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supertechnologie · 3 years ago

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Cryptocurrencies Facts( The Unseen Truths)

There are many aspects of cryptocurrencies that are not widely understood or known by the general public. Here are a few of the “unseen truths” about cryptocurrencies:

cryptocurrencies facts you should understand

Cryptocurrencies are not necessarily anonymous: While some cryptocurrencies, like Monero, are designed to be more private and secure, most cryptocurrencies, including Bitcoin, are not completely anonymous. Transactions on the blockchain can be traced and linked to a specific individual or entity through various methods, such as analysis of the blockchain and linking IP addresses to transactions.

Cryptocurrency exchanges can be hacked: Cryptocurrency exchanges, which are online platforms where you can buy and sell cryptocurrencies, can be hacked and the funds stored on them can be stolen. This has happened multiple times in the past, and it’s important to choose a reputable and secure exchange to protect your assets.

Cryptocurrencies are not necessarily a safe investment: The value of cryptocurrencies can fluctuate significantly and are considered highly volatile assets. This means that investing in cryptocurrencies carries a high level of risk and may not be suitable for everyone. It’s important to do your research and only invest what you can afford to lose.

Cryptocurrencies are not regulated: Cryptocurrencies are not regulated by any government or financial institution, which means that there is no central authority overseeing their use and value. This can make it difficult for individuals to protect their assets and seek recourse if something goes wrong.

Cryptocurrencies can be used for illegal activities: Because cryptocurrencies are decentralized and can be used anonymously, they have been used for illegal activities such as money laundering and the sale of illegal goods and services. However, it’s important to note that the vast majority of cryptocurrency transactions are completely legitimate.

cryptocurrencies tricks

There are many different strategies and techniques that people use when investing in or trading cryptocurrencies. Here are a few common “tricks” that you may encounter:

Holding: This term refers to the practice of holding onto a cryptocurrency for a long period with the expectation that it will increase in value. This can be a good strategy for people who believe in the long-term potential of a particular cryptocurrency and are willing to ride out any short-term price fluctuations.

Dollar-cost averaging: This strategy involves investing a fixed amount of money at regular intervals, rather than trying to time the market by investing all at once. The goal is to reduce the impact of market volatility on your investment by spreading it out over time.

Diversification: Just like with any other investment, it’s essential to diversify your cryptocurrency portfolio to reduce risk. This means investing in a variety of different cryptocurrencies rather than putting all your eggs in one basket.

Technical analysis: Some traders use technical analysis, which involves studying charts and other data to identify patterns and trends that might indicate when to buy or sell a particular cryptocurrency.

Researching projects and teams: It’s important to do your research and due diligence before investing in any cryptocurrency. This can involve looking into the team behind the project, the technology being used, and the potential use cases for the cryptocurrency.

How was cryptocurrency invented?

The cryptocurrency was invented by a person or group of people using the pseudonym “Satoshi Nakamoto.” In 2008, Nakamoto published a white paper entitled “Bitcoin: A Peer-to-Peer Electronic Cash System,” which described a new electronic cash system that used a decentralized network to validate transactions and prevent double-spending. The system was based on a new type of database called a blockchain, which is a distributed ledger that records all transactions on the network.

In 2009, Nakamoto released the first version of the Bitcoin software, and the first block on the Bitcoin blockchain (also known as the “genesis block”) was mined. This marked the beginning of the cryptocurrency revolution, as Bitcoin was the first decentralized digital currency that used cryptography to secure its transactions and prevent counterfeiting.

Since then, many other cryptocurrencies have been developed, each with its unique features and uses. Some of the most well-known cryptocurrencies in addition to Bitcoin include Ethereum, Litecoin, and Monero.

cryptocurrencies facts about “wallets”

A cryptocurrency wallet is a software program that stores your private and public keys and interacts with the blockchain to enable you to send and receive digital currency and monitor your balance.

There are several types of cryptocurrency wallets, including web wallets, mobile wallets, desktop wallets, and hardware wallets. Each type has its pros and cons, and it’s important to choose the one that best meets your needs.

A cryptocurrency wallet does not store your digital currency. Instead, it stores your public and private keys, which are used to access your cryptocurrency on the blockchain.

It’s important to keep your private key secure, as anyone with access to it can control your funds. Some wallets offer additional security measures, such as multi-factor authentication or the option to set up a passphrase.

When you send or receive cryptocurrency, the transaction is recorded on the blockchain and your wallet balance is updated. However, the transaction is not final until it has been confirmed by the network, which can take some time depending on the cryptocurrency and the current network activity.

Some wallets allow you to store multiple cryptocurrencies, while others are designed to hold only one specific type. It’s important to choose a wallet that is compatible with the cryptocurrencies you want to use.

Why Are Cryptocurrencies Valuable

Scarcity: Cryptocurrencies are limited in supply, which means that there is a finite number of them that will ever be created. This scarcity can drive up demand and increase the value of the cryptocurrency. For example, there will only ever be 21 million Bitcoins created, which helps to make them valuable.

Utility: Many cryptocurrencies have useful features or technologies that make them valuable for specific purposes. For example, Bitcoin is often used as a store of value or a means of exchange, and Ethereum is used to power decentralized applications and smart contracts.

Strong technology: Cryptocurrencies are built on strong, secure technologies such as blockchain and cryptography, which helps to give them value and make them trusted by users.

Growing user base: As more people become aware of and interested in cryptocurrencies, the demand for them can increase, which can drive up their value.

It’s important to note that the value of cryptocurrencies is highly volatile and can fluctuate significantly. Investing in cryptocurrencies carries a high level of risk and may not be suitable for everyone. It’s important to do your research and only invest what you can afford to lose.

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supertechnologie · 3 years ago

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Q&A 3d Animation

Q&A 3d Animation(Widely Asked Questions)

what is 3d animation

3D animation is the process of creating moving images in a three-dimensional environment. It involves creating a virtual model of an object or character and then using computer software to manipulate the model and add movement to it. The resulting animation can be displayed on a computer or other electronic device, or it can be rendered as a series of still images that can be played back as a movie.

3D animation is used in a variety of applications, including movies, television shows, video games, and visual effects for live-action films. It requires a combination of artistic and technical skills, including knowledge of computer graphics software and an understanding of the principles of animation, such as timing, spacing, and weight.

Most askable q&a 3d animation

What is the difference between 2D and 3D animation?

2D and 3D animation are two different approaches to creating moving images.

2D animation, also known as traditional animation or hand-drawn animation, involves creating a series of still images that, when played back in rapid succession, give the illusion of movement. 2D animation is typically created using software such as Adobe Animate or Toon Boom Harmony, and it can be drawn by hand or created using digital techniques.

3D animation, on the other hand, involves creating a virtual model of an object or character and manipulating it in a three-dimensional space using computer software. 3D animation is created using software such as Autodesk Maya or Blender, and it allows for greater flexibility and realism in the movement and appearance of the objects and characters being animated.

One key difference between 2D and 3D animation is that 3D animation involves an extra level of depth and realism, as objects and characters are created and animated in a three-dimensional space. This allows for more complex movements and greater control over the appearance of the objects and characters being animated. 2D animation is typically more limited in terms of the movements and appearance of the objects and characters being animated.

Types of 3D animation?

There are several different types of 3D animation, each with its unique characteristics and applications. Some common types of 3D animation include:

Character animation: This type of 3D animation involves creating and animating virtual characters. It is commonly used in movies, television shows, and video games to bring characters to life and create realistic movements and expressions.

Environmental animation: This type of 3D animation involves creating and animating virtual environments and landscapes. It is commonly used in movies, television shows, and video games to create realistic and immersive settings.

VFX (visual effects) animation: This type of 3D animation involves creating special effects and visual elements that are added to live-action footage to enhance or alter the look and feel of a scene. It is commonly used in movies and television shows to create realistic explosions, flying objects, and other effects.

Motion graphics animation: This type of 3D animation involves creating dynamic graphics and visual elements that are used to communicate information or tell a story. It is commonly used in marketing materials, presentations, and other visual media.

Architectural animation: This type of 3D animation involves creating virtual models of buildings and other structures, and animating them to show how they will look and function in the real world. It is commonly used in the architecture, construction, and real estate industries to showcase design concepts and plans.

what are the Basics of 3D animation?

Here are some basics of 3D animation:

Modeling: This involves creating a virtual 3D model of an object or character using software such as Autodesk Maya or Blender. The model can be created from scratch or by modifying an existing model.

Texturing: This involves adding color and other visual details to the surface of the 3D model. Texturing can be done using a variety of techniques, including painting directly on the model or applying texture maps to the surface.

Rigging: This involves setting up a skeleton or “rig” inside the 3D model, which will be used to control the movement of the model. The rig consists of joints and bones that can be animated to create realistic movement.

Animation: This involves manipulating the 3D model and its rig to create the desired movements and actions. Animation can be done using various techniques, including keyframe animation, inverse kinematics, and motion capture.

Rendering: This is the process of generating the final images or video from the 3D model and its animation. The rendering process involves simulating the effects of light and other elements on the model to create a realistic and lifelike image.

Post-processing: This involves adding final touches to the rendered images or videos, such as color correction and compositing. This can be done using software such as Adobe After Effects or Nuke.

what is the best software for 3d animations?

Many different software programs can be used for 3D animation, and the best one for you will depend on your specific needs and goals. Here are some of the most popular and widely used software programs for 3D animation:

Autodesk Maya: Maya is a professional-grade 3D animation software commonly used in the film and television industries. It offers a wide range of tools for modeling, rigging, animation, and rendering, and it is known for its powerful and complex interface.

Blender: Blender is a free and open-source 3D animation software that is popular among hobbyists and professionals alike. It offers a wide range of features for modeling, rigging, animation, and rendering, and it has a user-friendly interface.

3ds Max: 3ds Max is a professional-grade 3D animation software commonly used in the architecture, engineering, and construction industries. It offers a wide range of tools for modeling, rigging, animation, and rendering, and it is known for its powerful and complex interface.

Cinema 4D: Cinema 4D is a professional-grade 3D animation software commonly used in the film and television industries. It offers a wide range of tools for modeling, rigging, animation, and rendering, and it has a user-friendly interface.

Houdini: Houdini is a professional-grade 3D animation software commonly used in the film and television industries. It offers a wide range of tools for modeling, rigging, animation, and rendering, and it is known for its powerful and complex interface.

How To Learn 3d Animation For Beginners?

Learning 3D animation as a beginner can be a challenging but rewarding process. Here are some steps you can follow to get started:

Familiarize yourself with the basics of 3D animation: It’s important to have a basic understanding of the different steps involved in creating a 3D animation, such as modeling, rigging, animating, and rendering. You can learn about these concepts through online tutorials, books, or courses.

Choose a 3D animation software: Many different software programs can be used for 3D animation, such as Autodesk Maya, Blender, or Cinema 4D. Choose a software program that is appropriate for your skill level and goals, and then start exploring the different features and tools it has to offer.

Follow online tutorials and take courses: There are many online tutorials and courses available that can help you learn 3D animation. These can be a great way to get started and learn the basics, as well as more advanced concepts.

Practice, practice, practice: The best way to learn 3D animation is to get hands-on experience and practice as much as possible. Start by working on simple projects and gradually build up to more complex ones. As you gain more experience, you’ll get better at using the software and creating high-quality animations.

Join online communities and seek feedback: There are many online communities and forums where you can connect with other 3D animators and seek feedback on your work. This can be a great way to learn from others, get advice, and improve your skills.

Is It Hard To Learn 3d Animation?

Learning 3D animation can be challenging, as it requires a combination of technical and artistic skills. It can take time and practice to learn how to use the software and create high-quality animations.

That being said, 3D animation is a highly rewarding field, and with dedication and hard work, it is possible to learn and become proficient at it. It can be helpful to start with the basics and gradually build up to more complex concepts to make the learning process easier. There are also many online tutorials, courses, and communities that can provide guidance and support as you learn.

One of the keys to learning 3D animation is to be patient and persistent. It can take time to become comfortable with the software and develop your skills, but with practice and dedication, you can make progress and improve your abilities.

How Long Does It Take To Learn 3d Animation For Beginners?

The amount of time it takes to learn 3D animation as a beginner will depend on a variety of factors, including your prior knowledge and experience, the software you are using, and the amount of time and effort you can devote to learning.

In general, it can take several months or even years to become proficient at 3D animation, especially if you are starting from scratch with no prior experience. It can be helpful to start with the basics and gradually build up to more complex concepts to make the learning process easier. You can also accelerate your learning by following online tutorials, taking courses, and practicing as much as possible.

That being said, the length of time it takes to learn 3D animation can vary widely from person to person. Some people may be able to learn the basics more quickly, while others may take longer to become proficient. The key is to be patient and persistent and to keep learning and practicing as much as possible.

3d animation is a profitable career?

Yes, 3D animation can be a profitable career for those with the skills and expertise to excel in the field. 3D animators are in demand in a variety of industries, including film and television, video games, advertising, and architecture. They can work as freelancers or be employed by animation studios, production companies, or other organizations.

The income of a 3D animator can vary widely depending on factors such as their level of experience, the industry they are working in, and the location of their job. In general, 3D animators with more experience and specialized skills can command higher salaries. According to data from the United States Bureau of Labor Statistics, the median annual wage for multimedia artists and animators, including 3D animators, was $76,520 in 2022.

3D animation can be a rewarding and lucrative career for those who are passionate about creating high-quality animations and have the skills and dedication to succeed in the field.

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supertechnologie · 3 years ago

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Ai Business Risks(Confront These Risks Wisely)

Ai Business Risks(Use It Safely Or This Would Happen.

https://supertechnolgie.com/2022/12/27/ai-business-risksconfront-these-risks-wisely/?fbclid=IwAR36rY6zQbQ3w7YwTjx7E9E5x1wwEeQvKAK1SA9a7xOT70mQL6WQrGmgdqU

how can Ai affect your business?

AI (Artificial Intelligence) can have a significant impact on businesses, both positive and negative. Some of the potential effects of AI on business include:

Increased efficiency: AI can help businesses to automate tasks and processes, which can lead to increased efficiency and productivity.

Cost savings: AI can help businesses to reduce the need for manual labor, which can lead to cost savings.

Improved decision-making: AI can help businesses to analyze data and make more informed decisions.

Enhanced customer experience: AI can be used to personalize customer experiences and improve customer service.

New business opportunities: AI can create new business opportunities by enabling businesses to do things that were previously not possible.

AI can also have negative effects on businesses. For example, it may lead to job displacement if certain tasks are automated. Additionally, there may be costs associated with implementing and maintaining AI systems. It is important for businesses to carefully consider the potential effects of AI and to take a balanced approach to its adoption.

10 Ai business risks you must avoid

There are several risks associated with using artificial intelligence (AI) in business. Some of the main risks include:

Data privacy and security risks: AI systems often rely on large amounts of data to operate and learn. If this data is not securely stored and protected, it could be accessed by unauthorized parties, leading to privacy breaches and potential legal liabilities.

Bias in AI systems: AI systems can sometimes exhibit bias, reflecting the biases of the data they are trained on and the individuals who design and operate them. This can lead to unfair outcomes and discrimination.

Dependency on AI systems: If a business becomes too reliant on AI systems, it may become vulnerable if those systems fail or are disrupted.

Loss of jobs: The adoption of AI in business may lead to the automation of certain tasks, potentially leading to job loss.

Ethical concerns: AI systems can sometimes make decisions or take actions that raise ethical concerns, such as when they are used in applications like autonomous weapons or facial recognition.

some additional points to consider when it comes to the risks of using artificial intelligence (AI) in business:

Complexity: AI systems can be complex, requiring specialized knowledge and expertise to design, implement, and maintain. This can make it difficult for businesses to fully understand and manage the risks associated with their use.

Lack of transparency: Some AI systems can be difficult to understand and interpret, making it difficult to explain how they arrived at a particular decision or action. This lack of transparency can raise concerns about accountability and trust.

Regulatory risks: The use of AI is subject to a variety of laws and regulations, which can vary by country and industry. Businesses need to be aware of and comply with these regulations, or risk facing fines, legal liabilities, and reputational damage.

Potential for misuse: AI systems can be misused by individuals or organizations with malicious intent, such as for cyber attacks or fraud. This can lead to financial losses, legal liabilities, and damage to a company’s reputation.

Changes in the competitive landscape: The adoption of AI can lead to significant changes in the competitive landscape, as companies that are early adopters may gain a competitive advantage over those that are slower to adopt the technology. This can create risks for businesses that are slow to adopt AI or that are unable to keep pace with technological changes.

it’s important for businesses to carefully assess the potential risks and benefits of using AI and to put appropriate measures in place to mitigate those risks. This may include establishing clear policies and procedures, training employees on the proper use of AI, and seeking expert guidance as needed.

Limitations of AI in business

There are several limitations to the use of artificial intelligence (AI) in business. Some of the main limitations include:

Limited capabilities: AI systems are generally limited to the tasks they have been specifically designed and trained to perform. They may not be able to adapt to new or unexpected situations or handle tasks that require a high level of creativity or flexibility.

Dependence on data: AI systems rely on data to operate and learn. If the data is incomplete, inaccurate, or biased, the AI system may produce flawed or biased results.

High upfront costs: Implementing an AI system can be expensive, as it requires specialized expertise, hardware, and software. This can be a barrier for smaller businesses or those with limited resources.

Difficulty integrating with existing systems: AI systems may not be compatible with a company’s existing systems and processes, requiring significant effort and resources to integrate them.

Ethical concerns: The use of AI can raise ethical concerns, such as issues of accountability, bias, and the potential for misuse.

it’s important for businesses to carefully assess the potential benefits and limitations of using AI and to put appropriate measures in place to address any limitations. This may include seeking expert guidance, developing robust data management practices, and considering the ethical implications of their use of AI.

Confronting the risks of artificial intelligence in your business

How to confront Ai Business risks.

Some potential strategies include:

Developing robust data management practices: This includes ensuring that data is accurately and securely collected, stored, and protected and that it is free from bias.

Implementing fair and unbiased AI systems: This may involve designing systems to minimize bias, testing them to ensure fairness, and regularly monitoring their performance to identify and address any issues.

Building in redundancies and backup systems: This can help to mitigate the risks associated with dependency on AI systems, ensuring that the business can continue to operate if an AI system fails or is disrupted.

Training employees on the proper use of AI: This can help to ensure that AI systems are used appropriately and ethically and that employees understand the risks and limitations of the technology.

Seeking expert guidance: Working with AI experts or consulting firms can help businesses understand the risks and limitations of AI and develop strategies to mitigate them.

Considering the ethical implications of AI use: This may involve establishing clear policies and procedures for the use of AI, and regularly reviewing and updating them as needed.

Complying with relevant laws and regulations: It’s important for businesses to be aware of and comply with any laws and regulations related to the use of AI, to avoid legal liabilities and reputational damage.

This can help to ensure the responsible and ethical use of the technology and to minimize the potential for negative consequences.

conclusion:

Artificial intelligence (AI) can have both positive and negative effects on businesses. On the positive side, AI can increase efficiency, reduce costs, improve decision-making, enhance customer experience, and create new business opportunities.

However, AI can also lead to job displacement, and costs associated with implementation and maintenance, and raise ethical concerns. There are also risks related to data privacy and security, bias in AI systems, dependency on AI systems, and regulatory risks.

To mitigate these risks, businesses can develop robust data management practices, implement fair and unbiased AI systems, build in redundancies and backup systems, train employees on the proper use of AI, seek expert guidance, consider the ethical implications of AI use, and comply with relevant laws and regulations.

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supertechnologie · 3 years ago

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Is Coding Dying ? Facts, Myths…

Is Coding Dying? Facts, Myths, And Much More.

No, coding is not dying. In fact, the demand for skilled programmers and developers is higher than ever. The use of technology is continually increasing in all areas of society, and as a result, there is a growing need for people who can design, build, and maintain software and websites.

Coding is a valuable skill used in a wide range of industries, including healthcare, finance, education, and entertainment, and it is likely to remain important for the foreseeable future.

Many companies and organizations rely on software and other technological solutions to operate efficiently and effectively, and as such, there is a constant need for skilled professionals who can create and maintain these systems.

is coding dying in the future? not likely.

The increasing use of technology: Technology is becoming more prevalent in all areas of society, and as a result, there is a growing demand for people who can design, build, and maintain software and websites.

The versatility of coding skills: Coding skills are applicable to a wide range of industries and job roles, including software development, data analysis, and web design. This versatility means that people with coding skills will always be in demand.

The evolving nature of technology: Technology is constantly evolving, and as it does, new programming languages and frameworks will emerge. This means that there will always be a need for people who can adapt and learn new coding skills.

The importance of cybersecurity: As the use of technology increases, so does the need to protect against cyber threats. Coding skills are essential for building and maintaining secure systems, which will always be necessary.

The potential for automation: While some tasks may be automated in the future, it is unlikely that coding as a whole will be automated. Coding requires creativity, problem-solving, and critical thinking skills, which are difficult to automate.

coding is a valuable skill that is likely to remain important for the foreseeable future due to the increasing use of technology, the versatility of coding skills, the evolving nature of technology, the importance of cybersecurity, and the potential for automation.

Here are some additional reasons why coding is still valuable:

Coding can lead to high-paying jobs: Many jobs that require coding skills, such as software development and data analysis, offer competitive salaries. According to data from the U.S. Bureau of Labor Statistics, the median annual wage for computer and information technology occupations was $88,240 in 2020.

Coding can help you solve problems: Coding involves analyzing problems and finding solutions through the use of code. This skill is useful in a variety of contexts, both personal and professional.

Coding can enhance your creativity: Coding requires you to think creatively and come up with innovative solutions to problems. This can help you develop your creativity and problem-solving skills.

Coding can improve your communication skills: Coding often involves working with a team of people, which can help you improve your communication skills. In addition, the ability to explain technical concepts to non-technical audiences is a valuable skill in many industries.

Coding can help you stay competitive in the job market: As technology continues to advance, having coding skills can help you stand out in the job market and give you an edge over candidates who do not have these skills.

coding is a valuable skill that can lead to high-paying jobs, help you solve problems, enhance your creativity, improve your communication skills, and keep you competitive in the job market.

There are several myths about coding that you should not believe:

Myth: You have to be a math genius to learn to code. Fact: While some coding languages, such as data science and machine learning, may require a strong foundation in math, this is not true for all coding languages. Many coding languages, such as HTML and CSS, do not require a strong math background.

Myth: You need to go to college to learn to code. Fact: While a college degree in computer science or a related field can be helpful for those interested in pursuing a career in coding, it is not necessary to go to college to learn how to code. There are many online resources, such as coding boot camps and online courses, that can help you learn coding skills.

Myth: Coding is only for computer scientists. Fact: While computer science professionals do use coding in their work, coding is not just for computer scientists. Coding skills are applicable to a wide range of industries, including healthcare, finance, education, and entertainment.

Myth: Coding is a solitary activity. Fact: While coding can be done independently, it is often collaborative. Many coding projects involve working with a team of people, which can require strong communication and collaboration skills.

Myth: Coding is boring. Fact: Coding can be challenging and requires problem-solving skills, but it can also be very rewarding. Many people find coding to be an enjoyable and fulfilling activity.

it is important to remember that coding is a valuable skill that can be learned by anyone, regardless of background or education. Coding is applicable to a wide range of industries and can be a rewarding and fulfilling career choice.

Will coding jobs disappear?

It is unlikely that coding jobs will disappear completely, as there will always be a need for people with coding skills in various industries. However, the demand for certain types of coding jobs may change over time as technology and business needs evolve.

There are also concerns that automation and the use of artificial intelligence (AI) could potentially replace some coding jobs. While it is true that some tasks can be automated, there are many tasks that require a human touch and cannot be easily automated. Additionally, as AI and other technologies become more prevalent, they may create new types of coding jobs that did not exist before.

Overall, it is important for people interested in a career in coding to stay up-to-date with the latest trends and technologies, and to be adaptable and flexible in order to thrive in an ever-changing job market.

is coding a good career?

Coding can be a good career choice for many people, as it offers a number of benefits. Some of the advantages of a career in coding include:

High demand for skilled coders: There is a high demand for skilled coders in many industries, which can lead to good job prospects and potentially high salaries.

Opportunities for remote work: Many coding jobs can be done remotely, which can provide flexibility and the ability to work from anywhere.

Potential for career advancement: Coding skills can lead to a wide range of job opportunities, from entry-level positions to management roles.

Opportunity to make a positive impact: Coding can be used to solve problems and create solutions that have a positive impact on people’s lives, whether it be through developing new software or creating websites that help people access information.

However, it is important to note that a career in coding can be challenging and requires a certain level of dedication and effort to succeed. It is also important to be constantly learning and staying up-to-date with the latest technologies and industry trends.

Is Programming Going To Die Soon?

It is unlikely that programming will die out completely in the near future. Programming is a fundamental skill that is used in many industries, and it is an essential part of the development of new technologies and applications.

However, it is possible that the demand for certain types of programming skills may change over time as technology and business needs evolve. It is important for people interested in a career in programming to stay up-to-date with the latest trends and technologies, and to be adaptable and flexible in order to thrive in an ever-changing job market.

Additionally, there is a risk that some programming tasks could be automated or replaced by artificial intelligence (AI) in the future. While it is true that some tasks can be automated, there are many tasks that require a human touch and cannot be easily automated. As AI and other technologies become more prevalent, they may also create new types of programming jobs that did not exist before.

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supertechnologie · 3 years ago

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#aijobs #artificial intelligence #ai artwork

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supertechnologie · 3 years ago

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#programming languages #webdevelopment #scratchprogramming #scratch project

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supertechnologie · 3 years ago

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#fashion #outfit #stylish #fashion is life

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supertechnologie · 3 years ago

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35 Most Useful Q&A Programming

let’s head right into Q&A programming that will help you understand more about this world of coding.

35 most useful Q&A programming

What exactly is programming?

The process of creating a computer program, which includes designing a program, using algorithms, writing program code, and so on, is known as programming.

How does program code work?

Program code contains instructions, which are executable commands that are executed by the machine after the code is converted by the compiler.

what is debugging? Debugging is the process of finding and correcting errors in a program.

Name the types of errors that can occur in a program

Syntax errors.

Runtime errors or runtime errors.

Logical errors.

Tell us about syntax errors

Syntax errors occur when there is a misprint in program code or when there is a discrepancy between the rules of the language being used in a language construct, variable name, function name, and so on. The error is detected at the stage of program compilation.

Tell us about the execution time error

A runtime error occurs when a program attempts to perform an illegitimate action, such as dividing by zero. A runtime error can occur at any stage of the program when an invalid action is performed. If this error occurs, the machine stops the execution of the program and may display a diagnostic message explaining the nature of the error.

Tell us about logical errors

A logic error is the hardest to detect because it may not appear at compile time or during program execution, but it causes the program to execute incorrectly. A logical error can result from an incorrect application of an algorithm as well as from simply reading/writing an incorrect variable.

What is a flowchart?

A flowchart is a graphical representation of a program. A flowchart helps to understand the logic of a program or part of a program when designing.

What is an algorithm?

An algorithm is a finite set of steps that, when followed, solve some problem.

What do you think it means to maintain and update a program? Maintaining a program is the process of regularly updating a program to meet new hardware or software requirements. It is the process of improving and updating a program after it is installed.

What are variables?

Variables are named memory cells that are used to store program data and the results of its calculations. The value of a variable can change during the execution of a program.

What are reserved words in programming?

Reserved or keywords are words and expressions that have predefined meanings and cannot be used when writing code for other purposes, such as naming variables. Examples of common keywords in programming languages are if/then/else constructions or various variants of loops. Like for and while.

What is a loop?

A loop is a language construct that can define a section of a program to be repeated many times and the number of times it is repeated.

Name the different kinds of loops. Different languages describe these constructions in different ways, but in most languages, you can find constructions like for, while doing… while. A loop contains an end condition, and by the time this condition is checked, loops can be with a precondition and a postcondition.

What is the difference between for and while?

For uses a counter and is useful for performing a predetermined number of iterations.

While will execute the action until the specified condition becomes false, this is useful if you need to use a loop with an indefinite number of iterations.

What is a nested loop?

A loop that is executed in the body of another loop is a nested loop.

What is the documentation?

Documentation is a detailed description of the algorithms and parts of a program, the design process, testing, and patterns of correct use. Documentation can be for the user of the program as well as for the developer.

What does the compiler do?

A compiler “reads” code written in a particular programming language and converts the described commands and language constructs into executable machine code.

What is binary code?

Binary code is a binary form of code representation of a particular programming language.

What is a constant?

A constant is a constant, with a named value that cannot be changed. The constants can be numeric or string.

Numerical constants can contain integers, and numbers with single and double precision.

String constants can contain a sequence of letters and numbers enclosed in quotation marks.

What are operators?

Operators are special characters that are used in program code to perform certain operations on data. Operators can be arithmetic, logical, relational, and assignment.

What is an array?

An array is a set of contiguous memory areas that store data of a certain type.

What is a subprogram?

A subprogram is a self-contained set of instructions that can be used from anywhere in a program. A subprogram performs its specific task and then returns control to the main program called the subprogram.

When are arithmetic operators used?

Arithmetic operators are used to performing arithmetic operations on values.

Relational operators Relational operators are used in programming to compare values. The result of the evaluation using relational operators will be true or false.

What are logical operators for?

Boolean operators combine simple conditions to construct more complex conditions (by the condition we mean an expression that evaluates the truth).

Why are assignment operators needed?

An assignment operator is used to store values in a variable.

What does “low-level programming language” mean?

A low-level programming language is a language that is close to what is used when programming directly in the machine codes of a real or virtual processor.

High-level programming language.

The difference between high-level and low-level languages is the presence of abstractions, that is, the introduction of semantic constructions that briefly describe such data structures and operations over them, the descriptions of which in machine code are very long and difficult to understand.

What is machine code?

Machine code is a programming language that can be processed directly by a processor, without the need for pre-compilation.

Explain the term “software reliability.” Reliability is the guaranteed proper operation of a program for a certain amount of time.

What is software testing?

Software testing is the process of checking software against the required quality of performance, as well as verifying the user experience that the software provides.

What is a beta version?

A beta software is a version that can be improved and changed after receiving feedback from users. A beta version is a working version of a program that is not ready for final launch.

What does it mean to “analyze a program”?

Program analysis is the process of solving a programming problem by breaking down a large problem into subtasks. Each subtask or “sub-problem” will be solved separately, eventually leading to a simpler solution to the global problem.

How does an algorithm work? Every algorithm in programming implements at least three steps:

Obtaining data.

Performing the calculations.

Outputting the result.

Post Tags:#Q&A programming

#best tech #programming languages

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supertechnologie · 3 years ago

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Q&A Javascript(The Exact Answers You Need).

The Q&A Javascript You Must Know

Have you ever wondered how cool web pages on the Internet or entertaining apps for smartphones are created? In 95% of cases, they are written using the popular JavaScript programming language. Why you should learn JavaScript? It’s the programming language for web browsers.

If you learn JavaScript, you can program interactive websites, apps, and much more. Not only does it open up promising career opportunities for you, but it’s also a never-boring learning path full of tricky challenges.

in this article, we’ll answer the most important question. (Q&A javascript) before we get started, we’ll explain what javascript is exactly.

What is JavaScript?

JavaScript is a programming language that allows you to make a website interactive and lively.

Whenever you encounter dynamic elements on a website, such as a pop-up window or animated images, you can be pretty sure: JavaScript has made this possible.

JavaScript as a programming language

A website usually consists of three programming languages: HTML, CSS, and JavaScript.

Each programming language performs a different function:

HTML provides the structure of the web page CSS for the look and JavaScript changes the content, for example, by clicking on an image, a button, or a time. Here’s what you should understand about programming languages and web pages:

When you open a web page in your browser, you are looking directly at the final product. What you see on the screen as a web page are HTML, CSS, and JavaScript files.

The special thing about the programming language JavaScript is that you can change HTML properties as well as CSS properties. This changes the content and structure as well as the look and layout of a web page.

Now you know what JavaScript is. The only question is why you should learn JavaScript out of all the programming languages.

As with any other programming language, learning JavaScript has its advantages and disadvantages. Now you can find out what they are.

get to know the language with these Q&A javascript

How hard is JavaScript to learn?

It’s not hard to learn the basics. But JavaScript is a very powerful technology that allows you to use complex features – so there’s no one-size-fits-all solution for how to learn this language, It depends. How hard it is for you to learn JavaScript depends on your knowledge of other programming languages – including HTML and CSS.

Because JavaScript runs on top of HTML, there’s no way around being familiar with HTML. Otherwise, you’ll run into learning obstacles before you even start learning JavaScript.

What’s the best way to learn JavaScript?

The best thing about developing JavaScript with HTML and CSS is that you don’t need to install any additional software at the beginning, a modern browser and a text editor are enough. Basically, you just have to learn how to program and use this knowledge with JavaScript.

Should you learn JavaScript?

JavaScript is indispensable at the front end. So if you only want to work on the client anyway, you can save yourself further considerations and start learning right away. For basic considerations, however, it may make sense to prefer another language first.

Is JavaScript easy?

JavaScript itself is very compact and yet flexible. Many developers have written even more tools/extensions for working with JavaScript to get even more efficiency out of JS with little effort.

Is JavaScript still used?

It’s hard to imagine today’s web without JavaScript, which takes an important role alongside HTML and CSS. Almost every website uses smaller or larger JavaScripts. With JavaScript, many common web functions can be simplified and made more user-friendly.

How long does it take to learn JavaScript?

There is no clear answer to this question. Assuming you learn continuously with visible progress, you would master the basics of JavaScript after about 6 months. After these 6 months, more months and years await you until you become a real JavaScript master.

Top 8 programming languages in 2022-2023

C and C++ remain among the most popular programming languages in systems and application programming. … Java. … Python. … C# ( C Sharp) … Visual Basic. … JavaScript. … PHP. … Rust

SQL, NoSQL.

Where can I learn JavaScript?

There are countless ways to learn JavaScript. From free Internet tutorials to e-learning sites and specialized programming facilities. What you choose depends on how you learn best.

How long until you can do JavaScript?

However, this requires an even bigger time investment and you won’t be able to work as a programmer for at least 3 years if you go this route. So last but not least, you can use a quality online course as your guide in learning.

Which is better JavaScript or Python?

Python is (slightly) easier for beginners to learn compared to JavaScript. Python is object-oriented, similar to JavaScript, and it supports a programming style that employs simple functions and variables. JavaScript is the more complex modern programming language compared to Python.

Does Java have a future?

Even after 25 years, Java is still one of the most popular programming languages in the open-source space – worldwide. Snyk’s Java ecosystem report 2021 now provides deeper insights into how Java and the Java Virtual Machine (JVM) ecosystem are used by the developer community.

Can you program a game with JavaScript?

Programming a game with JavaScript is different than getting started with web page programming. If you have already programmed a web page, you should change the way of programming a little bit. You should notice this already when you create a game loop.

How do I write JavaScript?

So that the browser knows where HTML ends and JavaScript begins, the JavaScript program is written between the HTML [removed] tags. Thus, the browser knows what to interpret. If HTML5 is used as DOCTYPE, the attribute type=” text/javascript” is no longer necessary for [removed].

Can you learn programming in 3 months?

Three months of classes from morning to night, instructors from the real world, and highly motivated participants: that’s supposed to be enough to learn to program and get right into a job. Providers of IT boot camps such as w3schools and Academy, some of which offer super-compact courses worldwide, are convinced of this.

How long does it take to become a good programmer?

Our experience shows that it takes years rather than months to get to this point. An apprenticeship or a degree also takes at least 3 years upwards and you should definitely give yourself this time before you find your way on the market as a Java developer.

Does C# still have a future?

Yes, C# has a future. The demand for this programming language is very high, C# is in demand like never before! The reason is quite simply explained: many Windows programs both for the desktop and numerous web applications such as this website here have been developed using the C# programming language.

Is Java obsolete?

If you open a page that contains a Java application and your Java version is considered outdated, you will see the message Java update required. It is recommended that you click Update to open the java.com download page and download the latest version of Java.

What is the most requested programming language?

Python is the most sought-after programming language in 2022 Globally, Python is the most popular programming language according to the PYPL Index and has grown the most over the last 5 years (16.7%). Java, on the other hand, has lost the most users (-7.0%) but is still by far the second most popular language after Python.

Where to learn JavaScript?

JavaScript does not have to be installed separately. Firefox is the first choice as a browser since additional tools and already integrated tools make learning JavaScript much easier there.

How to get into JavaScript?

Open the HTML document in your browser. … Control output with the console Mozilla Firefox: on Windows and Linux with Ctrl + Shift + I, on Mac with Cmd + Opt + I. Google Chrome: on Windows and Linux with Ctrl + Shift + J, on Mac with Cmd + Opt + J. Microsoft Edge: F12 followed by Ctrl + 2.

Which Programming Language Should You Learn First?

If you prefer an easier start you can learn Python first. This is easier than the programming languages of the C group (C, C++, C#, Objective-C). After you master Python you can still learn C++ and C#. Later you will use C++ and C# more often.

What Is The Hardest Programming Language In The World?

The peculiarity of Malbolge is that it was designed to be the worst possible programming language, the most difficult to master. However, Malbolge is Turing-complete only with slightly modified processing rules due to limited memory.

Which Is Better Java Or JavaScript?

The main differences between Java and JavaScript: Java is an OOP programming language, while JavaScript is an OOP scripting language. Java creates applications that run on a virtual machine or browser, while JavaScript code runs only on a browser.

What Is JavaScript For?

Simply put, JavaScript is an object-oriented programming language designed to make web development easier and more attractive. In most cases, JavaScript is used to create responsive as well as interactive elements for websites.

What Can JavaScript Do That It Can’t?

What can’t be done with JavaScript? (Exception: cookies). Applications like guestbooks, chatrooms, or visitor counters are not possible with JavaScript. possible to dynamically change the content of HTML files.

Post Tags:#Q&A javascript

#freelancing #javascript #coding

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supertechnologie · 3 years ago

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Mind Blowing 3d Animation Facts

Surprising 3d Animation Facts You Didn’t Know Yet

https://supertechnolgie.com/2022/12/12/mind-blowing-3d-animation-facts/?fbclid=IwAR3QEuKq2VbJncdLd8LBBORYMjzOS3GonM8hAKt_3aI8IEftNM0KxdASD3w&i=1

three-dimensional animation has branched out into a variety of different fields such as gaming, cinema, engineering, advertising, and education. To meet this demand, various companies are continuously creating 3D animation programs of various levels of complexity and secondary educational institutions are offering degree programs specifically for this field.

brief History

3D computer animation first became popular in the 1980s with music videos like “Money for Nothing” by Dire Straits and movies like “Tron” and “The Last Starfighter”. Since then, the demand for 3D animators has grown as 3D animation has gone from a niche market icon to the foundation of numerous industries.

Features

first feature 3D animation film was Disney’s “Toy Story”. After its great success, several other companies such as Dreamworks Pictures and Square have released a significant number of successful 3D animated features, and countless full-length movies and TV shows have used 3D animation to put sequences that would otherwise be very difficult to visualize into the film. In addition to film and television, 3D animation has become a staple of the gaming industry since the dawn of 32-bit gaming systems. Apart from pop culture and entertainment, professional industries such as aerospace, mechanical engineering, and architecture have come to rely heavily on 3D animation and animators for design and simulation purposes.

5 powerful 3d animation facts

3D model of a Utah teapot / Wkimedia, zzubnik (Nik Clark, Norwich, UK).

Purchased by developer Martin Newell in a Salt Lake City department store in 1974, a simple teapot became a true legend in 3D graphic design. Newell himself was working at the University of Utah and was busy improving the algorithms to get an image according to the given proportions of the model.

At some point, he had to create a simple mathematical model of an everyday object. Thus, in 1975, the teapot model appeared for the first time in a three-dimensional graphics editor.

Melitta teapot – a prototype teapot model from Utah

The Utah Teapot has become a reference object in the developer and 3D design community. On the one hand, this is a fairly simple, well-rounded, and solid mathematical model. On the other hand, its surfaces lend themselves well to rendering different textures and materials of real-world objects. In addition to the teapot, Martin Newell digitized the entire service, including cups, saucers, and small spoons. Over the years, however, the teapot model has become a staple of the 3D industry.

One of the most popular 3D editing applications, Autodesk 3Ds Max, uses Newell’s teapot to demonstrate the program’s capabilities. It can even be created by an inexperienced user who has never used 3D editors before. The teapot also found itself in pop culture as a sort of Easter egg: the Pixar studio incorporated the model into its animated films Toy Story and Monsters, Inc. The “Utah Teapot” appeared in one of the episodes of the seventh season of the series “The Simpsons,” when two-dimensional characters suddenly gained a third dimension.

A scene from The Simpsons in which the teapot appears

In the animated Windows 3D Pipes screensaver, you can sometimes see that the pipes are connected by a model of the famous teapot. Old Commodore CBM computers from the 80s used a 3D model of the “Utah teapot” to impress users and increase sales: anyone could rotate the 3D teapot frame and view it from all sides with simple keyboard commands.

The actual prototype, owned by the Newell family, is still touring themed exhibitions. Although it is possible that over time it was replaced by a similar kettle.

Monkey Suzanne 3D model in Blender

Blender 3D editor is distributed under a free license, and this is its uniqueness – you can work with this software completely free of charge. It offers maximum technical capabilities and competes with commercial counterparts on a decent level. If Autodesk 3Ds Max offers to start working on the example of “Newell’s teapot” and develop skills, then the creators of Blender have come up with their unusual object – a monkey named Suzanne.

Suzanne’s 3D model consists of five hundred faces and has a simple structure but at the same time unusual geometry. Using her example, inexperienced 3D designers can test various rendering settings and study textures.

The monkey originally appeared as an Easter egg in the latest paid version of Blender. After that, another company bought the editor, attracted investors, and the software became available to all, but Suzanne remained. The monkey, author Willem-Paul van Overbruggen, named it after the orangutan in the hit comedy Jay and Silent Bob Strike Back.

Monkey from Jay and Silent Bob Strike Back

Since 2003 Blender has organized a special competition for 3D developers in three categories: Animation, Design, and Short Film. The winners receive a statuette of Susanna.

How scientists accidentally invented 3D animation

3D graphics have come to an incredible distance in their development – looking at the trailers’ new part of the movie “Avatar: The Way of Water”, it is difficult to distinguish reality from fiction. The image of the planet Pandora and its inhabitants looks so high-quality. Accordingly, like the first picture, the second part was shot in 3D stereo, and many scenes take place underwater, which makes the subsequent editing of the backgrounds and images of the actors even more complicated.

This makes it all the more difficult to imagine how simple the very first examples of 3D computer animation were. It is believed that the founder of this direction in computer graphics was the developer Edward Zayats, an employee of the Bell Research Laboratory, from which scientists seven times received the Nobel Prize for advanced developments in various scientific fields.

In 1963, Zayats was engaged in the mathematical modeling of stabilization systems for communications satellites. To present the results of his work, he processed the data using the ORBIT program and ran it through IBM 7090 or 7094 series computers. The result was simply an animation simulation of satellite motion.

Of course, the scientist did not have the goal of creating an animated 3D video, but his work was remembered by the next generations of 3D designers as the first project and the founder of the entire later professional field.

How the work of 3D animators and designers from Russia won fans around the world

Masha and the Bear

In 2009, as part of the Good Night, Kids! The audience got acquainted with the 3D animated series Masha and the Bear. The creator studio Animaccord, which created the series, hardly expected the worldwide success of the animated film not only among children but also among adults. Individual episodes of “Masha and the Bear” are viewed billions of times on YouTube, cartoon translated into 39 languages and broadcast in 150 countries worldwide.

Annual revenue from the distribution of the cartoon and the sale of thematic goods not only in Russia but around the world is about $20 million. In 2016, Masha and the Bear ranked third in the list of the most popular brands in Africa, Europe, and the Middle East. Even Netflix, which called the cartoon a “Russian phenomenon,” has the rights to show Masha and the Bear.

At the same time, at the initial stage of popularizing the characters, the creators chose an untypical Russian market method of distribution: the cartoon series was published everywhere, even on pirate sites – the task was to inform the audience about its project in any case.

The process of creating an animated series

To work on a seven-minute episode, the studio team needs two to four months. First, a storyboard is created – 2D images drawn according to the script. Then 3D artists and animators are involved in the process and make the first version of the video, which is finalized by the directors.

The final version is processed compositionally and goes on air in 3D programs after final rendering on Animaccord Studio’s server facilities: Autodesk Maya, RenderMan, and Presto. Production cost per episode reaches 6-7 million rubles.

We know a lot about 3D graphics in movies and games. How about using this tool for scientific purposes?

Besides drawing game characters and rendering special effects, 3D design is actively used in science: for the visual demonstration of graphs, experimental results, molecular structures, and prediction of phenomena.

For example, 3D animation creates weather simulation systems that track areas of high and low pressure or cloud cover, airflow directions, temperature zones, and changes in humidity as a function of geographic parameters.

An example of a beautiful and useful collaboration between 3D artists and researchers: creating a 3D representation of the habitat on Mars. In 2015, NASA staff announced a competition – participants had to simulate a comfortable living environment for astronauts on the Red Planet. Team Hassel in the EOC collaboration created the most remarkable project, which not only provides space to live on Mars but also a high level of comfort in space.

As conceived by the designers, the environment model helped astronauts feel at home while providing a high level of safety and functionality.

Post Tags:#3d animation facts

#3d animation #blender

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supertechnologie · 3 years ago

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Coherent Business Concepts(Full Guide)

https://supertechnolgie.com/2022/12/10/coherent-business-conceptsfull-guide/?fbclid=IwAR3zdlNx6i0eWZjwTsGeu-XXakhb_nW6hQcYo0iZzx7JbnRtdjFKl9fNjH0&i=1

#onlinebusiness #work from home

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supertechnologie · 3 years ago

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Bitcoin Myths (Truth Unleashed)

https://supertechnolgie.com/2022/12/09/7-bitcoin-myths-to-avoid/?fbclid=IwAR0MRBelVD-vaR0wMfYszFDuPXQCzqvVup_5EKR0r_hCLqwUMIqIvlabukU&i=1

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supertechnologie · 3 years ago

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Bitcoin Myths (Truth Unleashed)

7 Bitcoin Myths You Must Avoid

On the one hand, proponents prophesy the revolution of the financial economy and on the other hand, critics call Bitcoin a worthless speculation object that only offers advantages for criminals. Especially as a crypto novice, it is difficult to classify the different opinions on Bitcoin. Which thesis is a fact and which is merely a myth? Therefore, in this article, we examine the most common bitcoin myths.

7 Bitcoin myths

Bitcoin has no intrinsic value

Bitcoin critics in particular repeatedly emphasize that Bitcoin has no intrinsic value. This thesis results from the fact that Bitcoin is not backed by any physical security. However, this very same characteristic has been true of our traditional currencies since the abolition of the gold standard in 1971. As a result, the value we assign to our traditional currencies is based solely on trust in the players of the financial system. In contrast, Bitcoin does not require a financial industry as an instance of trust, as the trust comes solely from the technology. In addition, Bitcoin is capped at 21 million and therefore proponents call it inflation-proof.

Bitcoin has been around since 2008, and since then the entire network has been considered one of the most stable systems in the world. This is due to the decentralized storage and verification of all transactions on different nodes (full nodes). Since there are more than ten thousand full nodes in the Bitcoin network, these would have to be deleted without exception. However, this scenario is very unlikely and is tantamount to an attempt to delete the Internet.

Bitcoin is a climate killer

It is a fact that the verification of Bitcoin coin transactions (mining) has a high electricity consumption due to the verification mechanism used called proof-of-work. This is estimated at 0.59 percent of global electricity consumption and is thus almost twice as high as the annual electricity consumption of Switzerland. However, various other comparisons can be made: Christmas lights in America, which have no utility as great as Bitcoin, consume 6.6 billion kilowatt-hours (kWh), more than the country of El Salvador5. More exciting, therefore, is an investigation into the sources of energy required. According to Bitcoin, the Mining feature is designed to ensure that the financial incentive of verifying transactions outweighs the cost of an attack, which requires over 50% of all nodes to be owned by an attacker.

Bitcoin is not a serious asset class

In 2021, the bitcoin price has ranged from €23,000 to just under €60,000. Therefore, critics call Bitcoin a volatile speculation object. Nevertheless, the entire crypto market, and thus also bitcoin, has developed into an alternative asset class in recent years. This can be seen from the increasing current assets of Bitcoin and results, among other things, from the fact that investors are increasingly looking for alternative investment solutions due to the low-interest rates. The President of El Salvador Nayib Bukele has been tweeting increasingly in recent weeks that El Salvador has been buying Bitcoins. In addition, companies like Tesla are diversifying their portfolios with the emerging asset class. As policymakers and more financial players grapple with the issue, the crypto market is an asset class whose relevance should be taken seriously.

transactions outweigh the cost of an attack, which requires over 50% of all nodes to be owned by an attacker.

Bitcoin is not a serious asset class

In 2021, the bitcoin price has ranged from €23,000 to just under €60,000. Therefore, critics call Bitcoin a volatile speculation object. Nevertheless, the entire crypto market, and thus also bitcoin, has developed into an alternative asset class in recent years. This can be seen from the increasing current assets of Bitcoin and results, among other things, from the fact that investors are increasingly looking for alternative investment solutions due to the low-interest rates. The President of El Salvador Nayib Bukele has been tweeting increasingly in recent weeks that El Salvador has been buying Bitcoins. In addition, companies like Tesla are diversifying their portfolios with the emerging asset class9. As policymakers and more financial players grapple with the issue, the crypto market is an asset class whose relevance should be taken seriously.

However, the latest market developments of Bitcoin also show extremely high volatility. You can find out everything about the current Bitcoin crash and how investors should behave now in a detailed article.

Bitcoin prices have plummeted and the risk of speculation has increased.

Bitcoin prices have plummeted, from more than $60,000 to below $50,000 all of a sudden, causing many people who speculate in bitcoin to blow their positions. These people not only did not make money by speculating in bitcoin but lost a lot of money.

The plunge in the price of bitcoin proves that the risk of speculation behind bitcoin has intensified and that many investors want to bag it and are not optimistic about the future price before they dump bitcoin, causing the price of bitcoin to fall in the market.

The myth of bitcoin was shattered in the plunge and people recognized the risks behind it. What other views do you have on this, welcome to discuss them in the comments. You sent

How Is The Digital Currency Mining Storm?

The myth of “one coin, one villa” is still widely circulated in the cryptocurrency circle, and new investors are constantly eager to try it out. But in fact, this small circle has formed a stable power structure from the mining machine manufacturers to the big mine owners and then to the mining pools.

The “mining circle” has become another way to get rich in the blockchain world, and mining machines have become a little-known “big business”.

According to the vision of Satoshi Nakamoto, the inventor of Bitcoin, the ideal state should be “decentralized”, with computing power scattered around the world. However, contrary to decentralization, mining pools are centralized, with more and more mining machines being connected to them.

#bitcoin #bitcoin myths #crypto #bitcoin latest news

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