13 Facts to Know about Artificial Intelligence

Scientists and innovations have been attempting to build a machine that thinks like a person since the advent of modern computer technology. In order to develop a mechanical process to human thinking and decision-making, algorithms and networks became the foundation of what is now called artificial intelligence.

AI is now a proper, practical tool, once laughed at as just the story of science-fiction movies. Mostly on the basis of bringing AI technology to the masses, several new startup companies are being created, and bigger companies enter the discussion as well.

Although there is a rapid growth of the AI industry, the technology continues to face challenges, including constant misunderstanding. In this article, we have jotted down some of the important facts about AI that you should be aware of.

AI has Deep Roots in the History

The thought of AI conjures up for many of us visions of a robot or other anthropomorphic machines which can both think and think and understand as well. Some Greek Myths, including the golden robots of Hephaestus, have already seen the concept of a machine-man. In addition, medieval myths about alchemy referred to the placement of the human brain in inanimate artifacts. Some also claim that statues hold human thinking and feeling, as they worship actual statues.

Alan Turing has Contributed a lot to the Development of AI

In 1950, Alan Turing released his paper “Computer Machinery and Intelligence,” in which he sought to determine whether a machine could win the “Emission Game,” which was also the name of the recent Turing film. The test tried to differentiate between the gender of two players from a machine. The paper implemented the Turing test for the first time. Computer machinery and information are widely considered to be the most important work on AI.

Formal Research on AI Begin During the 1950s

Even when AI was done previously, till the 1956 Dartmouth Conference, it did not become a formal academic discipline. The organizer, John McCarthy, promoted the use of the term “artificial intelligence.” Until his death in 2011, McCarthy continued to contribute to AI’s work in several universities.

Natural Processing of Language is Essential to AI

One of AI’s main aims is to realize the area of natural language processing in such a computer and to interact in natural languages. The machine should be able to process natural languages such as Spanish or English.

Autonomous vehicles require AI

The development of autonomous vehicles or vehicles which can pilot themselves have become one of the greatest technological advances in transport in recent years. With many of the top AI technologies we now have, new cars such as Google driverless cars and also some autonomous drones will not be feasible.

Investors Have Came Forward to Fund Upcoming AI companies

What is usually considered a “hot” market for startups, but AI is certainly a hot market. The number of new startups funded in the area is rising as per CB Insights. After a couple of years in service, businesses including Sentient Technologies raised over 100 million USD in funding.

Big tech Businesses are Gambling on AI 

The AI boom is not exclusively attributable to small startups. Major technological giants invest in space and even acquire AI firms. IBM’s Watson does everything from work for hospitals to preparing meals. Google made headlines when it bought AI’s 400 million USD DeepMind startup, and recently Facebook bought Wit.ai.

AI-powered robots can think together Robots Powered by AI 

The CoCoRo project has created artificial intelligence robots in Europe which can act as a fish school together. The robots could search an area, scan the environment and submit data.

Some Robots has Featured to Socialize

A robot named Kismet could communicate by recognizing the language and a lot of the human body as well as reposting it in accordance with the feedback from MIT’s Artificial Intelligent Lab. Throughout the 1990s, Cynthia Breazeal was created by Kismet.

Artificial Intelligence is Polarizing

There is no technology as controversial as AI. On the one hand, leading firms and universities are contributing money to AI R&D. Conversely; scientist Stephen Hawking cautioned that the end of the human race might be AI. Bill Gates and Elon Musk have expressed both negative views about AI. Whatever camp you go through, a unified view about AI is probably not going to be forthcoming.

Many AI Devices has Female Voice

Have you really wondered why so many “females” are virtual helpers? Take a glance at Siri, Cortana, Google Assistant, and Alexa, although they are not clearly named after women. They are all very nice and polite voices, and you could easily recognize them.

There may be a couple of explanations. The first point is that the voice of the woman is louder and also has a higher pitch, making it easier for users to equate with male voices to understanding. In addition, women’s voices are more appealing than men’s.

Even so, this may also be due to the fact that experts working on artificial intelligence are also mostly men, and while that artificial intelligence practitioners, just 22% are women, and also that women were secretaries and assistants. However, we need to make it clear that actually several virtual assistants, such as Google Assistant, have their male counterparts.

Future of AI in art

The only people who could really create art were considered. But this assertion is a little controversial with the emergence of AI. The new artificial intelligence breakthroughs have given him creative strength. AI will create not less impressive masterpieces than those of famous artists. Artificial intelligence has become very impressive and exceptional to compose a screenplay, to make music, or to paint portraits. Take a glance at such an algorithm developed by Edmond Belamy.

Two other examples of artificial intelligence which can create art that cannot be distinguished from those of a person are Google Deep Dream and The Next Rembrandt.

Robots have Features to Heal themselves

You don’t think that even if robots could fix themselves, it’d be much safer, and we haven’t spent too much time searching for the right service company? Ok, maybe it isn’t just a fantasy of piping. The creation of artificial intelligence has allowed robots to repair themselves automatically. It isn’t that you realize that you’re broken, but you can find out that your performance is incorrect and, therefore, can easily fix yourself when needed.

Final Words

So these were some of the most interesting facts about Artificial Intelligence that you need to know about. It can be concluded that AI has a huge impact on today’s world, and it is of great importance.

Read More

15 Ways Artificial Intelligence is Creating More Jobs

In recent years, artificial intelligence has gained much traction. This was largely due to breaking the human productivity bottleneck, lowering repetitive tasks, and improving working efficiency. As a result, virtually every industry throughout the world plans or has introduced AI in its business.

Implementing AI could also, however, lead to several human jobs being eliminated. In reality, AI has outperformed people in all imaginable ways in fields like medical diagnostic, speech translation, as well as accounting. There is also this overarching concern that AI will take over most of the jobs worldwide one day.

The accounting firm PwC estimates that between 2017 and 2037, more than 7 million jobs will be moved by AI. It would, however, also create 7.2 million jobs, a net profit of 200000 Million USD.

15 Ways AI is Creating More Jobs

Rising Demand of Hybrid Man-Machine Teams

The way people and AI blend to build hybrid teams would depend mostly on the future of jobs. An AI has forces like speed, computing, precision, etc. An individual has strengths like empathy, cognition, judgment, and so on. This position will incorporate both AI and people’s strengths to achieve improved business results. The Accenture report last year predicted that new AI-human cooperation applications would increase jobs by 10 percent by 2020.

Worldwide Employment

Companies that implement AI effectively can provide their companies with more capital. In turn, this would lead to higher salaries, improved technologies, and more productivity. Companies can effectively extend their reach worldwide with such results. As a result, they need a global workforce, which again provides massive jobs.

Artificial Intelligence Role in Sales and Marketing

In marketing and sales, AI already has a significant position. AI will help create effective, large-scale sales forces by developing smart databases. Tools like Zendesk as well as Salesforce with AI helps corporations to hire their businesses to appropriate sales teams.

AI Assists Companies to Scale-up

If AI and learning machines could use large volumes of large data wisely, they could help businesses achieve better performance. It also increases the staff retention rate and helps to acquire new customers. This creates new opportunities for employment as businesses start to expand and develop and support the entire industry.

AI will Generate Job Positions:

A recent WEF study predicted that almost 50 percent of corporations’ full-time staff would decline over the next few years. Even if AI eliminates jobs, it creates demand for new jobs. Human beings are required to monitor, strengthen and manage work to operate properly. The WEF suggested that additional skills to manage the interaction between technology and people would be necessary for new roles.

Artificial Intelligence Maintenance Jobs

AI helps companies work in fields like automation, customer service, etc., more effectively. In all their critical processes, several organizations incorporate AI too. The market for an AI maintenance workforce is booming, as AI is introduced in every industry. To manage their systems, firms will need large numbers of AI developers and engineers.

AI and Robotics

Over the next few years, the field of robotics will expand enormously. Company businesses worldwide gain considerable business interest from AI-based robots like stationary robots, non-humanoid robots, as well as fully autonomous aerial drones. This higher demand is bound to provide AI robotics engineers with a lot of employment.

Artificial Intelligence Facilitator Roles

The increased adoption by AI would require AI facilitators to give businesses the flexibility to build their own AI environments. This function involves the development of automated environments and construction systems, for example, virtual aids. The AI-based environment helps staff to work better with safety, data control, management, and enforcement without compromises.

AI and Healthcare

Health is one field in which AI applications have much reach. PwC reports that it will be one of the AI’s largest winners, with employment prospects growing by almost 1 million. AI healthcare will, in the immediate future, be available on request to everyone. Therefore, there will be a growing demand for AI-assisted employment for healthcare technicians.

AI and Gaming Industry

AI apps are enormous in the gaming industry. AI played an essential role, which reaped enormous rewards for gaming companies, from game design and growth to operations and maintenance. Companies are bound to invest much money in AI-based systems because virtual reality games have become very common. Therefore, gaming work by AI developers has been highly sought after.

AI and Automated Transportation

Throughout the automated transport market, AI has already been playing a major role. Companies such as Google and Uber spend millions of dollars on AI-powered automobiles and lorries. As this means of transport begins mostly in the future, numerous vacancies will be created for AI engineers and computer learners.

AI and Financial Services:

Corporations like banks in Financial Services require AI engineers to build systems to detect and prevent fraud. They often use an anomaly detection model based on machine learning to track and recognize suspicious behavior. AI is progressively used during financial marketing, apart from the defense. Financial firms create programs that can organize consumer travel on their favorite networks at the right time. Therefore, the AI employment scenario is extremely optimistic throughout the Financial Services market.

AI and Education 

The latest PwC study has shown that almost 200000 additional jobs are expected in the education sector. Gently, the education sector moves to e-learning. AI relies heavily on concepts such as intelligent content, personalized education, and others that are data-driven. An eSchool news report showed that AI would be improved by 47.5 percent in education by 2021. In order to promote this development, many AI and machine learning experts must be recruited from the industry.

AI and Entertainment Industry

Throughout the entertainment world, AI and machine learning have seen enormous promise. Streaming services such as Spotify, Netflix, Amazon Prime, and Hulu also use their business model AI technology. AI algorithms can be used to suggest the media that meet the needs of the user by recognizing the online actions of consumers. This is only one of the many uses offered by AI in this field. Thus the industry would certainly employ a massive AI staff to meet all its requirements.

Digital Assistants and AI

The better the year becomes digital helpers like Siri, Google Assistant, Bixby, and Alexa. Global IT behemoths like Samsung, Google, and Amazon put billions of dollars into making complicated tasks for digital assistants. These tasks require knowledge of our everyday activities, speaking comprehension, etc. The global smart virtual assistant market is going to hit 19.6 billion USD by 2025, as per the Zion market report. This estimate simply shows that a large number of AI jobs in this industry will be created.

This is how AI is creating more jobs in the current world. Therefore it can be concluded that AI will change the future of the industrial and job sector.

Read More

How Space Technology has Evolved on The Last Decade

Although very interesting, space exploration is extremely expensive. Were you aware that the budget of NASA’s fiscal year this year is 21.6 billion USD? Imagine the technological progress the department will make with this high budget. Our daily use of technology like mobile phones and smartphones might seem advanced for you, but in comparison to the complexities of space technology, that’s nothing. Let’s all look at some of the most groundbreaking innovations that have been invented by space exploration to help us understand as much about the Universe as possible. Through this article, we will determine how much space technology has evolved from the last decade.

The Hubble Telescope

This telescope has become one of the most significant space exploration developments since its launch in 1990. This technology, located at 569 km above the surface of the Earth, prevents atmospheric distortion, enabling thousands of jaw-dropping photographs to return to the Earth. It also contributed to explaining many of the biggest mysteries in space. It helped us decide the universe era, showed that dark energies are present, planets discovered, quasars, and so forth. The antennas on the telescope are sent to its Goddard Space Flight Center and gather data. The technicians can communicate with it by sending commands utilizing satellites. Two main machines and several smaller units comprise the telescope. One computer is responsible for controlling the telescope whereas the other transmits its data to many other instruments and transfers it to satellites which really pass these details to the Centre. You can check out many of the great pictures taken through the years by this sophisticated telescope.

Spacesuit Technology

Were you aware that a spacecraft weighs more than 300 lbs, and it costs to build $22 million? While extremely costly, they are very advanced in technology. Spacesuits permit us to get into environments which humans are usually unable to withstand at high temperatures for even more than a few seconds. In addition, they supply oxygen for us to breathe throughout spacewalks as well as provide water for drinking. The suits even defend the astronauts against space pollution, radiance in space, strong sunlight, as well as enable them to travel on gravitationally restrained surfaces. We would not have been able to walk on some other terrestrial planets without these complicated space suits.

The Kepler Telescope

The cost-effective Kepler telescope only lasted 3 to 4 years but was intended to last nearly ten years. This telescope has been designed to locate planets that are close to Earth outside our solar system. It published more than four and a half hundred planets and planet candidates. Out of the nine years of space, Kepler was faced with the constellation of Cygnus for the last four years. In observing diming stars as planets moved in front of them, Kepler discovered exoplanets, planets that orbit stars outside our Solar System. The biggest accomplishment of Kepler was the discovery of the diversity of our universe and planets and even sometimes orbit many stars and also in the Star Wars Universe. Without telescopes like these, people can’t see what is outside of our neighborhood. The distance from our home planet to a human being, in reality, is only 400171 km. Our telescopes like Hubble have an unpredictable space of up to 13 billion light-years, while one light-year is about 9.46 trillion kilometers.

International Space Station 

The ISS seems to be the biggest and also most costly technology ever developed, weighing nearly one million pounds and costing roughly 160 billion USD. This high-tech technology enables its passengers, so they only need 90 minutes to orbit the Earth at five miles per second. It can also be linked simultaneously to the station by up to six spaceships. While this technology is highly advanced, a great deal of work is needed to keep it. About half a million flight software lines have over 50 computers controlling devices, mostly on the space station and over three million lines of land-based software code. These space expenses are highly satisfying, although they are expensive. The ISS functions as a scientific facility, and that as a result, we learn more mentally and physically about just the impact of space on the human body.

Spirit & Opportunity

Spirit & Opportunity are two successful Martian rovers, which have been sufficiently advanced to monitor us from the Earth with several discoveries on Mars. Their goal would be to conduct geological fields and render atmospheric observations mostly on nearly opposite sides of Mars. Not only did they give us the first color and transparent photos of the surface of Mars, but also they found the sporadic water flow on Mars in 2015. These two rovers were overrun by many years of their projected 90-day existence, rendering them one of NASA’s most promising innovations.

There are just a few of so many elaborate innovations mentioned above. The money we spend on technology has greatly enabled us to increase our universe awareness. We wouldn’t be as aware of space exploration without technology like we do nowadays. Dr. Katie Bouman took the first-ever picture of a black hole, for instance, on 10 April 2019. In the center of the galaxy called M87, the black hole throughout this picture is about 55 billion light-years away. We are expanding our understanding of space, as well as technology is a key factor for this. Who determines what innovations throughout the future we are going to develop. Perhaps one day, we will get far closer to just the speed of light at a velocity, and our explorers can explore various galaxies.

Final Words

Looking at these innovations, we can conclude that space technology has taken a huge leap and evolved very much, and by time, it will grow to higher stages and will change the face of space technology.

Read More

Why the Future Looks Bright for Solar Energy  

The solar industry has come a long way over the last decade. The global market in 2010 was very limited and reliant on subsidies in countries like Italy, Germany, and the UK. The widespread use of solar power has faced a variety of obstacles in recent years. For these ambitions, fast technological advancements were necessary with aggressive price goals that set high bars. Nevertheless, the solar industry excellently and solar systems have reached record levels in 2020.

Only at the end of 2019, global grid-connected solar power hit 580.1 GW, along with 3.4 GW off-grid pV as per the International Renewable Energy Agency. Even by the end of 2019, the US alone had installed over 2000000 PV systems with a total solar capacity of approximately 71300 MW as well as a capacity of over 100 TWh.

The global solar industry is predicting a 14 percent increase in 2020 compared with its global solar capacity installed in 2019, as a report by IHS Markit published throughout early 2020. Throughout the year, they planned to install an additional 142 GW, seven times the total solar capacity installed in 2010. Of course, neither one of us knew that the entire world would be suffering from a pandemic in January when this was written. While a recent evaluation has shown that global renewable energy growth is being hurt by the Covid-19 crisis, it does not halt. In the US, rooftop facilities were affected; however, the solar market remained remarkably robust, and record facilities are still expected to reach in 2020.

Solar Energy Cost

In the last decade, solar costs have certainly plummeted as new technologies are promising to raise solar efficiency further cheaper, particularly in sunnier areas, where a new generation of electricity already has developed into the lowest cost. Since solar energy is readily available as well as renewable, Solar will become the largest source of electricity in much of the world by 2030. The solar industry is rapidly increasing before solar power becomes immutable as compared with fossil fuels, which would have a positive effect on the environment as well as climate change. Solar can be installed easily and fast and can be flexibly powered as anything just as small as just a watch or as big as a city. The adaptability of Solar means that over the next ten years there’s no excuse why the solar sector should not continue to expand.

There are concrete proposals for cost savings in the solar industry so that solar costs can be halved by 2030.

It is expected to continue to reduce costs and mount silicon solar cells in significant numbers. The US is expected by at least 700 percent that these cost reductions will increase solar power produced by 2050! In the meantime, research is ongoing on various designs to make solar cells more powerful and cheaper.

Solar Cells Future

Higher performance modules have already been designed today to generate 1.5 times higher power than current modules with tandem silicone cell technology.

A new design needs to be capable of capturing more light, transforming light energy more effectively into power, and building less than the current designs in such an effort to overcome existing solar cells. There really is no question that solar energy would be taken up by the energy manufacturers and customers if the energy they generate is equivalent or cheaper than any other non-renewable energy.

One choice for the capture of more light from solar cells is to install solar cell electronics which monitor the sun as it passes through the sky by day. If the solar cell still points to the sun, far more photons strike it than if it just points at midday towards the sun. The cost of developing electronics that can achieve this precisely and reliably for many decades is currently prohibitive. Its use of mirrors to light a smaller and thus less expensive solar cell is also an alternative to having the solar cell itself move.

The efficiency of solar cells is yet another way to enhance the way they operate so that they can better turn sunlight into power. Solar cells with far more than just one layer of light collection material have shown themselves to absorb more photons than solar cells with a single layer. These cells are currently also too costly and hard to commercially use, but continuing research will allow the super-efficient cells one day to be implemented.

Production advances are all in the pipeline, which will reduce the volume of costly materials used to produce solar cells like silver and silicone. If we look into the future, alternatives to silicone are likely to emerge in our solar farms as well as rooftops to provide safe and sustainable energy sources.

The simple reduction of solar cell costs is an alternative to improving performance. Regardless of the fact that silicone manufacturing has decreased over the years, it still greatly raises the cost of solar cell installation. The price of materials is lower if thinner solar cells are used. These “thin-film solar cells” have used a material layer that only covers 2 to 8 micrometers in thickness, only about 1 percent of the amount used in the production of a conventional solar cell. These thin-film cells are, however, similar to cells with several layers that restrict their use, but research is ongoing.

Another breakthrough is the creation of bifacial modules that allow panels from both sides to collect solar energy. In addition, engineers continue to look for ways to further integrate solar energy into our homes, companies, and energy systems. This calls for better power electronics and more cost-effective emerging technology.

Sun Sets Down on the Fossil Fuels

A variety of different factors are driving the transition of energy supplies worldwide away from polluting sources like oil, coal, and gas. One aspect that drives this transition is political because the world is stepping up its efforts to reduce temperatures by less than 2 degrees Celsius in conformity with the 2015 Paris Agreement. Another significant factor is the economy because renewable energy costs have decreased considerably and have become competitive with many other energy sources. One-third factor behind improvements is market demand by increasingly introducing new technologies such as electric cars and solar photovoltaics.

Read More