• Unicorns are usually depicted as white horses with a single horn on their forehead, but they have also been described as having other features, such as goat-like legs, a lion’s tail, or a beard. The horn is said to have magical properties, such as healing, purifying, or granting wishes.

• Dragons are usually depicted as large, reptilian, and winged creatures that can breathe fire, but they have also been described as having other forms, such as serpents, hybrids, or humanoids. The fire is said to represent their power, wisdom, or destruction.

• Unicorns and dragons are both associated with different elements and regions. Unicorns are often linked to the element of air and the direction of east, while dragons are often linked to the element of fire and the direction of south. Unicorns are also more common in European and Middle Eastern myths, while dragons are more common in Asian and American.

There are some real-life animals that resemble unicorns or dragons, at least in some aspects. Here are some examples:

• Arabian oryx: This is a type of antelope that lives in the deserts of the Arabian Peninsula. It has two long and slender horns that can reach up to 75 cm in length. From the side, it looks like it has only one horn, which may have inspired the legend of the unicorn.

• Narwhal: This is a type of whale that lives in the Arctic waters. It has a long and spiral tusk that can grow up to 3 m in length. The tusk is actually a modified tooth that protrudes from the upper jaw. The narwhal is sometimes called the “unicorn of the sea” because of its tusk.

• Komodo dragon: This is the largest living lizard in the world. It can grow up to 3 m in length and weigh up to 70 kg. It has a scaly and muscular body, a long and powerful tail, and a large mouth full of sharp teeth. It can also produce venom that can cause bleeding, pain, and infection in its prey. The Komodo dragon is named after the mythical dragon because of its fearsome appearance and hunting skills.

• Flying dragon: This is a type of lizard that lives in the forests of Southeast Asia. It has a pair of wing-like membranes that extend from its ribs. It can glide from tree to tree by spreading its wings and using its long tail for balance. The flying dragon is named after the mythical dragon because of its ability to fly.

These are just some of the animals that look like real-life unicorns or dragons. There are many more examples, such as the rhinoceros, the okapi, the frilled lizard, and the dragonfish.

Covestro is a large plastic manufacturing company. The company’s research department is staffed by many people who have nothing to do with chemistry. Like what is Christian Gogolin doing there as a quantum physicist with a PhD in physics?

He himself removed that doubt and said, ‘The goal of my work is to apply quantum computing techniques and advanced techniques of computer chemistry. Our simulation experts can create new processes and components for the company based on that.’

Quantum computers are expected to be able to determine the properties of materials before they are sent to the lab. This will not only save a lot of money, but also make finding new ingredients easier. As such, recyclable materials can be identified. Companies, investors, researchers are all talking about quantum technology these days.

There is no dearth of money for research. The German government alone is investing 200 billion euros by 2025. How far will quantum technology advance in the future? Let’s look at such possibilities one by one. Thanks to the laws of quantum mechanics, it is possible to transmit information safely around the world, eliminating the risk of interception.

Professor Rainer Blatt of the University of Innsbruck explained, ‘There are various processes in quantum communications. Today it can be applied on a large scale, can be bought with money For example, it is being applied in the case of transactions between banks.

Think how often these days you carry out credit card or other transactions and keep in touch with others, so it should be impossible to cheat. In the future this will all happen through quantum communications. However, this technology can cause problems when it comes to cryptocurrencies. Will future quantum computers be able to cope with such currency encryption? It has another application.

Rainer Blatt said, ‘Now the question is, what do I need for quantum metrology? Quantum metrology can make conventional measurement techniques even more precise. 

We can measure faster and more accurately. I can even measure things that were not easily possible. In my opinion, this issue is still not being given enough importance. A huge market will develop in the future. It will have many applications in many branches of industry.’

For example, the navigation system can be improved. Satellites can be prepared more precisely. Magnetic fields can be measured more precisely. Maybe at some point brain waves will be measured too. Although there are great hopes, there is still no suitable hardware for such an application.

There are still huge obstacles in the way of success. There is room for error. Many prototypes only work at minus 273 degrees. The computing power of all those devices is also very low. But there are many ideas aimed at improving the situation.

“We have launched a new branch of the modular solution formula,” said Heike Reil, Head of Research in Germany. Because if we connect different quantum processors together, the combined power will become like a big processor. Then the prospect of computing faster than a thousand or ten thousand qubits will become bright.’

Will such efforts succeed? Will it be possible to apply it in industry? How long will it take? As theoretical physicist Jens Eisert thinks, ‘It would be foolish to remain indifferent to the quantum revolution. It has incredible potential. But it should also be remembered that the matter is still in the research stage.

That is, companies have not yet started implementing or building it. Universities are practicing this. What is possible and what is not is still being debated. Everyone is investing huge sums. We have to be careful not to miss that opportunity.’

Although nothing big is possible yet, its future prospects are very bright. Debate rages over which dreams will become reality in the next ten, thirty or maybe 50 years.

Google Maps will reach the destination by avoiding traffic jams: Searching for traffic jams: Google Maps has live traffic updates to inform about traffic jams. It has been in operation since 2007 in the developed world, but it was launched in Bangladesh two years ago.

To use it, you need to click on ‘Real Time Traffic’ from the map menu, go to the ‘Traffic’ option and switch from ‘Live Traffic’ to ‘Typical Traffic’. When the traffic option is turned on, you will see green, yellow, orange and red colors on the road on the map. If you see green color, you will understand that the road is not jammed now. If you see orange color it means medium jam and red color means heavy traffic jam.

Google Maps uses ‘crowd sourced data’ to report traffic congestion. That is, if the location service is turned on on the smartphone of the people who are driving on the road, then Google collects traffic data from them and creates indicators. Through this, Google calculates the number of cars on the road, how fast the cars are moving, and informs about the jam.

Google Maps is useful for finding parked cars: Forgot where you parked your car? Google map can help in this case too. How to find parked cars with its help? On your Android mobile tap on the blue colored location dot when you reach the destination. After that select ‘Save Parking’.

Google map will identify the location of the parked car. Some mobiles have ‘Add Details’ option. The information on which floor of the multi-storey parking is kept will also be saved. If you want, you can also add pictures there. You can find the car later by tapping on ‘Parking Location’ (for Android mobile) or ‘Saved Parking’ (for iPhone). You can remove it from the map by going to ‘Clear’ on iPhone or ‘More Info’ on Android and clicking ‘Clear’.

Show easy routes to multiple destinations: Drive out and visit multiple places, but go to work or a friend’s house? You can also get Google Maps as a useful friend there. First enter the name of the starting point in ‘Starting Point’. At that time also inform the place of destination. After that click on the 3 dots on the right side.

You can add multiple place names by clicking on the dots on the right. You can save multiple place names in it by drag and drop method where you have to visit before the final destination. If you don’t want to open Google Maps online, you can take advantage of it offline. In that case offline map download can come in handy for you.

Know new roads: You can easily recognize roads in new areas through Google Maps. You can find any place on your own by using Google Maps.

Local Guides: Google has millions of ‘Local Guides’. Local guides will remind you of Foursquare and it’s trying to gather a layer of information based on Google’s base map. 

When you’re on Google Maps, go to My Contributions and you’ll be able to search for different locations in your area. By leaving a review, answering a few questions, and submitting a photo, you can contribute to this extra layer of data. This local knowledge helps the map learn things like the vibe of a cafe, whether a hotel has parking or a restaurant option. In return for contributions, users can earn rewards such as enhanced Google Drive savings.

Low-cost Lite mode: Google Lite offers the opportunity to use maps with less data. Where internet costs are very low. You can get the version by searching on Google by writing “Google map lite”.

Then a lightning button on the bottom right side of the screen will confirm that you are in light mode. Like Facebook has Facebook Lite, or Opera Mini, UC Mini, Google Map Lite is a simple tool for Google Maps.

Easy food search: Google Maps has launched a new feature to make the search process for nearby hotels and restaurants easier during the lockdown. Now, by opening the map, information about 25 services is available from additional categories including takeout, delivery, gas and grocery options. 

Android and IOS mobile users can find out how far a hotel is from their home, whether it is open or not, what menu is available through this feature. The feature was first rolled out to users in the US. Then it gradually came to other countries. There is also in Bangladesh.

Although there was an option to find restaurants in advance on Google Maps, there was no shortcut feature. Now options are available without typing. The technology company has taken this decision to make people’s lives a little easier during the novel coronavirus.

How to find food: Open the map app and you will get ‘Takeout’ and ‘Delivery’ options. Select any one. It will come up with any restaurants in your area. You can directly order food from some restaurants through Google Maps. Some restaurants will also link you to third party suppliers.

Physicist Hatim Salih explained a method called ‘ counterportation ‘. You can compare this method to the teleportation system. But even if it looks like a teleportation system, it will not be possible to physically move many particles. That is, it will not be possible to transfer particles from one place to another.

Hatim Salih has prepared a complete blueprint for how to implement this approach. If it is possible to further develop quantum computer systems, this research of wormholes will add a new dimension.

At that time it will be possible to send information quickly and easily from one place to another based on space and time. It will be possible to send information instantly without any physical movement.

If this method is effective, no physical movement of the object will be required. Physicist Hatim Salih believes that with the help of physics and quantum computers, it is possible to easily travel from one place in space to another.

It will be possible to create links between two points in space and exchange information quickly through this method. Frameworks have been developed on the topic of wormholes both in theory and in practice.

To be honest, this blueprint of wormhole is not usable right now. It will require more advanced technology. For this, it is necessary to build a new type of sophisticated quantum computer. 

However, it is not possible to fully know how to build these sophisticated computers. Physicist Hatim Salih believes that wormholes will be created in the lab in the near future .

Another positive aspect of using a 17-inch laptop is not having to switch to new tabs or windows frequently. Big screen viewing is comfortable for your eyes.

Larger display laptops are best if you want to watch movies or enjoy TV series. Moreover, you can get varied experience in gaming from 17 inch laptop.

Many times there are subtle things in the picture or video that the large display laptop is useful for seeing. If you want to work on documents or read a PDF book, a laptop with a large display is suitable.

For those who have to work in front of the device for hours, a laptop with a 17-inch display is quite suitable.

A laptop with a small display may require repeatedly zooming in and out of the document, which is annoying. 17 inch display laptop does not have this problem.

If you don’t have a large size laptop, it will become very difficult for those who do graphic design and video editing work. 17 inch display laptop makes programming and coding very easy.

A 17-inch laptop is more convenient for creating slides for presentations and related work. Reading digital magazines is more convenient on laptops with small to large display sizes.

Many gamers are gaming on laptops. A laptop with a large display is the only advantage when it comes to great gaming experience. Editing photos on a laptop with a large display is quite comfortable.

Laptops with large displays are always useful when your colleagues want to share something with friends or work on devices. Laptops with large displays are useful for analyzing financial data or working with Microsoft applications.

Infinix will include this charger in the upcoming Note series to provide an all-round fast charge solution to the customer. With this all-round fast charger of 260 watts, the phone can be charged from zero to 25 percent in just 1 minute. And it will take only 7.5 minutes to charge from zero to full. In addition, the Infinix phone can be fully charged in just 16 minutes with a 110 watt wireless fast charger.

Infinix’s state-of-the-art all-round fast charge technology can meet the customer’s charging needs in any environment. In this age of 5G, this technology will free the customer from all worries about phone charges.

Using Infinix’s first-generation all-round fast charge solution, customers can now charge their phones in different ways depending on the location. Fast, easy, smart and safe charging solutions without being tied to a power source.

The innovative solution includes reverse charging, bypass charging and multi-protocol charging in addition to wired and wireless fast charging. As a result, Infinix will provide a unique experience in fast charging. With the reverse charging system, the phone will be a portable charger from now on. At the same time, there are intelligent charging systems and monitoring features like night charging and bypass charging for safe charging. Also, these features keep the phone’s battery temperature down and help increase battery life.