Java 22 is now available! #Java22 #JDK22 #OpenJDK

Download Now: https://t.co/aCramdGK3b
Release notes: https://t.co/UIHZ8nwZNu
API Javadoc: https://t.co/RBVjNl6Qpm
Features: https://t.co/DNvcj2yYbo
Inside Java on JDK22: https://t.co/Wh9qOLeL2N pic.twitter.com/nrKfgbqx7X

— Java (@java) March 19, 2024

Students will also be able to start writing code without having to learn all the concepts that are inherent in large projects right from the start. This will allow them to learn the language more gradually.

“The new enhancements in Java 22 enable more developers to quickly and easily create applications that are feature-rich, scalable and secure, and that help organizations around the world grow their businesses,” said Georges Saab, senior vice president of Oracle Java Platform and chairman of the OpenJDK board.

The version introduces the use of unnamed variables and templates that are highlighted. These are useful when variable declarations or nested templates are required, although they will not be used. According to Oracle, this new feature will reduce the number of errors, improve the readability of record templates, and increase code maintainability.

Another anticipated feature that has made its way into this release is the API for foreign functions and memory, which allows Java code to interact with code and data outside of the Java Runtime without using the Java Native Interface.

JEP 458 also introduces the ability to allow the Java runtime to run a program that is provided as multiple Java source code files.

Java 22 also includes JEPs in the preview, including APIs for class files and Stream Gatherers, and several in the second preview, such as Structured Concurrency and Scoped Values.

Every year, the event brings together young people from different countries to present academic research projects. FISSION is organized by a select group of ACS students under the guidance of the school administration and Dr. Krasimira Chakurova, ACS physics teacher.

Participants are students from 5th to 12th grade, from different parts of Bulgaria and the world.

During the science fair, all students have the opportunity to submit projects in categories ranging from biomedical, biological and chemical sciences to ecology and environmental sciences, computer science, mathematics, physics and engineering.

Hotel accommodation is provided for all teams coming from outside of Sofia on the evening of April 12, and food and beverages are available for all participants and their supervisors during the event.

Each project is assessed by a panel of established scientists and experts. After the projects are carefully reviewed and evaluated, the jury awards students with “Best Project” Award or “Honorable Mention”Award in each category.

The event schedule includes campus tours, workshops and lectures for participants and their supervisors by guest speakers and scholars, and various networking opportunities.

The event is also open to visitors and guests on April 13, 2024.

Last year’s edition of FISSION was a huge success and was the first in-person edition since 2019. 104 students, together with their supervisors, presented a total of 55 projects, and many visitors had the opportunity to take a look at the projects and enjoy the event schedule.

This year, FISSION International Science Fair will once again welcome participants from all over the world and encourage them to inquire and inspire. The registration for the event continues to be open in February.

More information can be found on the FISSION website, as well as on Facebook and Instagram.

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“AI is rapidly changing the way we work and live, and open source collaboration is at the core of AI innovation,” Stormy Peters, vice president of communities at GitHub, wrote in a blog post. “We’re seeing developers across the globe use GitHub to innovate and share openly at every level of the AI stack, from training frameworks, to models, to responsible AI and evaluation tooling.

“But building a successful AI business in the open comes with its challenges. On top of the time and funding obstacles we’re already familiar with in open source, the heightened expenses and ethical, security, and legal considerations are daunting. We see these challenges as a risk to global innovation and are hoping to help”, he added.

The GitHub Accelerator will run for ten weeks, and the program includes group sessions, project work, and mentorship. Program participants will have 40 hours per week, of which about 5-10 hours are live training, workshops, and homework assignments.

In this round, 10 participants will be selected to receive $40,000 in project funding, free access to GitHub products, free Azure AI credits, and access to the general Slack channel.

Participants will gain access to GitHub staff for security reviews, engage in Q&A sessions with GitHub sponsors, community members, and leaders, and receive an introduction to Microsoft’s venture fund M12, including at least one hour of dedicated time with them.

At the culmination of the program, a virtual Demo Day will provide an opportunity for participants to showcase their progress to the community, including GitHub leadership and venture capitalists.

To be considered for acceptance into the cohort, GitHub suggests presenting a project with a clear open source license, well-defined governance strategy, commitment from core leaders for project growth, a plan for fund utilization, and a strong emphasis on AI, machine learning, and AI infrastructure. GitHub prioritizes projects with an active and expanding user base.

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According to the company, these advanced systems will “be capable of complex and creative behaviors that humans cannot fully understand.”

“This leads to the fundamental challenge: how can humans steer and trust AI systems much smarter than them? This is one of the most important unsolved technical problems in the world. But we think it is solvable with a concerted effort. There are many promising approaches and exciting directions, with lots of low-hanging fruit. We think there is an enormous opportunity for the ML research community and individual researchers to make major progress on this problem today,” OpenAI wrote in a blog post.

The existing method to guarantee the safety of AI systems, known as alignment, employs reinforcement learning from human feedback (RLHF). However, its dependence on human supervision may pose challenges in addressing the intricate scenarios enabled by superintelligent AI. For instance, when confronted with the generation of millions of lines of intricate code, human evaluation may prove impractical.

The company will grant $100,000 to $2 million to academic labs, nonprofits and researchers. OpenAI is also launching one-year fellowships worth $150,000 for graduate students (half of which will go to fund research and the other half will be a stipend).

OpenAI asserts that prior experience in alignment is not a prerequisite, and they are prepared to assist researchers who have yet to delve into this domain.

What the AI PC Acceleration Program Entails:
Intel’s collaboration with an impressive roster of over 100 ISVs – including big names like Adobe, Zoom, Wondershare Filmora, and XSplit – will bring forth 300 AI-accelerated features. These enhancements promise to revolutionize sectors ranging from gaming and content creation to security and video collaboration.

Introduced at Innovation 2023, the program offers a bridge between independent hardware and software vendors, providing them a wealth of Intel resources. The plethora of resources encompass AI toolchains, co-engineering expertise, hardware, design assets, and co-marketing opportunities. Their ultimate goal? To optimize AI and machine learning (ML) applications, spur innovative use cases, and bridge the PC industry to emerging AI solutions. For those keen to dive deeper, the AI PC Acceleration Program website is ripe with information.

“Intel has always believed in the transformative power of software in the AI PC landscape. Our history in AI and our extensive ISV relationships put us in a unique position to spearhead an open ecosystem approach. We’re committed to catalyzing innovations and defining the next chapter of PC experiences,” commented Michelle Johnston Holthaus, EVP and GM of Intel’s Client Computing Group.

Embracing the AI PC Era:
The AI PC is not just a technological advance; it signifies a pivotal moment in the PC domain. This evolution sees software increasingly powered by AI and ML algorithms, giving users unprecedented capabilities – from creating art and music to streamlining work processes. Intel, with its strong foundation in CPU, GPU, and NPU architectures, is primed to lead this transformation, ensuring software runs with optimized performance and power efficiency.

“Partnering with Intel allows us to offer powerful AI tools to a vast AI PC userbase. This collaboration promises a fresh creative landscape for the audio community, and we’re optimistic about the future of AI-driven audio innovations”, Audacity’s Head of Product, Martin Keary, shared his enthusiasm.

“The Intel Core Ultra processor, with its advanced media engine and AI tech, offers an exciting prospect for DaVinci Resolve optimization. We’re eager to leverage this technology and offer unparalleled experiences to our users”, Rohit Gupta, Director of DaVinci Software Engineering at Blackmagic Design, added.

Enriching the PC Realm
The AI PC Acceleration Program is more than just a technical venture. It’s about equipping ISVs with Intel’s expertise for software tuning, availing development tools like OpenVINO, and creating market opportunities.

Software professional is a profession that will never be called a demode.With the development of the technology industry, software developers are becoming more and more in demand and more young people are moving towards this field. Software professionals work on a wide range of tasks, from simple applications to operations that enable the execution of computer programs. Ready to learn some interesting facts about software developers? Well, it’s time to let you in on the Top interesting facts about software developers, according The CEO Magazine.

Interesting Facts About Software Professionals

The first programmer in history is a woman
Ada Lovelace, born in 1815, was the first programmer in history. In the early 1800s, she began working on the Analytical Engine and wrote the first computer program a century before the first computer was created.

She was an English mathematician and writer best remembered for her work on the mechanical computer, recognized as the analytical engine by Charles Babbage.

The first algorithm created for a machine of this type was published by Ada Lovelace, who was the first to realize that people could use computers for purposes other than simple computation. And so she became the first computer programmer in history.

The most desirable position is “web developer”
While this may seem obvious, any IT talent recruiter will tell you that the same job goes by many names, including full-stack developer, programmer, architect, analyst, etc. But research proves that it is the “web developer” profession that is the most coveted among IT talent.

Average level of experience
Almost all software developers have between two and five years of experience. Most mid-level programmers, who often work on complex development projects, have this experience. Full-time programmers often have six to 10+ years of experience, while engineering managers typically have 11 or more years.

The happiest developers work in the games sector
Do game developers like their jobs? In fact, the high job satisfaction scores they report on career statistics websites are proof of that. According to PayScale reports, video game developers scored a 3.8 out of five stars on the 2022 Job Satisfaction Index. Do you agree?

Men hold the majority of programmer positions
Another statistic related to software developers is that 88.6% of the workforce continues to be male. At the same time, this number is slightly lower than that of the 2016 study, which found that about 92% of developers are men, meaning that men are gradually starting to make way for women in tech as well.

Significantly lower average age
The average age of a licensed physician in good standing living in the United States is about 52. However, the average age of programmers in the United States is 32, and their average experience is only five years.

Why is C++ such a preferred choice?
C++ was created with the idea of being an extension of the C language for cross-platform programming. C++ offers efficient features and security. New features are regularly introduced. The C++23 version is planned for December 2023.

What distinguishes C++ from other programming languages is its more complex syntax. But instead, it offers many advantages for modern development. High levels of abstraction allow developers to encapsulate the details of the hardware and operating system. C++ is well suited for embedded systems that require code to be close to the hardware, such as IoT devices, smart watches, and medical devices.

The advantages continue
Programmers can focus on grouping classes to make the program code base organized and understandable. Abstraction also reduces program duplication and encourages reusability. Developers can also improve program privacy through abstraction in design, ensuring that users see only relevant data.

In addition, C++ takes advantage of hardware capabilities to accelerate scalability, through low-level control. This feature is suitable for video games, graphical user interfaces, scientific simulations, and financial applications.

C++ can handle large volumes of data, making it efficient for processing the huge data sets needed to create immersive 3D AR/VR experiences.

Did you know that C++’s relatively long life has contributed to an extensive open source STL, a collection of frameworks, and a supportive community? This allows developers to more easily accomplish their tasks by gaining access to a multitude of built-in functions, containers, hashes, heaps, and related features.

Developers who have existing code can more easily switch from C++ to more secure languages such as Rust. And multiple lines of existing C++ code don’t require new levels of safety. This makes C++ a more durable option than other programming languages with future viability.

The company announced in a blog post that this 100-year plan is the perfect choice for people who want to keep what they’ve created online for many more years, as well as for founders who can document their company’s journey and progress.

However, to get this plan, you have to pay a one-time amount of $38,000. In return, WordPress will provide a 100-year domain registration, automatic backups to multiple servers and even the Internet archive, advanced ownership and hosting tools, and round-the-clock support.

“Whether it’s giving a newborn the special gift of a domain and lifetime home on the web, or something you put in your will to make sure your website and story are accessible to future generations, I hope this plan gets people and other companies thinking about building for the long term”, said Matt Mullenweg, WordPress CEO in a statement.

The WordPress post doesn’t mention how the domains and backups will be updated in line with the ever-changing internet landscape, or what will happen to the domains if the company decides to shut down the program for any reason.

Today we’ll take you through the most common questions and answers that every .NET developer needs to understand before entering the .NET programming world, presented by Noble Desktop.

Top 3 Most Important Questions and Answers about .NET Programming

What Can You Do with .NET Programming?
.NET programming is especially prominent in the gaming industry. Unity is one of the most popular game-making resources on the internet, and its programming language is C#. This programming language is also one of the most commonly-used languages within .NET Core. C# helps power popular games like Among Us, Beat Saber, Hollow Knight, Fall Guys, and Pokemon Go, and many solo developers and AAA game creators use it as their games’ backbone.

.NET is also common in applications for websites and mobile devices, making web development, mobile development, and iOS app development excellent industries to explore if you have these skills. If you have app development skills, you can work in any industry because every business would love an app to accompany their products, tools, and services.

What are the hardest parts of learning .NET programming?
Definitely the hardest part of .NET programming is sorting out everything you need to learn. There will be times when the amount of information you will want to explore will seem overwhelming. Because .NET programming is a framework of 32 languages, it can seem difficult to know where to start. For starters, it’s a good idea to narrow your starting point to three specific languages: C#, F#, and Visual Basic. Microsoft themselves recommend learning these three .NET programming languages because most companies use them to some degree. After that, you can now learn more .NET programming languages that are more specific to your role.

How does learning .NET programming compare to other applications/languages/fields?
In terms of usage and features, programming languages are mostly similar to JavaScript and Python. JavaScript works with frameworks, databases, and libraries. If you can program, JavaScript can enhance it further.

Many .NET languages are object-oriented programming languages. This means they organize their code based on data (or “objects”) rather than logic. Python is also an object-oriented language and is easier than most languages you’ll find in the .NET core. Learning this language first will help you understand how to navigate object-oriented languages and allow you to focus on the quirks of .NET instead of learning everything from scratch.

If you’re interested in a career with .NET, be sure to check out the opportunities here.

Knowledge of programming languages helps IT engineers assist software developers more effectively. The more the IT team knows about programming, the better they can adopt a DevOps strategy focused on continuous collaboration between developers and IT operators. Today we’ve chosen to bring you the top 7 programming languages that IT engineers need to learn according to ItPro today.

Top 5 Programming Languages Important for IT Engineers

Bash
Bash is used by most Linux distributions to provide a command line interface. It is the most important language that IT operations engineers need to learn. Even if you don’t administer Linux systems, many cloud environments and tools also default to Bash or Bash-like interfaces for administration, so knowing Bash will help IT engineers working in cloud environments.

PowerShell
For IT teams that work with Windows systems, PowerShell is an essential programming language. In Windows, IT engineers can use PowerShell to write scripts that automate a variety of tasks. PowerShell can also be used to access many Windows administrative functions (although in most cases these are also accessible through GUIs).

Python
Python is a good choice for IT engineers who want to program. They can use Python to automate system administration tasks as well as write simple applications. Python’s simplicity makes it a good language for IT engineers to learn who want to learn the basics of programming and software development to collaborate more effectively with software engineers.

JavaScript (and Node.js)
JavaScript may not seem like an obvious language for IT engineers to learn, given that most IT operations teams don’t have to write website code. With Node.js, however, JavaScript can also be used to execute code on servers, making it a viable language for system administration. It’s especially handy for IT engineers who want to create web-based interfaces for system administration.

Groovy
Groovy is not primarily used for system administration. But some people do use it for that purpose, which is why Groovy is worth considering if you’re an IT engineer looking for a programming language to learn. Groovy is probably less useful for IT than the other languages on this list, but it has its merits, especially for engineers who want to gain experience with the Java ecosystem.