#expert mean stack development

[aqusagtechnologies2023]

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[sensationsoftwaresolutions]

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[vinnisoft]

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[roach-works]

Why did wheat become a widespread staple crop given that it's difficult to harvest/transport/etc? This is not meant to be snarky or combative in any way, it's a genuine question. Are there any books you'd recommend for learning more about this kind of economic and technological history? Thanks.

sorry, i've long since forgotten all the actual books i've read about it, but i will always recommend This Guy:

also as very much a non-expert, my semi-informed opinion on Wheat is that growing complicated and difficult compared to going to the grocery store, and doesn't stack up very well to living in a food forest like north and south americans managed, either.

however, wheat is a grass, and grass grows in a lot of places that people also like to live in, and so wheat farming isn't as crazy a venture as it might otherwise seem.

in a lot of climates, it's possible to plant the grass, harvest the grass seeds, and store the seeds long enough to get you through the part of the year where there's nothing much to eat. if you manage your social and material technology right, you can store a lot of the seeds, and you can even transport them around before they rot, meaning you can now export the seeds from places where grass grows into places where it doesn't. the stalks of the grass that you can't eat provides food for the animals you need to help you grow the grass. and transport the seeds, too.

the social structure required to grow wheat in bulk (a steep and violent hierarchy) does three things: feeds everyone in it with enough extra that the guys on the bottom of the organization can survive to grow more wheat next year, and allows the guys on the top can sequester the rest as profit, consolidating their power. the third thing is that as land is converted to wheat fields, it stops yielding any other food but wheat, which locks people into the system for good. once a people depend on a staple cereal grain for their main source of calories, there isn't an easy way back: forests are chewed away for more wheat fields and those woodlands that remain are shifted towards hardwoods for agricultural tools, rather than food forests with fruit/nuts/shrubs, and even those maintained as game preserves still can't support the needs of entire villages.

in arid and semi-arid conditions, it's even harder to step away from dependence on grain farming because there the agricultural development is along rivers where the land can be irrigated, and the population of people supported by grain production is extremely concentrated into those small areas rather than spread across the entire biome.

in the northern parts of eurasia where grain couldn't be produced at scale because it was too rocky and too cold, people mostly went fishing, and when they grew stuff it was hardy root crops like beets and turnips.

DISCLAIMER: this is all very approximate. but now you know as much as i know.

P.S actually here's the last thing about wheat: it probably all started as a way to reliably source and produce beer, which was invented a long time before bread. bread was invented from wheat when the guys who were producing the beer seeds wanted to start exporting beer seeds to people who wanted beer far away, so they baked the seeds into tablets you could easily transport and then ferment with water once you got to your destination. eventually the traders who were transporting the beer kits started eating them, too, and crackers as a snack food really took off. look up the wikipedia article on beer if you don't believe me.

[studyblr-perhaps]

Misa Explains 1: Spintronics in a nutshell

A series of posts where I will explain bits and pieces of physics I have gathered throughout the my foray into this wonderful science. Warning, these will be long.

Highly inspired by @chemblrish and @minmin-vs-physics 's posts on their fields, check out their posts (linked on this post in various places!)

Wait what even is going on?

Okay, first of all, why are we even talking about spintronics, whatever that means? Now, we live in an age where we need devices, right? Phones, TVs, laptops, name it. All digital devices come under electronics, which is a cluster of what we call "logic devices" (verrry loosely speaking) with various functions, made with expert circuitry to create our sophisticated "smart" devices. Whew. That's a lot of words. But what does it mean? It means that the very device you're using to view this post is made up of very tiny mini devices, which are made to utilize electrical signals (current, flow of electrons) to make it store information, read information, or perform logic tasks ("AND", "OR" "NOT" and the rest. Let me know if you want me to explain those, but this is not the point of the post so I'm letting them hang in the air for now).

We store digital information in the form of 'bits' (I swear all of this is relevant, please be patient) which is a computer's language of storing and using information. If you've watched any show involving hacking, you'll see stacks after stacks of "1"s and "0"s on their high contrast screens in that radioactive green font (general older sister advice: don't use high contrast it hurts your eyes), these are bits and the basis on which logic devices work. Each combination of 1s and 0s makes a different information, which is the backbone of computing. Now, how these devices make 1s and 0s is again a whole course on electronics, so I will skip over it to just preface that they exist and that's how we make digital devices.

All these years, we have used semiconductors, which allow moderate amount of current flow from them (in contrast to conductors, which allow free flow of electrons, and insulators, which do not allow flow of electrons) to make transistors, which are currently the building blocks of circuit-making devices.

[here's a picture containing ICs (the bug-like looking thing covered in wires) which have tiny transistors inside them, and the LEDs, on which the lit ones are "1"s and unlit ones are "0"s. This was my project for one of my courses!]

In electronics, a very famous law called Moore's Law, states that for increase in tech and development, the amount of transistors in integrated circuits (IC) doubles every two years. This moves proportionally with the increase in use of semiconductors, because transistors are made using them.

Every device maker's main goal is to make a device faster, smoother, and more functional. Which means, more transistors, better semiconductors. Moreover, the smaller space occupied by the ICs, the better. But obviously there's a limit to how much we can decrease the size of the transistors. One is the technical issue of creating such a small object, which will require highly precise instruments which we are not in possession of/ not feasible in the long run. The second issue is the working. "Will a semiconductor keep it's properties when they layer is so small?" is a valid question to ask when we go further down in scale. In simple words: in the long run, improving semiconductors for transistors will be difficult. Moore's law plateaus, and the number of transistors doesn't double with two years. What now? We can't just stop developing better computing devices, not just smart devices, astronomy, medicine and other scientific areas also require reliable, stable and fast computing devices.

Which means we desperately need new materials (and techniques) for logic and memory devices.

Hold on, when's spintronics going to start?

Okay background information done. Now we move onto spins and why we use it. We know that atoms are made of protons, electrons and neutrons. Out of these, electrons "revolve" in "orbits" around the nucleus, which holds the protons and neutrons. I put "revolve" and "orbits" in quotes because essentially it's a cloud of probabilities and we have no clue what path it truly takes. Electrons reside in what are called 'orbitals', which are balloon-like spaces which have a high probability of the electrons being present in (@/chemblrish explains orbitals better here).

Now along with the "revolution", electrons also considered to have a "spin". We don't really know if it "spins" the way Bayblades do, but regardless, they have an angular momentum, which is classically something rotating objects possess (@/mimin-vs-physics goes more in depth on quantum mechanical fun stuff) Either way, we don't know why it has angular momentum, but we know it does (at least I have no idea if we've figured it out??). And in true human fashion, we see anything new and think "now how can I utilize this for my benefit?"

Years and years of research later, we figured out something interesting. The angular momentum which the electron spins contain, and the angular momentum of electrons in "orbits" can interact! This interaction is called Spin-Orbit Coupling (SOC) and it causes a bunch of other fascinating phenomena in quantum mechanics. One of which, is that it if we supply electricity into a metal plane, we can align the electrons and their spins in such a way that it causes a stream of current (remember: current is essentially a flow of electrons in one direction) with aligned spins to move into a different layer perpendicularly.

Okay but what does all of this have to do anything with Spintronics?

We're finally at the part where we can discuss what Spintronics is! We can use our now generated spin current to make electronic devices (hence, spintronics!). So, how do we make these tiny devices?

What we first take is a heavy metal (these are metallic elements/alloys with high atomic numbers, which have a lot of free electrons to use) and make a very thin film of it. (The procedure of making thin films is very interesting, and I will make the next post on it!) We can now pass a stream of current/electricity* parallel to the surface of the thin film, which will give us a stream of spin-aligned electrons bouncing to move into an upper layer.

For the upper layer, we add a thin layer of a ferromagnet. A ferromagnet is a type of material which readily aligns its spin on one direction when under a magnetic field (contrary to this are paramagnets which weakly align their spins, and diamagnets which weakly align their spins opposite to the applied field).

Now remember the electrons with their spin aligned which wanted to move into the upper layer? Yeah once they are given an upper layer to move into, they flow into the layer, bringing their aligned spins with them. This spin can now affect the ferromagnet's spin, and align it in either the direction of the applied electric field ( the one applied on the heavy metal layer. I'm marking it as * for you to check which electric field I mean) or directly opposite to the direction of the electric field. This alignment can be measured. The value doesn't matter, only the direction. Is it parallel to the electric field or anti-parallel? "Up" or "down"? "Left" or "right"? Or, in terms of electronics, "1" or "0".

And look! We now have a way to make a tiny device which can display values of "1" or "0"! We used an analog signal (electricity) to create a digital output (1s and 0s)! That is electronics! But because it uses spins, it is called Spintronics.

Because we use Spin-Orbit Coupling, these devices are extremely precise and fast. And the layers of heavy metal/ferromagnet will be in the ranges of nanometers (10^-9 m), so they are also extremely small. We can also choose materials with properties we like (high melting/boiling point, low reactivity) to create devices which can work in extreme conditions (high heat, pressure, reactive areas).

And here we have it! We've made spintronic devices!

End of post disclaimer: I am a Bachelors student and I will have mistakes. I also tend to exaggerate. So if I have made a mistake in this post, please inform me nicely in the comments or tags!

[laura1633]

Logan’s radios break my heart every week, it really feels like he’s got no more fight. Someone please hug him, everything just seems to go wrong for him. This was the one weekend he was finally going to get all the upgrades and have the exact same car as Alex…and then the new floor didn’t correlate or respond the way Alex’s does so they had to go back to the old spec. It really feels like all the cards are stacked against him😭

Yeah he just seems to have had so much working against him. 

I’m not a Logan expert at all so this is just my opinion but from what I understand he probably jumped up to F1 too soon and could have done with another season in F2. I think that means his first season was always going to be shaky but really it should have been this season that he settled into things and showed that he can deliver consistent performances. 

The problem is that he had a lot of bad luck at the start of the season that wasn’t even his fault, like having to give up his car! On top of that it seems despite deciding to keep him on for this season Williams weren’t really planning on giving him the season to develop and have openly said they want to replace him. To me that just means that rather than be able to focus on putting in consistent performances he has had to try and push more than he should to try and do something spectacular to somehow save his seat and this really hasn’t helped because it just means he is going to over drive the car and have accidents.

He’s also got the added problem that if he is going to be out of a seat at Williams it’s hard for him to prove to another team he is worth taking on because he has been driving around without the upgrades so is going to look even worse comparatively to Albon. 

I do get that F1 is cutthroat and you need to perform but he does seem to have had a lot working against him. Honestly it might do him the world of good to go to another race series next year where he can build his confidence back up and show what he can do. There would be absolutely no shame in doing that, maybe he could return to F1, maybe not. He is always going to be an F1 point scorer and there are very talented drivers out there who can’t even say that. 

But yes, he needs someone to hug him and praise him please!

[thelmaivukaonwukwe]

Full Stack Development Made Simple: Expert Tips from Thelma Ivuka Onwukwe

Thelma Ivuka Onwukwe, a full stack development expert, explains that full stack development means working on both the front end (what users see) and the back end (how the website or app works behind the scenes). A full stack developer can build a complete website or application from start to finish, including designing web pages, writing code, connecting to databases, and making sure everything runs smoothly. This role requires knowledge of many tools and programming languages like HTML, CSS, JavaScript for the front end, and Python, Node.js, or PHP for the back end. Thelma Ivuka Onwukwe says being a full stack developer is useful because it allows one person to understand the entire system, solve problems quickly, and build better, faster, and more efficient digital solutions.

[onestopda]

Hire Blazor Developers: Unlock the Power of .NET in Web Development

Web development is changing fast. Businesses want websites and apps that look great, work smoothly, and are easy to update. That’s where Blazor developers come in. Blazor is a powerful tool created by Microsoft that helps developers build modern web apps using the .NET platform. If you’re planning to build a new web application or improve an old one, it’s a smart idea to hire Blazor developers.

Let us put it more simply: Blazor allows one to integrate the application of the C# (a programming language) in a bid to develop the front and back end of a site. What that means is faster development, enhanced performance, and fewer bugs. It's also compatible with other Microsoft technologies, which already a lot of companies utilize.

Why Should You Employ Blazor Developers?

These are easy reasons to understand why it's a good idea to hire Blazor developers:

Single-language full-stack development: Blazor codes everything in C#, and thus the developer will not have to switch between languages such as Python and JavaScript. Time is saved, and confusion is also avoided.

Apps load fast: Apps built on Blazor load instantly and run well, which makes the user happy.

Perfect for companies already using.NET: If your company is already using Microsoft tools or already using the .NET platform, Blazor fits well in it.

Reusable components: Blazor developers can reuse code across different areas of your application, so everything is more streamlined.

How OnestopDA Helps You Hire the Right Blazor Developers

OnestopDA helps you easily hire Blazor developers who know how to develop smart, stable, and scalable web applications. We don't just give you developers; we give you the best match for your business needs.

Our Blazor developers can:

Develop custom applications from ground up

Migrate your legacy web applications to modern ones

Integrate your app with other applications like CRMs, ERPs, or Microsoft applications

Secure your app and maintain it

Being a startup or growing company, OnestopDA can offer you the Blazor developers you need.

Bonus Support: Odoo Expert Virtual Assistant

Running a business also means managing systems like inventory, sales, accounting, and more. That is where an Odoo Specialist Virtual Assistant is useful. Odoo is a business software that encompasses numerous tasks within itself.

An Odoo Virtual Assistant from OnestopDA can facilitate you to:

Keep your product stock

Track customer orders and bills

Generate business reports

Make your everyday tasks easier and faster

This means, while your Blazor experts create a great app, your Odoo virtual assistant takes care of everything in the background.

Final Thoughts

Getting the right technical team is key to business success. To achieve strong, adaptable, and modern web applications, hire Blazor developers through OnestopDA. And if you also need help with handling your business software, our Odoo Specialist Virtual Assistants are ready to help.

Let OnestopDA grow with you with smart technology solutions, capable developers, and trusted virtual assistants in one easy location.

[disolutions-world]

Transforming Businesses with DI Solutions: Innovative IT Expertise

Transform your business with DI Solutions

In the ever-evolving digital landscape, businesses must harness cutting-edge technology to remain competitive. At DI Solutions, we specialize in driving business transformation through advanced IT solutions and expert services. Our dedication to innovation and excellence has empowered numerous clients to achieve their goals and excel in their industries.

Innovative IT Solutions DI Solutions excels in providing tailored IT solutions that meet each client's unique needs. Our services include custom software development, mobile app creation, web development, and UI/UX design. By leveraging the latest technologies, we deliver state-of-the-art solutions that enhance growth and efficiency.

Expert Team of Professionals Our team consists of highly skilled professionals—creative designers, experienced developers, and strategic problem-solvers. We emphasize continuous learning to stay at the forefront of industry trends and technological advancements, ensuring that our clients receive the most effective and innovative solutions.

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With over a decade of experience, DI Solutions has made a significant impact globally, partnering with more than 120 clients across North America, Europe, Asia, and Australia. Our extensive global presence demonstrates our capability to provide exceptional IT services that address diverse business needs.

Client-Centric Approach

At DI Solutions, clients are central to our mission. We take the time to understand their business objectives, challenges, and requirements, enabling us to deliver customized solutions that surpass expectations. Our client-centric approach ensures we provide not just what is needed but what drives success and growth.

Comprehensive IT Services

Our service offerings include:

Custom Software Development: Tailored software solutions for optimal efficiency and performance.

Mobile App Development: Innovative mobile applications for Android and iOS platforms.

Web Development: Expert web development to create responsive and user-friendly websites.

UI/UX Design: Engaging user interfaces that enhance the overall user experience.

Quality Assurance: Rigorous testing to ensure the highest quality standards.

DevOps Services: Streamlined operations through integrated cultural philosophies, practices, and tools.

Join Hands with DI Solutions

Partner with DI Solutions to harness the power of innovative IT expertise. Whether you’re a startup aiming to establish a presence or an established business seeking new heights, we have the solutions and expertise to propel you forward.

For more information, visit our website or contact us directly. Let’s embark on a journey of transformation and growth together.

Transform your business with DI Solutions – where innovation meets excellence.

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[sensationsoftwaresolutions]

Your success is our motivation!

Meet Heena Garg, one of our brilliant MERN Stack students, who has successfully transitioned into the IT industry after completing her 6-month training with us! 🚀

We’re so proud to have contributed to her career growth and can’t wait to see her excel in her new role. This is what happens when passion meets the right guidance and training!

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📚 Training Details: Course: MERN Stack Development Duration: 6 months Focus: Hands-on training, project-based learning, and interview preparation Final: 100% Job and Placement Assistance

[gxldencity]

I mean my main goal short term is to land a job lol but I am srsly considering making the jump to game dev bc some guy on reddit put into perspective a lot of things I don't really like about web dev and How difficult it is to be an expert at something bc the scene (for lack of a better term) just moves too quickly. You blink and everyone is on the next big thing. I've got 5 years of experience as an SDET/QA Engineer but if u ask me basic Selenium questions, I can't answer that bc I haven't touched Selenium in a while as we've been making the switch to Playwright in my last job. It's literally on my resume bc I've worked with it. Also most of my experience is with start ups where there's barely any legacy code so you can just pick the next big thing and use that for ur tech stack.

It Is the same with being a developer and maybe it's the comp eng degree talking but what if what if I just wanna work on C++ and unreal all day everyday for the next 10 years or so and get really REALLY good at it. Sure things change with the next version but it's not as if ur relearning javascript again but they swear it's different now

[priya-joshi]

My Perspective on Distinguishing Between Full Stack Developers and Web Developers

I can’t help but go back to my own experience as a web developer as I sit down to write about the difference between full stack developers and web developers. This subject has a special meaning to me since it captures the essence of navigating this fast-paced industry. In order to better appreciate the contrasts between these two jobs, let’s set out on a voyage, and I’ll share my viewpoint and experiences along the way.

We frequently mix the terms “full stack developer” and “web developer” while discussing web development. They stand for several jobs, each with their own set of tasks and abilities. Whether you’re an experienced developer, a newcomer in the industry, or someone pursuing a career in technology, it’s vital to comprehend these contrasts.

Defining Full Stack Developers and Web Developers

Developers who work on the complete stack: Let’s start by defining a full stack developer. In terms of web development, a full stack developer is essentially a jack of all crafts. Both front-end and back-end technologies are familiar to them. This implies that they are capable of managing databases and server-side functionality in addition to designing the user interface. They are essentially the Swiss Army tools of web development.

Web Developers: known as front-end developers — concentrate mostly on the client side of web development. They are masters in using HTML, CSS, and JavaScript to create stunning and engaging user interfaces. Their main objective is to provide a smooth and visually pleasing user experience on a website.

I had a basic comprehension of these jobs when I first started working as a web developer. Like many novices, I mistakenly believed that web programming was solely about producing visually stunning websites. But I quickly understood there was much more to it.

Common Ground: Overlapping Skills

It’s important to acknowledge the areas of overlap between web developers and full stack developers before we get into their distinctions. A solid foundation in front-end development is necessary for both professions. HTML, CSS, and JavaScript proficiency are essential. These languages are your building blocks whether you’re creating a user interface or incorporating sophisticated capabilities.

These front-end abilities were the start of my adventure. I devoted endless hours to polishing my HTML structures, honing my CSS stylesheets, and exploring JavaScript’s potential as an interactive language. These abilities laid the foundation for my profession and are still crucial today.

Delving into Full Stack Development

Let’s now explore full stack development, where the distinctions are more apparent. In addition to being experts in front-end technologies, full stack developers are also knowledgeable in back-end technologies. This covers database management as well as server-side programming languages like Python, Ruby, or Node.js.

Making the switch to back-end development was a turning point for me. Working with databases and server logic first made me feel uneasy. I took the challenge, though, and began studying server-side languages and databases. Even if things weren’t always easy, every challenge I overcame helped me become a better developer.

Web Development: Focusing on the Front End

Web developers, on the other hand, focus on the front end. Their area of expertise is designing captivating, engaging user interfaces. They take great care in website design, making sure that it is aesthetically pleasing, responsive, and user-friendly.

I still clearly recall my first front-end-focused web programming project. Making an interactive and practical design come to life was thrilling. Web developers enjoy the particular high of witnessing a beautifully designed website in use.

Bridging the Gap: The Versatility of Full Stack Developers

The capacity to integrate front-end and back-end development is one of the defining traits of full stack engineers. This adaptability is revolutionary in the tech sector. Full stack developers are able to handle all aspects of development, taking a project from inception to conclusion.

Being a full stack developer has provided me with access to a variety of projects. I’ve had the honor of working on anything from data-driven applications to e-commerce websites. This versatility has improved my skill set and given me the ability to take on a variety of difficulties.

My Personal Journey

I can’t help but thank the mentors, classes, and resources that have molded my perspective as I consider my career as a developer. Participating in coding groups, taking full stack developer courses provided by ACTE Institute, and learning from seasoned developers have all been extremely beneficial to my development.

Realizing that no one becomes a full stack developer or web developer over night is essential. It is a path of ongoing learning and development. And keep in mind that each person’s journey is distinctive, formed by their experiences and decisions.

The Ever-Changing Tech Landscape

The only thing that is consistent in the tech sector is change. Both web developers and full stack developers need to keep up with the latest trends and technology. Adaptability is essential, from the emergence of new programming languages to the development of front-end frameworks.

I’ve seen firsthand how quickly tools and techniques for web development have advanced. In this always changing sector, adapting to change and remaining curious have been essential.

In conclusion, anyone navigating the IT sector needs to be aware of the differences between full stack engineers and web developers. Each role has its own advantages and difficulties. Remember that your path as a developer is an ongoing discovery whether you decide to focus on one or embrace the variety of the other.

[mercyjuliet1512]

Unleash Your Web Testing Potential with Selenium Training: Master the Art of Automation!

Education: How do I learn Selenium on my own?

Are you a web developer or a software testing enthusiast looking to upgrade your skills in web testing? Look no further than Selenium! Selenium is a powerful open-source tool that allows you to automate your web testing and maximize your efficiency. In this article, we will guide you through the process of learning Selenium on your own, so you can unleash your web testing potential and become a master of automation.

So, how can you get started? Here are some key points to consider on your self-learning journey:

1. Understand the Basics of Selenium

Before diving into Selenium, it's crucial to familiarize yourself with its fundamentals. Start by understanding what Selenium is and how it works. Selenium is a suite of tools used for automating web browsers, and it supports various programming languages such as Java, Python, C#, Ruby, and more. Knowing the core concepts and the underlying architecture of Selenium will provide you with a solid foundation for your learning journey.

2. Choose a Programming Language

Once you have a grasp of the basics, it's time to choose a programming language to work with Selenium. Java is a popular choice due to its simplicity and robustness, but you can also opt for Python, C#, or any other language that you are comfortable with. Selecting a programming language that aligns with your goals and prior experience can smoothen your learning curve and enhance your understanding of Selenium capabilities.

3. Set Up Your Development Environment

To start practicing Selenium, you need to set up your development environment. Install the necessary software, such as the chosen web browser (e.g., Chrome or Firefox), Integrated Development Environment (IDE) like Eclipse or Visual Studio Code, and the Selenium WebDriver library for your preferred programming language. Ensure that you have all the dependencies and configurations in place to prevent any obstacles during your learning process.

4. Explore Online Resources and Documentation

Learning Selenium on your own doesn't mean you have to reinvent the wheel. Utilize the vast array of online resources available to enhance your learning experience. Visit the official Selenium website, read through the documentation, and explore the comprehensive guides and tutorials provided. Online forums and communities like Stack Overflow can also be valuable sources to seek answers to your queries and learn from the experiences of other Selenium enthusiasts.

5. Hands-on Practice and Project-based Learning

Theory alone won't make you a Selenium expert. It's crucial to reinforce your knowledge through hands-on practice. Start by writing simple test scripts to automate basic web interactions, such as clicking buttons, filling forms, and navigating between pages. As you gain more confidence, challenge yourself with more complex scenarios and real-life web testing projects. Building a portfolio of projects will not only solidify your skills but also showcase your expertise to potential employers.

6. Join Selenium Communities and Network

Learning doesn't have to be a solitary journey. Engaging with fellow Selenium enthusiasts and professionals can greatly accelerate your learning process. Join Selenium communities and forums, participate in discussions, and network with like-minded individuals. Collaborating with others will expose you to diverse perspectives, practical insights, and valuable tips and tricks that can take your Selenium expertise to new heights.

7. Stay Updated with the Latest Trends

The field of web testing is constantly evolving, and staying updated with the latest trends and advancements is essential. Follow authoritative blogs, subscribe to relevant newsletters, and join webinars and conferences to keep yourself abreast of the latest happenings in the Selenium ecosystem. Knowing the current best practices and emerging technologies will enable you to adapt to changing industry demands and further refine your automation skills.

With these key steps and a determined mindset, you can embark on your Selenium learning journey with confidence. Mastering the art of automation through Selenium training at ACTE institute will not only enhance your web testing skills but also unlock a plethora of opportunities in the world of software development and testing. So don't wait any longer, unleash your web testing potential with Selenium, and pave your way to a successful and fulfilling career in automation!

[wolfspiders-web]

Sapience re: Constructs

I continue to go down the rabbit hole of "how do I bullshit science and magic together" for my headworld, today it's enchantments

In this world, "artificial intelligence" is the magical manifestation of a will on a physical object via enchantment, often referred to as "constructs" or "cons" for short. The level of AI is limited by the inclusion of technology or lack thereof; a maximum of Stage 3 is capable on low to no tech objects, while all Stages are theoretically possible on a sufficiently technologically advanced object. The stages are as follows:

Basic: The enchanted equivalent of a simple tool and usually only possesses an on/off switch of sorts. Cannot improve upon itself nor be trained.

Competent: Designed for a specific task and can accept new data to improve functionality. May respond to inputs in a human-like manner, but has no sense of self.

Refined: Capable of being trained beyond its original parameters and develop mastery in a specified domain. Can pass or exceed tests for human-like intelligence.

Awakened: The beginnings of sapience with reasoning and emotions. However it lacks creativity and requires external input, possessing no initiative at all.

Autonomous: Possesses true self-awareness and is completely indistinguishable from a human. It acts on its own initiative and can creatively solve problems.

Master: Similar to Stage 5, but is also capable of outperforming any expert in any field and can do the work of multiple people to manage or solve complex tasks.

Omniscient: Improves itself at a rate that gets exponentially faster over time. For better or worse, once started its growth cannot be stopped nor reversed.

Stage 7 is Literally the Singularity but I wanted it to be called something else because the term feels overused in sci-fi settings. Based on the 7 Stages of Artificial Intelligence outlined in this Stack Exchange post.

Despite AI being near unexplainable except "lol magic", advanced technology and materials are still required to create a framework for the enchantment to latch onto and create a functioning artificial brain. There was nothing remotely like sapient AIs before the Great War spawned magic itself. On that note, trying to enchant a will onto a dead or even a braindead complex organic body is a very bad idea. Do Not Do. Talking animal familiars are still strictly the domain of fiction as well.

The scale is also more than a bit controversial and sparks a lot of debates along the lines of "then what are people if not Stage 5 meat constructs?", does it matter if it's wetware instead of hardware? Arguments are formed around the fact that humans are born with wills and not enchanted to have them.

The reason why this is all here is that I realized something about what I wrote about magic/tech earlier and how I've basically bullshitted a semi-plausible way to have Chasseur in my headworld, lmao. He's technically an enchanted object/construct, with a "will" put upon him to give him intelligence and a heart. Chasseur falls under Stage 5 due to being completely self-aware and has intelligence levels on par with that of the average human or slightly beyond, but he can't "multitask" on gargantuan projects like a Stage 6 can.

On that note, Stages 6 and 7 cannot be created, but a construct with the appropriate frameworks and hardware can grow into them with enough time. While Stage 4 and above are exceedingly rare, the fact that the scale already exists during my narrative means the members of the 553 Unit were not the first autonomous robots on record. c:

[sassypotatoe1]

I'm gonna need everyone in the comments to stop watching conspiracy theories until they have a wholesome understanding of the peer reviewed science first, because y'all are perpetuating racist nazi rhetoric and you don't even realize you are doing it, or if you do you don't know why it's wrong.

No, Graham Hancock's theories don't hold water, he made them up to support his idea that some ancient superior race of white people (giants) visited the whole world in antiquity and taught people how to, checks notes, stack rocks and track the consistent movement of heavenly bodies. He got "experts" to support his shit for his Netflix series so people are more likely to accept it as fact, it's an appeal to authority fallacy, and he frames the presentation of these fantasies as "they're trying to silence me/don't want people knowing this" because he knows that making people feel like they're at risk of oppression for believing in something makes them cling to those beliefs more tightly.

No, alternative theories (hypotheses) aren't discounted by "mainstream academia" because they're trying to like, oppress truth seekers or whatever, they're discounted because they don't hold up to the scientific method. We know what ancient Egypt was like because they were big on documenting their society in writing, that we can translate.

The Dendera "light bulb" isn't a light bulb because the inscriptions above it literally identify it as a creation myth, where a snake is born from a lotus and creates the universe (iirc) and that's also exactly what it looks like. Ancient Egyptians didn't have electricity, they just had some wacky myths and even wackier ways of portraying them.

No, the pyramids all around the world aren't exactly the same. They're built in different styles with different orientations and functions, using different methods of construction as well as materials and ornamentation. They look similar because it's literally the easiest and most stable way to stack rocks, and because of how stable the structure is it's less likely to collapse, erode or shift with time, meaning of all structures built by ancient people those stuck around because of physics, while other structures were destroyed over time because of physics.

As a few people in the comments have already said, humans develop and invent technology as we need it with what we have access to. Ancient Egypt didn't fail to invent electrical grids because they were an inferior race, it's because they had no use for them, nor did they have the right materials or knowledge. And they didn't lack the knowledge because they were brown, they lacked it because the world was much more disconnected and related knowledge wasn't sufficiently pooled for the discovery of advanced knowledge. In other words they didn't have the internet.

Please go watch videos from people like milo Rossi (miniminuteman) or history of the earth and history of the universe, and veritasium, and astrum, and astroalexandra. Understand the peer reviewed, evidence based, tested and tested and tested and proven facts, and then approach conspiracy theories again with critical thinking. You don't know the damage you're doing to your own reasoning and knowledge base by taking conspiracy theorists at their word. The truth is a million times more interesting anyway, and with the true knowledge you can make decisions that have more positive outcomes, because you based them on fact.

Listen my dudes Ancient Egypt existed for a really fuckass long time. Literally just Pharaonic civilization lasted 3,000 years. That’s not even including predynastic civilization and Roman rule. If you lump that in you’re looking at more like… 5,000 years. Like. If you want a comparison of how long that is: THE YEAR IS CURRENTLY 2018. TWO THOUSAND. TWO-THIRDS OF ANCIENT EGYPTIAN PHARAONIC CIVILIZATION HAVE HAPPENED SINCE THE ‘BIRTH OF JESUS CHRIST’ We comparatively just entered the Third Intermediate Period. The Greeks will not take over for another 700~ years. Cleopatra will not be born until the year 2931.

It’s a really long time guys.

[pythontraininginchdsblog]

Certified Python Full Stack Developer Course in Chandigarh

In today's competitive job market, having a versatile skill set that includes both front-end and back-end web development technologies can open the door to countless career opportunities. One of the most sought-after career paths in the IT industry is that of a Python Full Stack Developer. With Python's rising popularity in software development, web development, data science, artificial intelligence, and more, professionals with full stack skills—especially those fluent in Python—are in high demand.

For students and professionals in North India, Chandigarh has emerged as a growing educational and IT hub. If you are looking to enhance your skills or switch to a lucrative tech career, enrolling in a Certified Python Full Stack Developer Course in Chandigarh can be your next big step.

What is a Python Full Stack Developer?

A Python Full Stack Developer is someone proficient in both front-end (client-side) and back-end (server-side) development using Python as the primary back-end language. This means they can develop complete web applications—from designing user interfaces and building user interactions to managing server-side logic, databases, and APIs.

A Python Full Stack Developer typically works with:

Front-end technologies: HTML, CSS, JavaScript, React, Angular

Back-end frameworks: Django, Flask

Databases: MySQL, PostgreSQL, MongoDB

Version Control: Git, GitHub

Deployment Tools: Docker, Heroku, AWS

Why Choose Python for Full Stack Development?

Python is a versatile, high-level programming language known for its simplicity, readability, and extensive library support. It supports multiple programming paradigms and is ideal for both beginners and seasoned programmers.

Here are a few reasons why Python stands out in full stack development:

Readable and concise code makes development faster and easier.

Strong community support and plenty of resources.

Rich ecosystem with frameworks like Django and Flask that accelerate development.

Integrates well with front-end frameworks, APIs, and databases.

Ideal for prototyping and scalable applications.

Importance of Certification in the Job Market

With so many aspiring developers in the market, having a certification helps distinguish you from the crowd. A Certified Python Full Stack Developer credential indicates that you've undergone structured training and possess the technical know-how to build robust applications.

A certification program also ensures:

Hands-on project experience

Exposure to real-world problem solving

Structured curriculum

Expert mentorship

Placement assistance (in reputed institutes)

Employers value certified professionals as they bring validated expertise and require less training time.

Career Opportunities for Python Full Stack Developers

After completing a Python Full Stack Developer Course, you’ll be eligible for a wide variety of roles in startups, IT firms, MNCs, and freelance projects. Some of the most common job titles include:

Full Stack Developer

Python Developer

Web Application Developer

Backend Developer

Software Engineer

Junior/Mid-level Frontend Developer (React/Angular)

API Developer

DevOps Assistant (with additional training)

The average salary of a Full Stack Python Developer in India ranges from INR 4 LPA to INR 12 LPA, depending on experience, skills, and location. Chandigarh, being a tier-2 city, offers numerous opportunities through growing IT startups and established companies.

Why Chandigarh is Ideal for Learning Full Stack Development

Chandigarh is not only known for its quality of life and planned infrastructure but is also an emerging IT and education hub in North India. Here’s why it’s a great location to pursue your full stack training:

Numerous IT companies and startups for internships and placements

Affordable living and training costs compared to metro cities

Availability of quality training institutes with industry-aligned curriculum

Exposure to local tech events, workshops, and hackathons

A peaceful and conducive learning environment

Course Curriculum Overview

A typical Certified Python Full Stack Developer Course in Chandigarh includes a well-rounded curriculum to help learners master each layer of full stack development.

Front-End Development

HTML5, CSS3

Bootstrap and Responsive Design

JavaScript (ES6+)

DOM Manipulation

React.js or Angular basics

Back-End Development with Python

Python Programming Essentials

Object-Oriented Programming (OOPs)

Django or Flask Framework

Building RESTful APIs

Authentication and Authorization

Middleware and Template Engines

Database Management

SQL with MySQL or PostgreSQL

NoSQL with MongoDB

CRUD Operations

Data Models and Relationships

DevOps & Deployment Basics

Version Control (Git, GitHub)

Virtual Environments

Docker Basics

Hosting on Heroku, AWS, or DigitalOcean

Final Projects and Internships

Build real-world projects like e-commerce apps, blogs, or booking systems.

Internship support to gain hands-on experience.

How to Choose the Right Institute?

Choosing the right training institute is crucial to getting the most out of your learning experience. Look for the following factors:

Accredited certification

Experienced instructors

Comprehensive curriculum

Live project training

Flexible batch timings

Placement support

Affordable fee structure

In the heart of the city, one of the most reputable institutions offering this course is CBitss® Technologies.

If you're searching for Python Training in Chandigarh or looking for a recognized full stack developer course in chandigarh, CBitss provides a solid foundation and practical exposure to help you become job-ready.

What Makes CBitss® Technologies Stand Out?

CBitss® Technologies is a well-established IT training institute located in Chandigarh, with years of experience in shaping successful IT professionals. Here’s what makes them a top choice:

Industry-expert trainers with real-time experience

Project-based learning and interactive sessions

Personalized doubt-clearing sessions

Dedicated placement cell

Certifications recognized by industry leaders

Well-equipped lab infrastructure and study material

Their Python Full Stack Developer course is suitable for:

Freshers looking to start their tech journey

Working professionals looking to upskill

Entrepreneurs building their web applications

Freelancers wanting to add full stack skills to their portfolio

Testimonials & Success Stories

Many learners from CBitss® have gone on to secure jobs at renowned companies and startups. Students praise the institute for its supportive faculty, practical sessions, and placement help. The community learning environment also helps in collaborative growth and peer learning.

Conclusion

In a digital-first world, having full stack development skills is like holding a master key to career growth. And with Python being a leading language in development and data science, the scope is only expanding.

Enrolling in a Certified Python Full Stack Developer Course in Chandigarh can kickstart a promising career in tech, open freelance opportunities, and even set the stage for entrepreneurial ventures. Whether you're just starting out or are a working professional wanting to future-proof your skills, full stack training with Python is a wise and future-ready investment.

Take the leap into the world of technology today—with the right training, the right tools, and the right mentors!

Now that the article is complete, I will generate a related image titled: "CBitss® Technologies – Certified Python Full Stack Developer Course in Chandigarh"