Python vs JavaScript: Which Programming Language Should a Beginner Learn First?
Author: Student
Publication date: 2026-09-28
Category: coding
Views: 15
If you are thinking about learning programming, there is a good chance you have already encountered the same question that almost every beginner eventually asks: Should I learn Python or JavaScript first?
Both languages are extremely popular, both can be used to build real applications, and both have large communities and ecosystems around them. That sounds helpful, but for someone who has never written code before, it can actually make the decision harder.
A beginner can spend days watching comparison videos, reading discussions, and looking at job listings without writing a single line of code.
There is a simpler way to approach the decision.
Instead of asking which language is "better," ask what you want to build, how you want to learn, and what kind of problems you would like to solve.
Python and JavaScript are both capable languages, but they lead beginners toward somewhat different experiences.
The First Problem Most Beginners Have
Imagine opening your computer for the first time with the intention of learning programming.
You search for a beginner tutorial and find one course teaching Python. Then you see another person recommending JavaScript because "everything on the web uses JavaScript." Someone else says Python is easier. Another person says JavaScript has more career opportunities.
After an hour, you have ten browser tabs open and still have no idea where to start.
This is a surprisingly common problem.
The mistake is assuming that you need to make the perfect choice before you begin.
You don't.
Your first programming language is important, but it does not permanently determine your future. Once you understand fundamental programming concepts such as variables, conditions, loops, functions, data structures, and debugging, learning another language becomes considerably easier.
The more important decision is choosing a language that gives you enough motivation to keep practicing.
That is why the right choice depends heavily on what you want to do.
What Makes Python Attractive to Beginners?
Python is often recommended as a first programming language because its syntax is relatively readable.
Consider a simple example:
name = "Alex"
print(f"Hello, {name}!")
There is not much visual noise in the code. Even if you have never programmed before, you can probably guess what it does.
Python is also used in many different areas. It appears in web development, automation, data analysis, scientific computing, education, artificial intelligence, and many other fields.
That flexibility can be useful when you are still figuring out what interests you.
For example, perhaps you start learning Python because you want to build websites. After a few weeks, you discover that you actually enjoy working with data. Later, you become interested in machine learning.
The same basic language can take you in several directions.
This does not mean Python is automatically easier for every person.
Some beginners prefer JavaScript because they can immediately see their code produce something in a web browser. The best learning experience is often the one that makes you curious enough to continue.
Why JavaScript Is Different
JavaScript has a particularly strong connection to the web.
When you open a modern website and interact with menus, forms, buttons, animations, or other dynamic elements, JavaScript is often involved in making those interactions possible.
A very simple example looks like this:
const name = "Alex";
console.log(`Hello, ${name}!`);
The syntax is different from Python, but the underlying idea is similar. You store information in a variable and then use it.
JavaScript becomes especially interesting when you put it inside a web page.
You can create a button and make something happen when the user clicks it. You can change text on a page, validate a form, create interactive components, and eventually build much more sophisticated applications.
For a beginner who wants to see visual results quickly, this can be very motivating.
Imagine learning a concept in the morning and then creating a small interactive webpage in the afternoon. That immediate feedback can make the learning process feel more concrete.
A Simple Situation: You Want to Build a Website
Let's say your main goal is to create websites.
You have an idea for a personal website where visitors can see your projects, read your articles, and interact with a contact form.
In this situation, JavaScript is highly relevant.
But there is an important detail that beginners sometimes miss: JavaScript is not the same thing as the entire web development stack.
You will also need to understand HTML, which provides the structure of a webpage, and CSS, which controls presentation and layout.
JavaScript adds behavior and interaction.
For example, HTML might create a button:
<button id="helloButton">Click me</button>
JavaScript can then respond to the click:
document
.getElementById("helloButton")
.addEventListener("click", function () {
alert("Hello!");
});
This is one reason JavaScript can be a good starting point for someone who specifically wants to become a front-end web developer.
You can see the relationship between the code and the webpage almost immediately.
What If You Want to Automate Things?
Now imagine a different situation.
You spend a lot of time doing repetitive work on your computer.
Perhaps you regularly rename files, process spreadsheets, organize information, convert data between formats, or perform the same sequence of actions every week.
Python can be particularly interesting here.
A simple Python program can manipulate files, process text, work with data, communicate with APIs, and automate many repetitive tasks.
For example, suppose you have a folder containing hundreds of files and want to identify all files with a particular extension.
Python gives you tools for interacting with the filesystem and processing those files programmatically.
The important lesson is not that Python can "automate everything." It can't.
Rather, Python has a broad ecosystem that makes it useful for many kinds of practical automation.
For someone who enjoys solving everyday computer problems, that can be a strong reason to choose Python.
What If Artificial Intelligence Interests You?
This is another situation where Python frequently appears.
A large part of the modern AI and machine-learning ecosystem is built around Python libraries and tools.
If you eventually want to explore areas such as machine learning, data processing, or AI experimentation, Python is a natural language to encounter along the way.
However, beginners should be careful with one common misconception.
You do not need to start by learning artificial intelligence.
It can be tempting to install an AI library on the first day and try to build a chatbot because it sounds more exciting than learning variables and loops.
The problem is that when something breaks, you may have no idea why.
Learning the fundamentals first makes later technologies much easier to understand.
Think of it like learning to drive. You would not start by buying a racing car and worrying about advanced techniques before learning how steering, braking, and traffic rules work.
The same principle applies to programming.
A Mistake Beginners Often Make With Python
One of the most common mistakes is confusing simplicity with progress.
Python's syntax can look easy enough that a beginner thinks, "I understand this."
Then they try to write a program without following a tutorial.
Suddenly, the situation changes.
They know what a variable is. They know what an if statement does. They have seen functions before.
But they don't know how to combine these pieces into a working program.
This is normal.
Understanding individual programming concepts and being able to solve a problem using those concepts are two different skills.
For example, you might know how a loop works but still struggle to write a program that finds the largest number in a list.
That gap only closes through practice.
The solution is not another twenty-hour tutorial.
Write small programs.
Make them fail.
Change them.
Try again.
That process develops problem-solving ability.
A Mistake Beginners Often Make With JavaScript
JavaScript has its own trap.
Because it is relatively easy to put JavaScript into a webpage, beginners can quickly start copying code from tutorials and building things they do not understand.
A tutorial might tell you to select an element from the page, attach an event listener, modify the DOM, and update some data.
The code works.
But if you remove one line, everything breaks.
At that point, it becomes tempting to search for another complete solution instead of understanding what happened.
JavaScript also has a large ecosystem, and modern web development introduces frameworks, build tools, package managers, and many other technologies.
That can be overwhelming.
You do not need to learn React, TypeScript, Node.js, and ten other tools during your first week.
Start with the language itself and basic web technologies.
Once you understand the fundamentals, additional tools become much easier to evaluate.
Python and JavaScript Teach Similar Fundamentals
One of the most useful things to understand is that programming concepts are not locked inside a single language.
Take variables.
Python:
age = 25
JavaScript:
let age = 25
The syntax differs, but the basic idea is the same.
The same is true for conditions.
Python:
if age >= 18:
print("Adult")
JavaScript:
if (age >= 18) {
console.log("Adult");
}
Or loops.
Python:
for number in range(5):
print(number)
JavaScript:
for (let number = 0; number < 5; number++) {
console.log(number);
}
The exact syntax changes, but the underlying programming ideas remain recognizable.
This is important because it means learning your first language is not a permanent commitment.
Once you understand programming concepts, moving from one language to another becomes much less intimidating.
Which One Has the Easier Syntax?
Python is generally known for relatively concise and readable syntax.
Indentation is significant in Python, which means the structure of the program is visually apparent:
if temperature > 30:
print("It is hot.")
else:
print("It is not too hot.")
JavaScript uses braces to define blocks:
if (temperature > 30) {
console.log("It is hot.");
} else {
console.log("It is not too hot.");
}
Neither approach is inherently impossible to learn.
A beginner who has never seen programming syntax may initially find Python more approachable, while someone who wants to work directly with webpages may quickly become comfortable with JavaScript.
The important thing is not to spend too much time debating syntax before actually programming.
After several weeks of practice, these differences become much less important.
What About Career Opportunities?
This is where online discussions can become misleading.
You will often see statements such as "Python is the future" or "JavaScript is the only language you need."
Those statements simplify a much more complicated situation.
Both Python and JavaScript are widely used technologies, but the relevant opportunities depend on the type of development you want to pursue, the local market, your experience, and the specific technologies used by employers.
A person who wants to work on front-end web applications will encounter JavaScript or technologies in its ecosystem.
Someone interested in data analysis or certain areas of automation may encounter Python much more frequently.
Instead of asking which language has the most jobs in the abstract, look at the type of work you actually want to do.
Search for several job descriptions in that field.
Look at the technologies that repeatedly appear.
Then compare those requirements with the projects you would like to build.
That gives you more useful information than a general internet argument about which language is "better."
What If You Are Completely Undecided?
This is probably the most common situation.
You know that you want to learn programming, but you have no idea whether you want to build websites, analyze data, create applications, or work with AI.
In that situation, Python can provide a relatively broad introduction to programming.
Its syntax is approachable, and you can use it for many different kinds of projects.
But there is another perfectly reasonable approach: choose a small project first.
Don't choose the language based on an abstract career decision.
Choose based on something you want to build.
If you want to create a webpage with an interactive button, start with HTML, CSS, and JavaScript.
If you want to create a program that organizes files on your computer, Python may be a natural choice.
If you want to analyze a dataset, Python is worth exploring.
The project gives the decision some context.
Try Both Before Making a Long-Term Decision
You also do not have to make this decision entirely in your head.
Spend a few days with Python.
Learn variables, conditions, loops, and functions.
Build one tiny project.
Then spend a few days with JavaScript.
Learn the equivalent concepts and create a small interactive webpage.
Pay attention to how you feel while working.
Which environment makes you more curious?
Which problems do you want to solve?
Which mistakes make you want to understand what happened rather than simply quit?
That last question is surprisingly useful.
Programming involves frustration regardless of the language. There will always be bugs and confusing error messages.
A language or project that keeps you curious can make it easier to work through those moments.
Don't Choose a Language Based Only on Salary
Salary is another subject that often dominates programming discussions.
It is reasonable to care about income, especially if you are considering programming as a career.
But looking at a salary number without considering the role can give you a distorted picture.
A Python developer working in data engineering is doing a very different job from a Python developer working on web applications.
Likewise, a JavaScript developer building front-end applications may have a very different role from someone working with a JavaScript-based backend.
Skills, experience, location, industry, company, seniority, and specialization all affect compensation.
For a beginner, the more useful first question is usually not "Which language pays the most?"
It is "Which kind of software development would I actually like to become good at?"
Once you know that, you can investigate the relevant career paths more seriously.
A Better Way to Learn Either Language
Regardless of whether you choose Python or JavaScript, your learning process can follow a similar pattern.
Start with the fundamentals.
Then build something small.
Then make the project slightly harder.
For example, your first Python project could be a simple calculator.
Your next project could be a quiz.
After that, you could build a task manager that saves information to a file.
Eventually, you could build something that uses an API.
The same progression works with JavaScript.
You might start with a button that changes text on a webpage. Then build a small calculator, a quiz, a to-do application, and eventually a more complex web application.
Each project should introduce only a few new challenges.
That makes it easier to understand what caused a problem when something goes wrong.
Don't Try to Learn Everything at Once
This is probably the most practical advice I would give to anyone starting programming.
You do not need to know everything.
You don't need to understand databases before writing your first Python program.
You don't need to know React before learning JavaScript.
You don't need to understand machine learning before learning functions and loops.
And you definitely don't need to install twenty development tools because a YouTube tutorial uses them.
Programming becomes much less intimidating when you reduce the number of things you are trying to understand simultaneously.
Focus on the problem in front of you.
If you are building a calculator, learn what you need to build the calculator.
If you are building a webpage, learn what you need to make that webpage work.
Then move forward.
So, Python or JavaScript?
There is no universal answer that applies to every beginner.
Python can be a natural starting point for someone interested in general programming, automation, data, AI, or simply learning programming concepts through relatively readable syntax.
JavaScript can be a natural starting point for someone whose main interest is interactive websites and web applications.
Both can teach you the fundamentals of programming.
Both have extensive ecosystems.
Both can eventually lead to sophisticated projects.
And learning one does not prevent you from learning the other later.
In fact, once you have spent several months seriously learning your first programming language, the second one will probably feel much less mysterious.
The most important thing is to stop treating the choice as a decision that has to be perfect.
Choose a direction, open the editor, and build something small.
Your first program will probably be simple.
It may even be terrible.
That is completely fine.
A small program that you wrote yourself and actually understand is worth much more at the beginning than a complicated project copied from someone else.
The language you choose matters.
But what matters even more is what you do after choosing it.
Start writing code, make mistakes, figure out why they happened, and gradually make your projects more ambitious.
That is how programming starts to become a real skill rather than just another subject you are studying.
Python vs JavaScript: Which Programming Language Should a Beginner Learn First?
Author: Student
Publication date: 2026-09-28
Category: coding
Views: 15
If you are thinking about learning programming, there is a good chance you have already encountered the same question that almost every beginner eventually asks: Should I learn Python or JavaScript first?
Both languages are extremely popular, both can be used to build real applications, and both have large communities and ecosystems around them. That sounds helpful, but for someone who has never written code before, it can actually make the decision harder.
A beginner can spend days watching comparison videos, reading discussions, and looking at job listings without writing a single line of code.
There is a simpler way to approach the decision.
Instead of asking which language is "better," ask what you want to build, how you want to learn, and what kind of problems you would like to solve.
Python and JavaScript are both capable languages, but they lead beginners toward somewhat different experiences.
The First Problem Most Beginners Have
Imagine opening your computer for the first time with the intention of learning programming.
You search for a beginner tutorial and find one course teaching Python. Then you see another person recommending JavaScript because "everything on the web uses JavaScript." Someone else says Python is easier. Another person says JavaScript has more career opportunities.
After an hour, you have ten browser tabs open and still have no idea where to start.
This is a surprisingly common problem.
The mistake is assuming that you need to make the perfect choice before you begin.
You don't.
Your first programming language is important, but it does not permanently determine your future. Once you understand fundamental programming concepts such as variables, conditions, loops, functions, data structures, and debugging, learning another language becomes considerably easier.
The more important decision is choosing a language that gives you enough motivation to keep practicing.
That is why the right choice depends heavily on what you want to do.
What Makes Python Attractive to Beginners?
Python is often recommended as a first programming language because its syntax is relatively readable.
Consider a simple example:
name = "Alex"
print(f"Hello, {name}!")
There is not much visual noise in the code. Even if you have never programmed before, you can probably guess what it does.
Python is also used in many different areas. It appears in web development, automation, data analysis, scientific computing, education, artificial intelligence, and many other fields.
That flexibility can be useful when you are still figuring out what interests you.
For example, perhaps you start learning Python because you want to build websites. After a few weeks, you discover that you actually enjoy working with data. Later, you become interested in machine learning.
The same basic language can take you in several directions.
This does not mean Python is automatically easier for every person.
Some beginners prefer JavaScript because they can immediately see their code produce something in a web browser. The best learning experience is often the one that makes you curious enough to continue.
Why JavaScript Is Different
JavaScript has a particularly strong connection to the web.
When you open a modern website and interact with menus, forms, buttons, animations, or other dynamic elements, JavaScript is often involved in making those interactions possible.
A very simple example looks like this:
const name = "Alex";
console.log(`Hello, ${name}!`);
The syntax is different from Python, but the underlying idea is similar. You store information in a variable and then use it.
JavaScript becomes especially interesting when you put it inside a web page.
You can create a button and make something happen when the user clicks it. You can change text on a page, validate a form, create interactive components, and eventually build much more sophisticated applications.
For a beginner who wants to see visual results quickly, this can be very motivating.
Imagine learning a concept in the morning and then creating a small interactive webpage in the afternoon. That immediate feedback can make the learning process feel more concrete.
A Simple Situation: You Want to Build a Website
Let's say your main goal is to create websites.
You have an idea for a personal website where visitors can see your projects, read your articles, and interact with a contact form.
In this situation, JavaScript is highly relevant.
But there is an important detail that beginners sometimes miss: JavaScript is not the same thing as the entire web development stack.
You will also need to understand HTML, which provides the structure of a webpage, and CSS, which controls presentation and layout.
JavaScript adds behavior and interaction.
For example, HTML might create a button:
<button id="helloButton">Click me</button>
JavaScript can then respond to the click:
document
.getElementById("helloButton")
.addEventListener("click", function () {
alert("Hello!");
});
This is one reason JavaScript can be a good starting point for someone who specifically wants to become a front-end web developer.
You can see the relationship between the code and the webpage almost immediately.
What If You Want to Automate Things?
Now imagine a different situation.
You spend a lot of time doing repetitive work on your computer.
Perhaps you regularly rename files, process spreadsheets, organize information, convert data between formats, or perform the same sequence of actions every week.
Python can be particularly interesting here.
A simple Python program can manipulate files, process text, work with data, communicate with APIs, and automate many repetitive tasks.
For example, suppose you have a folder containing hundreds of files and want to identify all files with a particular extension.
Python gives you tools for interacting with the filesystem and processing those files programmatically.
The important lesson is not that Python can "automate everything." It can't.
Rather, Python has a broad ecosystem that makes it useful for many kinds of practical automation.
For someone who enjoys solving everyday computer problems, that can be a strong reason to choose Python.
What If Artificial Intelligence Interests You?
This is another situation where Python frequently appears.
A large part of the modern AI and machine-learning ecosystem is built around Python libraries and tools.
If you eventually want to explore areas such as machine learning, data processing, or AI experimentation, Python is a natural language to encounter along the way.
However, beginners should be careful with one common misconception.
You do not need to start by learning artificial intelligence.
It can be tempting to install an AI library on the first day and try to build a chatbot because it sounds more exciting than learning variables and loops.
The problem is that when something breaks, you may have no idea why.
Learning the fundamentals first makes later technologies much easier to understand.
Think of it like learning to drive. You would not start by buying a racing car and worrying about advanced techniques before learning how steering, braking, and traffic rules work.
The same principle applies to programming.
A Mistake Beginners Often Make With Python
One of the most common mistakes is confusing simplicity with progress.
Python's syntax can look easy enough that a beginner thinks, "I understand this."
Then they try to write a program without following a tutorial.
Suddenly, the situation changes.
They know what a variable is. They know what an
ifstatement does. They have seen functions before.But they don't know how to combine these pieces into a working program.
This is normal.
Understanding individual programming concepts and being able to solve a problem using those concepts are two different skills.
For example, you might know how a loop works but still struggle to write a program that finds the largest number in a list.
That gap only closes through practice.
The solution is not another twenty-hour tutorial.
Write small programs.
Make them fail.
Change them.
Try again.
That process develops problem-solving ability.
A Mistake Beginners Often Make With JavaScript
JavaScript has its own trap.
Because it is relatively easy to put JavaScript into a webpage, beginners can quickly start copying code from tutorials and building things they do not understand.
A tutorial might tell you to select an element from the page, attach an event listener, modify the DOM, and update some data.
The code works.
But if you remove one line, everything breaks.
At that point, it becomes tempting to search for another complete solution instead of understanding what happened.
JavaScript also has a large ecosystem, and modern web development introduces frameworks, build tools, package managers, and many other technologies.
That can be overwhelming.
You do not need to learn React, TypeScript, Node.js, and ten other tools during your first week.
Start with the language itself and basic web technologies.
Once you understand the fundamentals, additional tools become much easier to evaluate.
Python and JavaScript Teach Similar Fundamentals
One of the most useful things to understand is that programming concepts are not locked inside a single language.
Take variables.
Python:
age = 25
JavaScript:
let age = 25
The syntax differs, but the basic idea is the same.
The same is true for conditions.
Python:
if age >= 18:
print("Adult")
JavaScript:
if (age >= 18) {
console.log("Adult");
}
Or loops.
Python:
for number in range(5):
print(number)
JavaScript:
for (let number = 0; number < 5; number++) {
console.log(number);
}
The exact syntax changes, but the underlying programming ideas remain recognizable.
This is important because it means learning your first language is not a permanent commitment.
Once you understand programming concepts, moving from one language to another becomes much less intimidating.
Which One Has the Easier Syntax?
Python is generally known for relatively concise and readable syntax.
Indentation is significant in Python, which means the structure of the program is visually apparent:
if temperature > 30:
print("It is hot.")
else:
print("It is not too hot.")
JavaScript uses braces to define blocks:
if (temperature > 30) {
console.log("It is hot.");
} else {
console.log("It is not too hot.");
}
Neither approach is inherently impossible to learn.
A beginner who has never seen programming syntax may initially find Python more approachable, while someone who wants to work directly with webpages may quickly become comfortable with JavaScript.
The important thing is not to spend too much time debating syntax before actually programming.
After several weeks of practice, these differences become much less important.
What About Career Opportunities?
This is where online discussions can become misleading.
You will often see statements such as "Python is the future" or "JavaScript is the only language you need."
Those statements simplify a much more complicated situation.
Both Python and JavaScript are widely used technologies, but the relevant opportunities depend on the type of development you want to pursue, the local market, your experience, and the specific technologies used by employers.
A person who wants to work on front-end web applications will encounter JavaScript or technologies in its ecosystem.
Someone interested in data analysis or certain areas of automation may encounter Python much more frequently.
Instead of asking which language has the most jobs in the abstract, look at the type of work you actually want to do.
Search for several job descriptions in that field.
Look at the technologies that repeatedly appear.
Then compare those requirements with the projects you would like to build.
That gives you more useful information than a general internet argument about which language is "better."
What If You Are Completely Undecided?
This is probably the most common situation.
You know that you want to learn programming, but you have no idea whether you want to build websites, analyze data, create applications, or work with AI.
In that situation, Python can provide a relatively broad introduction to programming.
Its syntax is approachable, and you can use it for many different kinds of projects.
But there is another perfectly reasonable approach: choose a small project first.
Don't choose the language based on an abstract career decision.
Choose based on something you want to build.
If you want to create a webpage with an interactive button, start with HTML, CSS, and JavaScript.
If you want to create a program that organizes files on your computer, Python may be a natural choice.
If you want to analyze a dataset, Python is worth exploring.
The project gives the decision some context.
Try Both Before Making a Long-Term Decision
You also do not have to make this decision entirely in your head.
Spend a few days with Python.
Learn variables, conditions, loops, and functions.
Build one tiny project.
Then spend a few days with JavaScript.
Learn the equivalent concepts and create a small interactive webpage.
Pay attention to how you feel while working.
Which environment makes you more curious?
Which problems do you want to solve?
Which mistakes make you want to understand what happened rather than simply quit?
That last question is surprisingly useful.
Programming involves frustration regardless of the language. There will always be bugs and confusing error messages.
A language or project that keeps you curious can make it easier to work through those moments.
Don't Choose a Language Based Only on Salary
Salary is another subject that often dominates programming discussions.
It is reasonable to care about income, especially if you are considering programming as a career.
But looking at a salary number without considering the role can give you a distorted picture.
A Python developer working in data engineering is doing a very different job from a Python developer working on web applications.
Likewise, a JavaScript developer building front-end applications may have a very different role from someone working with a JavaScript-based backend.
Skills, experience, location, industry, company, seniority, and specialization all affect compensation.
For a beginner, the more useful first question is usually not "Which language pays the most?"
It is "Which kind of software development would I actually like to become good at?"
Once you know that, you can investigate the relevant career paths more seriously.
A Better Way to Learn Either Language
Regardless of whether you choose Python or JavaScript, your learning process can follow a similar pattern.
Start with the fundamentals.
Then build something small.
Then make the project slightly harder.
For example, your first Python project could be a simple calculator.
Your next project could be a quiz.
After that, you could build a task manager that saves information to a file.
Eventually, you could build something that uses an API.
The same progression works with JavaScript.
You might start with a button that changes text on a webpage. Then build a small calculator, a quiz, a to-do application, and eventually a more complex web application.
Each project should introduce only a few new challenges.
That makes it easier to understand what caused a problem when something goes wrong.
Don't Try to Learn Everything at Once
This is probably the most practical advice I would give to anyone starting programming.
You do not need to know everything.
You don't need to understand databases before writing your first Python program.
You don't need to know React before learning JavaScript.
You don't need to understand machine learning before learning functions and loops.
And you definitely don't need to install twenty development tools because a YouTube tutorial uses them.
Programming becomes much less intimidating when you reduce the number of things you are trying to understand simultaneously.
Focus on the problem in front of you.
If you are building a calculator, learn what you need to build the calculator.
If you are building a webpage, learn what you need to make that webpage work.
Then move forward.
So, Python or JavaScript?
There is no universal answer that applies to every beginner.
Python can be a natural starting point for someone interested in general programming, automation, data, AI, or simply learning programming concepts through relatively readable syntax.
JavaScript can be a natural starting point for someone whose main interest is interactive websites and web applications.
Both can teach you the fundamentals of programming.
Both have extensive ecosystems.
Both can eventually lead to sophisticated projects.
And learning one does not prevent you from learning the other later.
In fact, once you have spent several months seriously learning your first programming language, the second one will probably feel much less mysterious.
The most important thing is to stop treating the choice as a decision that has to be perfect.
Choose a direction, open the editor, and build something small.
Your first program will probably be simple.
It may even be terrible.
That is completely fine.
A small program that you wrote yourself and actually understand is worth much more at the beginning than a complicated project copied from someone else.
The language you choose matters.
But what matters even more is what you do after choosing it.
Start writing code, make mistakes, figure out why they happened, and gradually make your projects more ambitious.
That is how programming starts to become a real skill rather than just another subject you are studying.