The applications of quantum computing are vast and far-reaching, also, I have to admit they are concerning at first glance:

  • Drug Discovery: Accelerating the development of new drugs by simulating complex molecular interactions.
  • Materials Science: Designing innovative materials with superior properties, such as stronger, lighter, or more efficient materials.
  • Artificial Intelligence: Enhancing machine learning algorithms for more intelligent and efficient AI systems.
  • Cryptography: Breaking current encryption methods and developing new, unbreakable ones.
  • Optimization Problems: Solving complex optimization problems, such as logistics and financial modeling.
AI-generated image. A true computer geek is surrounded by all types of computers, not brands.

The Challenges Ahead

So, you may be thinking, this is great. How could things go wrong? Where are the setbacks? We all know the world could do with a bit more speed. While the potential of quantum computing is immense, there are significant challenges to overcome:

  • Qubit Stability: Qubits are highly sensitive to environmental factors, making them difficult to maintain.
  • Error Correction: Quantum errors occur frequently, requiring robust error correction techniques.
  • Quantum Supremacy: Achieving quantum supremacy, where a quantum computer outperforms classical computers on specific tasks, is still a significant hurdle.

A Career in Quantum Computing

So, you think you’re ready for the IT world and you want in. You don’t want to do programming because anyone can do programming and let’s be frank, there’s just too many languages out there and you just don’t have the time. You don’t want to do cybersecurity because, well, most of the things you’d be securing wouldn’t be computers. Well, if you’re intrigued by the possibilities of quantum computing, a career in this field could be a rewarding choice. While a strong foundation in physics, computer science, or engineering is beneficial, it’s not always a strict requirement. Self-learning, online courses, and practical experience can also be valuable. Whichever road you choose, it’s going to be a long one. This isn’t a field you wake up in.

AI-generated image. Learn Python, now!

Tips for Staying Ahead

As the field of quantum computing evolves, it’s essential to stay updated with the latest advancements. Here are some tips to help you navigate the future:

  • Continuous Learning: Stay curious and keep learning about quantum mechanics, linear algebra, and programming languages like Python and C++.
  • Hands-on Experience: Experiment with quantum computing simulators and kits to gain practical experience.
  • Networking: Build relationships with other quantum enthusiasts and professionals through online communities and conferences.
  • Embrace Remote Work: Take advantage of remote work opportunities to work for top companies without being tied to a specific location.
  • Financial Planning: Be mindful of the rising cost of living and plan your finances accordingly. Consider investing in yourself through education and skill development.

While the future of quantum computing is uncertain, one thing is clear: it has the potential to revolutionize our world. By staying informed, acquiring the necessary skills, and embracing the challenges, you can position yourself to be part of this exciting journey. Again, long journey, it’s not about the destination.

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Deepfakes: Unveiling the Controversy and Opportunities

Key Takeaways

  • Deepfakes are AI-generated manipulated images, videos, or audio. They can be used to impersonate individuals or create entirely new content.
  • Deepfakes have a dark history. They first gained notoriety in 2017 when a Reddit user used them to create deepfake pornographic videos.
  • Deepfakes are created using deep learning models. These models require large amounts of data to learn a person’s features and patterns.
  • Deepfakes can be used for both malicious and beneficial purposes. They can be used to spread misinformation, harass individuals, and create fake news. However, they can also be used for training simulations, marketing, and creative expression.
  • Spotting deepfakes can be challenging but not impossible. Look for inconsistencies in facial movements, lighting, shadows, and audio. Trust your gut feeling.
  • Legal frameworks surrounding deepfakes are still evolving. While there are some state-level laws, a comprehensive federal law is still needed.
  • It’s important to be aware of the risks and benefits of deepfakes. As technology continues to advance, we need to develop effective detection methods and legal frameworks to mitigate their potential harms.
Bro, they have a video of you throwing something out of your window.
Photo by Mikhail Nilov, please support by following @pexel.com

Understanding Deepfakes: The Good, the Bad, and that’s not your Mom.

Over the years, the internet has been… well, the internet made with all interesting and mentally concerning individuals. Many of which may be right next door to you. As terms online pop-up, one is becoming more and more of a growing concern.

This growing issue deals with, yet again people, (we can’t seem to have anything nice) some of which you may know personally and others…not so much.

Give me that beautiful face!

It’s another day at the office, you’re online, your best work buddy called out, and you’re to fend for yourself. All great things when at work, we love this. While online, browsing through all the wonderful garbage the algorithm has to offer. (Let’s be honest doom-scrolling cute cat videos aren’t a thing anymore, we know) you find some photos and videos of your work buddy.

You think,” Is that? Nah, this can’t be them. They wouldn’t do something as crazy as hurling a basket of cute kittens out of a window.” In disbelief, you call your work buddy to verify if it’s indeed them. Countering disbelief with confusion and uttering that lovely phrase “What in the Sam Cooks hell are you talking about?”

You provide them with what you saw only to discover both surprises are mutual. Both of you wondering the what, when, and how could someone find the time and resources to impersonate anyone to perform such a sickening act. Welcome to the rise of the Deep Fakes.

AI is beginning to look like me more and more.
Photo by Irina Kaminskaya, please support by following @pexel.com

What are Deepfakes?

You may be asking yourself, “What are deep fakes? What makes them fake?” Deep fakes are images, videos, and even audio manipulated using artificial intelligence to appear real. Deep fake is a portmanteau- a combination of two words to make a new word- of “deep learning” and “fake”. Deep fakes can be created by replacing a person with another person or by creating new content altogether.

Backstory of Deepfakes

The idea showed up back in 2017 when a Reddit user named “deepfakes” began sharing altered pornographic videos (it’s always porn) using face-swapping technology. If you’re not familiar with face-swapping, this was the craze that led to users being able to swap faces with their pets, friends, and eventually led to being able to put themselves into movie moments.

You know it’s amazing to see how far one species can come in advanced technology and quickly resort to using it for primitive ends. It really shows where our heads are at.

Faking in the Making

How are deep fakes made? And are they all created equal? To answer that last question is ‘no’. Clearly, there’s a different process since everyone’s face tends to have additional features to make them look unique. The process for creating a deep fake consists of collecting large amounts of data containing images or videos of a person.

This could involve having images of every angle, expression, and feature to ensure the AI captures them properly. The “data” or better known in the data science community as the “dataset” is fed into a deep learning model, this could be either variational autoencoder (VAE) or generative adversarial network (GAN), from there the model learns how to create images mimicking the person the dataset is based on.

Just a side note, hundreds of images on an individual are required to generate new images. This means you can’t supply the model with four or five images of someone and expect it to create a video. Models work best when more information is available to them. A key thing to remember when dealing with AI is “the more in, the better out.”

They’re Faking it

You’re on a date, things are going well, and the connection “feels” real. However, this is done in an effort to conserve your feelings. After finding out your date was putting in a playtime shift and more likely wants to see other people, you venture to embarrass them by posting some “not so covered” photos of them online. This scenario is just an example of the use cases for deepfakes.

They can be something small as creating a funny picture for a good laugh, new meme, or it can be vicious as recreating their image in comprising positions. Positions that could lead to some hard times if reputations are tarnished and careers are lost. So, use it with caution.

AI may have everyone else fooled, but not me. Something looks a little off here.
Photo by Andrea Piacquadio, please support by following @pexel.com

Exercising caution, Spotting the Fakes

We humans have an eye for spotting something that- to us just doesn’t look right. Trying to spot a deepfake can be challenging depending on how well the image was generated. The obvious telltale signs are an extra limb, appendage, eyeball, or extra anything that typically wouldn’t be on a human.

A reason for this to happen is the model was fed information on a person but not fed the limitations that would make the image of a person normal. Confusing, we know but understand computers don’t think the same way humans do. We speak in a way we can understand what we “mean” or what we “meant” to say. Computers cannot compute abstract meanings.

Other signs include but are not limited to, awkward facial movements, displaced lighting and shadows, and audio that could appear mismatched or just off to how the person would sound. In short, go with your gut feeling. Most often you’ll be right.

Laws Against Deepfakes

The legal landscape surrounding deepfakes is still evolving. In the United States, there is no comprehensive federal legislation specifically addressing deepfakes, but several states have enacted laws to combat their misuse.

For example, Texas has banned deepfakes intended to influence elections, while California prohibits the creation of deepfake videos of politicians within 60 days of an election. At the federal level, the proposed DEFIANCE Act aims to allow victims to sue creators of non-consensual deepfake pornography.

The Benefits of Deepfakes

Despite their potential for harm, deepfakes also offer several benefits. In the healthcare industry, they can be used to create realistic training simulations for medical professionals.

In marketing, deepfakes can lower the cost of video campaigns and provide hyper-personalized experiences for customers. Additionally, deepfakes have creative applications in the arts, allowing for innovative storytelling and the preservation of cultural heritage.

Conclusion

Deepfakes represent a powerful and controversial technology with far-reaching implications. While they offer exciting possibilities for entertainment, education, and marketing, they also pose significant risks to privacy, security, and trust.

As deepfake technology continues to evolve, it is crucial to develop robust detection methods and legal frameworks to mitigate its potential harms while harnessing its benefits for positive use.

Again, it never ceases to surprise us how quickly people resort back to primitive needs when it comes to technology. We’re not shaming, the lizard brain is strong but as technology evolves, the idea is we evolve with it.

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