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TikTok is expected to reach 1.5 billion dollars by 2022, but the real news is that the app has introduced the voices of famous Disney men and women as a text-to-speech feature. ۔

A formal agreement has also been reached between Disney and TuckTalk in this regard. Here you can listen to the voices of your famous Disney characters and use them.

TikTok the company believes that this will help in conveying the message to the people and widening the scope. Secondly, Instagram has also introduced a similar rail feature and Tik Tak has given a practical answer to this. According to TikTok, this feature will appeal to young users who are looking for a creative way.

TikToker, on the other hand, offers a number of monetization and monetization options. That’s why TikTok’s popularity is growing exponentially.

IBM has unveiled the world’s most powerful quantum processor, dubbed the Eagle. Eagle’s processing speed is 127 quantum bits (qubits).

This significant development is expected to pave the way for the commercial development of high-speed quantum computers. In traditional digital computers, data is either stored in a single form or in a single form.

Quantum computers, on the other hand, can have cubits between zero and one, but can also hold data in both conditions at the same time. This makes it clear that endless data processing options can open up.

Now the 127-cubit eagle has been named the world’s most powerful quantum processor. China’s 113-cubit Geuzig, Google’s 72-cubit Brussels Cone record has been broken. 2.0

Quantum computers are being touted as the future of computing based on the principles of quantum physics. It can take computing to new heights.

IBM has redesigned the entire chip architecture. The cobwebs in the processor are placed on the same level (single layer). This reduces errors and spreads the control wiring to many physical surfaces.

If a conventional computer were to be made like the Eagle quantum computer, it would require particles equal to the number of atoms in the bodies of every individual in the world. According to IBM, this is no less than a revolution in the field of quantum computing and has been termed by experts as quantum interest.

In 2019, Google built a 53-cubit Sycamore processor, and IBM has since joined the race. Then last year, Chinese experts performed calculations in minutes with their quantum computers, which could have been difficult to solve in two and a half billion years with traditional computing.

According to IBM, next year it will offer a 433-cubit processor, dubbed the Aspere, then a 2121-cubit computer called the Condor in 2023.

Seeing the growing trend of sharing various things on social media, Google has also added the ‘Share’ option in the address bar of its popular web browser ‘Chrome’.

Let’s say that this option has been available in Android for years for the built-in Google Chrome.

This option for Google Chrome, installed on desktop computers, has been in the works for almost two years, but it has been included in the latest Chrome update.

After this option has been added, a small icon appears on the right side of the Chrome browser’s address bar (where the web address of any website is typed) in which an arrow pointing out of a square box can be seen. ۔

Clicking on this icon will open a drop-down window with different options which have different options (from top to bottom).

In addition, to copy links, QR codes, cast and save pages, these options currently include five more options related to sharing content directly on social media.

These social media platforms include Facebook, Twitter, Reddit, LinkedIn and Pinterest on which any webpage can be shared directly, using this option.

The list is likely to be expanded in future updates to make it easier for Internet users to share social media.

We often hear the saying that the problem is solved at the click of a button, but according to scientific research, this is also the fastest process performed by the human body.

Georgia Tech student Raghio Acharya and others conducted the study, which was published in the Journal of the Royal Society Interface. In this study, experts from the Georgia Institute of Technology have tried to understand the process of clicking and have rediscovered its physics.

According to research, the process of clicking is considered to be so accelerated that the clicking thumb touches the palm in just seven milliseconds, which is faster than blinking.

According to experts, the friction between the middle skin of the finger and the outer skin of the thumb produces a clicking sound, but the speed of rotation in this process is even faster than that of the baseball batsman himself. This observation will help to improve the prosthetic hands and arms.

In this way, they will be closer to human hands.

Saad Bhamla, a scientist involved in the research, said that the research also reflects everyday science and human curiosity, which opens up new avenues of discovery.

According to experts, the process of clicking is very fast and amazing in which a person collects energy and releases it immediately and thus the sound of clicking comes.

Scientists have seen and understood the process of clicking through ultra-fast imaging, automated image processing, dynamic force sensors, and other technologies. In addition, to understand the friction of the fingers, plastic and metal were also applied to them.

Experts note that under normal conditions the rotational velocity is 7800 degrees per second and the rotational acceleration is 1.6 million degrees per square second. That is, in just seven milliseconds, the thumb slips and falls on the palm. According to scientists, this process will pave the way for further research and technology

Scientists at the University of Arizona have experimentally developed a microscopic microchip that sticks directly to the bone and, while inside, monitors its restoration and plays a role in speeding up bone repair.

This device, called the Computer for Bone, will soon send its data wirelessly, and the day is not far when doctors will be able to get accurate data on bone healing. This new technology has been dubbed the oscilloscope technology, the details of which have been published in Nature Communications.

Dr. David Margolis and colleagues at the University of Arizona have worked on it. According to him, it is very important to monitor orthopedic issues and bone development during an injury but this process is also very difficult. The process of bone fusion takes a long time in the elderly and especially in arthritis patients.

Orthopedic surgeons say some people with arthritis spend more time in hospitals than patients with heart attacks and cancer. This is because some bone defects and fractures take a long time to heal. In this context, oscilloscope technology can play a very important role.

According to experts, it is important to know the state of the musculoskeletal system. Now the new technology can be called a complete computer built on bones. But it was important that the chip sticking to the bone be very thin and that it be made in such a way that it is as thick as paper. It is flexible and does not affect the bending of the bones nor does it require any battery.

To glue the computer chip firmly, engineers have added calcium particles to it, as well as particles with a nuclear structure, similar to bone cells. Interestingly, as the bone grows, so does the chip itself.