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When I was in college, I interned at a major corporate housing company in Montreal, Canada. As is the case for many interns passionated by their field, my world was suddenly consumed by time. Time was our business, it was the thing we promised our clients, and the thing we spent 80-100 hours a week working to help our clients save. It was all so we’d take our large fees home and try to buy back the time and hapiness that had been robbed from us by our soulless, money-consumed employer.

It wasn’t a stable and incredibly well paying job. but time was the mantra we were told to always keep in mind even if we have to sacrificed our well-being chasing it. I remember imagining what it would be once I would have made sure that all our clients were dwelled nicely. Dreaming of dollar signs raining down on my head allowing me to buy back time that got away. My experience there left me thinking: what’s the point of spending so much time helping people home so inefficiently? Why are we in this rat race to begin with? What can you actually use time and money for?

One answer is clear: money’s required for buying the assets and experiences that support life. But if that’s really all it is then why do we run after time to get to enjoy those experiences resulting from the money we made? Another possible answer is the inverse of the age-old adage: time is money. The more money you have, the more of your time you can buy back. That theory sounds good, but can money buy us more time?

I’m not buying it and neither are millions of people everywhere whom are time obsessed just as much as I am. I do think that the only way to buy time back is from the begining have a sense of what’s the purpose of our time? How do we want to allocate it? Focusing on what drive us, passionate us. The money is the vehicule that helps you get rid of all the things that doesn’t matter to you.

For millennials, time is about:

Being able to see our families more often.

Being able to find and live in a place that brings us the most happiness and joy — wherever that’d be.

Being supportive of causes that are important to us, volunteer at places we feel do good in the world.

Pursuing a passion and watching that passion have an impact on other people.

Our goal is to find a job that actually gives us time to pursue our passion. Outside of that, we find a job that gives us enough money to allow us to take the necessary time to pursue our passions outside of work. Either way, we’re focused on fulfilling those passions and making an impact on the world. In general, the people I meet tend to fall into one of two categories: people that believe their world happens to them and people that believe their world happens by them.

The first category tries to maximize their own happiness: leisure and unstructured time are keystones. This is a perfectly valid outlook on life and one that is held by many. I’m finding myself coming across individuals with a different perspective.

These people strive for impact first, and their happiness is contingent upon that impact. We want to produce goods that are important, that are new, exciting, and innovative. We strive to lead a more balanced life. It’s not about having more free time but rather about maximizing the impact of the time we do have. This viewpoint can be easily misinterpreted as narcissism — particularly by our employers, friends and family. It’s not.

When we take a moment we want our time to matter. If we don’t feel that way, a gap begins to develop between our needs and our wants. That’s why we’re mission-driven on building a company in the most time polarizing space: the apartment rental industry. We didn’t start with a nifty product and the supposition that if people liked it, we might be able to make something out of it. Instead, we begin with the “Why”.

Image Credit: Sander Smeekes

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Why Is Java So Popular For Creating Enterprise Software?

Java is a popular programming language for creating enterprise software, because of some reasons. Would you like to know what those factors are? Here is a short guide for you.

Java’s own run-time environment, the Java Virtual Machine (JVM), grew in popularity each year from its inception. Java is currently an essential component of both large enterprise-wide solutions and small applications.

Furthermore, Java’s power has increased with each update, in contrast to other programming languages whose roles have grown over time.

Java is still one of the most widely used application programming languages, as indicated by the TIOBE index. According to a different Statista report, Java will be one of the top five programming languages worldwide by the beginning of 2023.

Java is a Secure Programming Language

Enterprises have a lot of confidential data, so enterprise applications need to be secure. Java has a lot of security features that can help you get the protection you need. Apps can be shielded from common vulnerabilities, threats, SQL injections, and other threats with Java’s multiple layers of security.

There are numerous additional security features included in Java 9. It makes secure protocols available for the exchange of data between the client and the server. Java provides sufficient security to prevent the leak of confidential data and make it simple to combat cyberthreats. In order to improve application security, each Java enterprise application framework cooperates with the programming language.

It is Platform Independence

The Java Virtual Machine, or JVM, makes it easier for Java solutions to be cross-platform compatible. Simply put, Java is “write once, run everywhere.” The application can be developed on macOS and run on Windows. Platform independence is sufficient for the language.

Java has Easy Learning Curve

There are a lot of Java experts and developers in the industry, so building a Java team is easy. Because of its shorter learning curve, the programming language makes it simpler for developers to adapt to it and quickly acquire skills. Java developers are in high demand right now, but there aren’t many available.

In courses in science and technology, Java programs are taught at universities all over the world. It is a straightforward language that easily integrates with Python, making it accessible to Python developers as well. Every other programming language has fewer developers than Java and C.

High Speed and Performance

Speed and performance are crucial to enterprise applications. They require real-time solutions that adapt to the pace of work. Java makes sense because performance is so important. During operations, the technology uses multi-threading to reduce memory consumption.

Numerous sectors make use of an example of a Java enterprise application. Java applications can also be used with deep space technologies.

Java is a Stable Language

Java has grown significantly since its inception in the early 1990s. However, it continues to be one of the most stable programming languages and has not yet lost its relevance. Java software development services have developed over time, but the language is still in the process of growing in maturity.

Additionally, stability results in making it the default programming language for some of the world’s most successful businesses. Businesses choose to use it for their web applications because it is a credible and dependable technology. As a result, enterprises are putting more and more faith in the language’s ability to build enterprise apps.

A Vast Range of Libraries

Experts in Java appreciate the technology’s extensive library collection. It makes it simple for developers to resolve the most common issues. The majority of libraries provide a free, open-source, and innovative license.

There is a library that can help you write everything from scratch, so you don’t have to. If you want to make an enterprise application, you probably won’t find one; instead, you’ll find a lot of comprehensive Java libraries with everything you need.

During the creation of Java libraries, business requirements were specifically taken into consideration. They provide solutions to issues Java developers encounter when developing enterprise applications. In addition, these libraries are open-source, cost-effective, and free to use right away with licenses.


For the creation of enterprise software, there are many different programming languages accessible. Java has remained popular in the software development sector for many years despite a wide variety of languages and cutting-edge technologies. Java is incredibly adaptable and provides solid, seamless bespoke solutions for practically all business demands.

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Why Is My Mac Fan So Loud? How To Fix Loud Fan Noise

Apple designers are known for choosing function over form. Macs offer decent cooling performance despite being thin and sleek. However, sometimes the MacBook fan starts making a loud noise. A noisy fan running for a long duration is a telltale sign that something might be wrong.

We have curated the best ways to stop your Mac fan from running loud.

Why is my Mac fan so loud?

There are multiple reasons. Sometimes it could be faulty hardware or other issues like decreased airflow. Typically, the fans start whirring whenever you are running graphics-intensive tasks like video editing, gaming, and more. Besides, if your Mac fan turns on only during intense tasks, it is nothing to worry about.

The problem starts when the Mac fan keeps going for a longer duration. In certain cases, the fan fails to switch off even after the temperature goes down.

Many users Mac Studio users have complained about a loud whining noise emanating from Mac Studio. It is not unusual for a Mac fan to start whirring now and then. However, it is not something you expect from a brand new Mac Studio. Interestingly the problem is unique to Mac Studios powered by M1 Max.

How to fix Mac Studio’s high-pitched fan noise

The high pitch sound has rattled Mac Studio users. Its intensity is so high that it is hard to ignore. Furthermore, the frequency of sound changes concerning fan speed. A possible explanation is that Mac Studio powered by M1 Ultra is equipped with a larger heat sink instead of the M1 Max variant.

Facing loud fan noise on Mac Studio? It is very little we can do until Apple fixes the issue. Consider replacing the machine if it is within the return period. Else document the loud noise and take your Mac Studio to the Apple service center. Follow the steps detailed in this article and see if it makes any difference.

The steps below will help identify the reason for the loud Mac fan.

1. Use Activity Monitor to check CPU usage

Chrome browser is notorious for sapping computing resources. Furthermore, scores of open browser tabs add to the problem. I suggest reducing multitasking. Most importantly, you can close other apps using graphic-intensive apps like Lightroom CS5 or Final Cut.

Identify resource-hogging apps using Activity Monitor.

Open Activity Monitor → Select CPU Column.

Ideally, the fan noise should die out in minutes; if not, proceed to the next step. Please note that fans run for a relatively long time when Spotlight indexes your hard drive.

2. Check if your Mac is overheating

Overheating is a probable cause of loud fan noise. Since Mac is overheating, the fan does its best to dissipate heat. The fan will run at high speeds for a longer duration on the flip side.

I suggest using free tools like CoconutBattery. It shows the internal temperature and notifies when your Mac battery is overheating. That said, none of the tools measure case temperature.

3. Inadequate air circulation

One sunny afternoon I had left my Mac in my car. I was in for a rude shock; my MacBook Air refused to start and was as hot as fire.

I quickly kept it under shade. Thankfully, the laptop started working after a while. Apparently, the machine refused to start due to the high-temperature fail-safe mechanism.

Avoid keeping your Mac on pillows, sofas, or places with limited air circulation. Mac tends to heat up in the absence of external airflow. Also, use your Mac on a stable surface or consider using a laptop stand.

4. Ambient temperature should be within operating range

Surface temperature or outside temperature matters a lot. Mac complies with temperatures prescribed by international safety standards.

Talking numbers, you should use Mac where the ambient/external temperature is between 50° and 95°. Meanwhile, the humidity level should fall between 0% and 95%. If you live in a region with excessive temperature, consider air conditioning.

5. Dirty air vents

Vents are airways designed to help dissipate heat. Blocking them will cause the temperature to rise, and eventually, your Mac will overheat. The vents are used to push out hot air. The placement of vents depends on your MacBook model. A majority of Macs feature an air opening near the monitor hinge.

The latest M1-powered Macs come equipped with a passive cooling system. Thus, there is no fan or vents. All you need to do is restart M1 Mac.

6. Using a fake Apple adapter

Third-party power adapters might be cheap. But in the long run, they do more damage than good. Make sure you use a genuine Apple adapter or MFI-certified accessory. Counterfeit adapters could lead to overheating, motherboard damage, and faster battery degradation.

7. Check for Mac virus and malware

Some Mac viruses and malware cause overheating. Cryptojackers use deception to install a code. Once done, the code uses your Mac’s hardware to mine cryptocurrency. In other words, the malware steals your CPU resources. Here is how you can get rid of Mac viruses and malware.

8. Didn’t reset SMC in a long time (For Intel-powered MacBook)

SMC is designed to control low-level system functions. Apple suggests resetting the SMC (System Management Controller) to resolve issues related to battery and fans. Here is how you can reset SMC on Intel-based Macs. The step is not valid for M1 Mac as it features a passive cooling system.

Fix the Mac fan running so loud

Previous steps in the article help identify why Mac fan is loud. This section will talk about how you can fix loud fan noise on Mac.

1. Manually control and check the cooling system

Furthermore, you can also increase or decrease fan RMP corresponding to the temperature sensor. Avoid setting fan start at high temperature. It could cause overheating and damage the machine.

2. Troubleshoot using Apple diagnostics

Apple Diagnostics is a great way to identify Mac hardware issues. The built-in tool checks every aspect of your Mac for faults and issues.

It runs a test on logic board, RAM, power controller, and wireless modules. Once done, Apple diagnostic flashes an error code. For more details, check out our detailed guide on using Apple Diagnostic.

3. Get your Mac checked

If the Mac issue fails to resolve, it could be a hardware problem. The best course of action would be to get it checked at the Apple service center. You can also consider visiting Apple Independent Repair shops. Get the problem fixed on priority. Loud fans and overheating could cause severe damage to your Mac.

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Mahit is an engineer by Education with a corporate stint to his name. He ditched the corporate boardroom wars in favor of the technology battleground. For the better part of a decade, he has worked for popular publishing outlets, including Dennis Publishing, BGR India, AppStorm, MakeUseOf, and iPhonehacks.

Waste Heat Is Free Energy. So Why Aren’t We Using It?

In the next few years, the stale, thick heat produced by the London underground will no longer drift uselessly into the atmosphere. Instead, some of it will warm 1,400 nearby homes, cutting heating bills by about 10 percent. Recycling heat is quite common in Europe. Denmark gets roughly half of its electricity from recycled heat, followed by Finland at 39 percent, and Russia at 31 percent. In the U.S., it’s just 12 percent.

According to a report by Lawrence Livermore National Laboratory and the Department of Energy, the U.S. wastes more than half of the total energy we produce—mostly as heat, but also as gas, biomass, and methane. Using that waste could reduce carbon dioxide emissions by 17 percent. “It’s free energy, essentially,” says Brendan Owens, vice president of LEED at the U.S. Green Building Council.

Recycling heat is actually quite simple. For example, new buildings often have condensing water heaters, which use gas burners to warm up water (just as other heaters do) but also capture the heat in the combusted gas that’s going out the flue. It happens on a larger scale, too. In 1882, when Thomas Edison built the world’s first commercial power plant in Manhattan, he sold its steam to heat nearby buildings. Today, such plants are known as combined heat and power, or cogeneration, plants. Edison’s old plant eventually became the massive Con Edison, whose operations today produce 19.7 billion pounds of steam a year. The ArcelorMittal steel mill in East Chicago, Indiana, is another good example. It uses extra blast furnace heat to make steam that then generates electricity for the mill, saving roughly $20 million a year and preventing 340,000 tons of carbon dioxide emissions—the equivalent of taking 62,000 cars off the road.

The U.S. wastes more than half of the total energy we produce—mostly as heat, but also as gas, biomass, and methane.

So why don’t we have more projects like these? It’s partly logistics: Trapped heat can’t travel far, and the U.S.’s centralized power plants tend to be farther from urban centers than European ones. Even in ideal circumstances, large energy projects usually have big, upfront costs that may not be recouped for years. And U.S. government tax breaks on heat recycling are less than those on other clean technologies. Corporations get a 30 percent tax rebate for solar and wind power, but just 10 percent for combined heat and power.

Energy regulations in the U.S. have unintended consequences that create other barriers to recycling heat. Although some electric generation has been deregulated since the 1970s, energy transmission and distribution are still monopolistic. In many states, it’s illegal for nonutilities to sell excess electricity to their neighbors. Because of the Clean Air Act, factories must limit their emissions—but the law doesn’t give credits for energy efficiency or emissions prevention. It effectively penalizes companies that invest in waste-heat systems. What’s more, the act’s stricter rules only apply to new sources of pollution, grand-fathering in older, dirtier plants and giving incentives for companies to hold on to them. Energy policy is extremely complicated, and there is no single solution. But it’s time for us—regulators, producers, and consumers—to start thinking of ways to sweeten the deal for recycled heat. We don’t have time to waste.

This article originally appeared in the March 2014 issue of Popular Science.

The Most Influential Phones Of All Time: Phones That Had A Lasting Impact

Robert Triggs / Android Authority

Motorola engineers Martin Cooper and John F. Mitchell likely had no idea what impact their invention, the cellular phone, would have on all of humanity when they made that first call on April 3, 1973. The original cell phone, the Motorola DynaTAC, was a massive brick of a thing that was all battery and cost $4,000. While the DynaTAC introduced people to the very idea of the cellular phone, the mobile devices we all carry in our pockets were popularized over the years by smaller, more affordable fare.

What makes a phone influential? Not just sales. A phone has to introduce a new feature, a new functionality, or an entirely new way of doing things to be considered influential. It has to have a lasting effect on what comes after it. The following devices make Android Authority‘s list of most influential phones for their impact on the greater market.

The StarTAC influenced generations of flip phones.

The StarTAC was sold in a number of different models over the years and came with the ability to send and receive SMS messages, a vibrating alert, and swappable external batteries. It was incredibly small at the time, weighing in at just 88g. If you had some cash to spare, the Motorola StarTAC was the phone you bought. The StarTAC influenced generations of flip phones.

Related: The best 5G phones you can buy right now

More reading: Are there still any phones left with a physical QWERTY keyboard?

See also: The best dumb phone you can buy right now

Palm / Handspring Treo 180 (2002)

Some might argue about which Treo is the most important, but it was the 180 that combined a PDA with phone calling capabilities into the same device in the Treo line. That alone was a big first step for Palm and Handspring.

This interesting piece of hardware featured a monochrome, resistive touch display and QWERTY keyboard, as well as a flip-up lid that covered the screen and acted as an earpiece when open. Other specs included 16MB of memory and a 33MHz Dragonball processor. This phone set the stage for Treos to come, particularly the Treo 600 and 650, which were hugely popular with business users in the 2000s.

Motorola RAZR (2004)

The Motorola RAZR was one of those phones that everyone lusted after, earning it a well-deserved place on our list of most influential phones. It took the clamshell form factor to the max with svelte lines and a metal build. The RAZR retailed for $400.

It was among the most important fashion phones and went on to sell more than 130 million units. Like the StarTAC, it was popular with celebrities and in Hollywood. It was mimicked by competitors, which later came out with their own trim clamshell designs. The Motorola RAZR was an icon in its own time. Motorola recently resurrected the RAZR to hop on the foldable bandwagon.

Related: A flood of new foldable phones may be on the way this summer

The BlackBerry Curve was many peoples’ first smartphone.

The Curve took the popular trackball feature from the BlackBerry Pearl and stuck it in a more user-friendly device than older BlackBerries. It featured a full QWERTY keyboard, as well as a color screen. Some specs included a 312MHz processor, 64MB of storage, 16MB of RAM, and a camera. Some variants had Wi-Fi and others had GPS. The BlackBerry Curve was many peoples’ first smartphone.

More reading: These are the best Blackberry phones (hint: There aren’t that many options)

See also: The best iPhone holders and mounts for your car

More reading: The best Android phones

See also: Android 12 beta hands-on: The most personal Android version yet

Samsung Galaxy Note (2011)

Last, but not least, we have the Samsung Galaxy Note — the original 2011 model. This phone was a big leap for Samsung, literally. The company went rogue with the idea of a phone that had a giant screen and supported a stylus. Samsung has given us a new Galaxy Note each year since, and the phone continues to be the pinnacle of design, technology, and software from the Korean company.

Not long after the Note’s arrival, the average screen size for smartphones began to creep up. Even Apple decided to follow the Note’s lead: it later introduced the iPhone 6 Plus, which was the first big-screened iPhone. The Samsung Galaxy Note makes our list of most influential phones for ushering in the era of big-screened smartphones.

What Is .Net Developer And Why Is This Role Important?

blog / Coding What Does it Take to Become a .NET Developer? A Comprehensive Guide

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Today, if you’re a software professional, understanding what is .Net developer it is important so that you can consider it as a career option. After all, .Net has become crucial to software development. How did it happen? Here’s how: The year is 2002. Microsoft has officially introduced the first version of the .Net framework, a remarkable moment in the history of software development. Since then, .Net has witnessed multiple upgrades and has been recognized as a robust platform for developing high-performance software for websites and applications. 

According to the Stack Overflow Developer Survey, .Net was ranked as the most popular framework among developers in both 2023 and 2023. Now, let’s take a detailed look at what it’s like working as a .Net developer in today’s application-driven environment. 

What is .Net Developer?

A .Net developer is a software professional or an Information Technology (IT) expert who designs user-friendly and highly scalable web applications. They collaborate with web developers and computer scientists to develop refined software solutions aligned with a client or company’s business needs. These skilled programmers are proficient in Microsoft’s .Net framework and work with programming languages to develop end-to-end software products. 

Responsibilities and Tasks of a .Net Developer

A .Net developer is primarily responsible for designing, developing, and implementing intelligent software applications. In fact, they focus on various aspects of web development, mobile application development, Machine Learning (ML), Artificial Intelligence (AI), and cloud applications. 

Here is a rundown of their day-to-day tasks: 

Programming .Net applications and platforms 

Identifying system requirements and designing functional software solutions

Modifying and re-writing code to improve efficacy 

Integrating data storage systems to maintain code quality

Offering technical support for desktop, mobile, and web applications 

The responsibilities of a .Net developer are likely to vary based on the industry, experience, job role, and location of the business. 

ALSO READ: What Coding Language Should I Learn to Succeed in Life?

What is the Required Skill Set for .Net?

A good .Net developer should possess a combination of relevant hard and soft skills to effectively carry out code processing and system design. These include:

Hands-on experience in the chúng tôi web application framework

Well-versed with front-end technologies like JavaScript, Angular, and HTML

Knowledge of web application lifecycle and development approaches

Cloud engineering expertise 

Advanced database technology skills

Sound knowledge of automated testing platforms 

The soft skills that .Net developers should have include analytical thinking, good communication, adaptability, teamwork, problem-solving, organizational mindset, and time management skills.  

Essential Tech Skills for .Net Developers

The .Net infrastructure features various tools, libraries, and frameworks that help broaden the scope of this beneficial software development platform. Further, it is important to learn about the key technical skills required to leverage the versatility of the .Net ecosystem. 

Expert in .Net Framework

A .Net developer must have a strong working knowledge of basic .Net languages like C#, F#, and chúng tôi to create fast and secure services, websites, and desktop applications on Windows. Moreover, they should also know how to access and operate class libraries like chúng tôi to develop scalable and secure applications with efficient controls. 

Expert in Front-End Framework

As a .Net developer, you may have to develop applications for mobile, web, desktop, or even devices. Also, this is where front-end development technologies come into the picture and define how an application interacts with the user. Having a working knowledge of front-end frameworks such as HTML, JavaScript, and CSS will help you be more aligned with user demands and create immersive applications. 

Working with Databases

It is beneficial for .Net developers to gain hands-on experience with database systems, given how important it is to store and manage effectively today. Moreover, even though .Net is compatible with most databases, proficiency in at least one database system like SQL Server or Oracle is crucial for handling data. 

By now, you will have developed a clear idea of what is .Net developer, their day-to-day responsibilities, and the skills needed to become a competent .Net developer. If you’re keen on building a career as a .Net Developer, it will help to know some common interview questions that most employers ask. 

ALSO READ: The Top 10 Highest-Paying Programming Languages to Learn 

.Net Developer Interview Questions

The best way to start preparing for an interview for a .Net developer position is to get your basics right. Go over foundational concepts and learn about the key components of the .Net framework. To make your preparation easier, we have put together the 10 most commonly asked .Net interview questions.  

How does the .Net framework function?

What are CTS and CLS in the .Net language?

Explain the difference between reference type and value type

What are the key differences between managed and unmanaged code in .Net?

Is chúng tôi any different from ASP? If yes, how so?

How does .Net differ from other development frameworks?

What do we mean by role-based security in .Net?

What is caching? What are its different types?

Define cross-page posting. How does it work?

What is the difference between an interface and an abstract class? 

ALSO READ: Top 13 Full-Stack Developer Interview Questions and Answers to Prepare in 2023

To better understand what is .Net developer, let’s see how it differs from the role of a Java developer. 

.Net Developer VS Java Developer

While both Java and .Net  work on software applications, a Java developer works on multiple operating systems through its compilers, whereas .Net developers mainly work on the Windows operating system and its different versions. 

The most common programming languages that Java developers use are Scala, Groovy, JavaScript, and Clojure. .Net developers generally work with C#, F#, chúng tôi and C++.  For software development projects, Java developers are usually chosen for large-scale ones, whereas .Net developers are preferred for quick deliveries and application development.  

Now that we know what a .Net developer’s role is compared to that of a Java developer, here’s a quick look at the career prospects of .Net development as a profession.  

Is .Net Developer a Good Career?

.Net is widely used across the world for its versatility and simplicity. Thus, despite being around for over 20 years, it still tops the list of the most-preferred frameworks to work with for most developers. moreover, the demand for skilled .Net developers is continuing to grow at a significant rate. In fact, according to the US Bureau of Labor and Statistics, the rate of employment for software developers is projected to grow by 25% from 2023 to 2030. 

Given that .Net is a one-stop solution for developing web, desktop, mobile, gaming, websites, and ML applications, and can be integrated across multiple data management and operating systems. Thus, it makes it a great prospect for both beginners and experienced professionals in the field. Since .Net is being widely used for enterprise-level development, employment with large technology or technology-driven companies is a viable option for professionals. 

What’s interesting is that while working with .Net frameworks, developers barely need to look at other stacks to get exposure to different platforms. The speed of development, tooling systems, support for multiple modern programming paradigms, and transformative impact on software development prove that .Net is here to stay. Now, check out the online coding courses at Emeritus and kickstart your career as a .Net developer. 

By Neha Menon

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