Tutorial customising iPhone new iOS 14 widgets: Apple's new operating system, iOS 14, has already been in the air for a few days and brings with it hundreds of new features. One of the most interesting, especially in view of greater customization and productivity is the addition of widgets to the home screen of the iPhone.

You can view your calendar with the events of the day, the weather, what you are listening through the Music app or much more, yes, all from the latest version of the operating system.

What is clear is that it makes everything more visible and intuitive. Fortunately, it is very easy to use and customize the widgets of iOS 14 and it will not take you more than a couple of minutes to fully master them.

Tutorial customising iPhone new iOS 14 widgets

To use iOS 14 widgets, have your iPhone with the new Apple operating system installed and follow these simple steps:

-Press the screen for a few seconds until the apps start shaking.
-Look at the top left symbol and enter the Widget menu.
-Here select the one you want from the list, choose its size and Add widget.

What you need to be clear before you can customize iOS 14 widgets is that you'll need an app to be able to do so, as what Apple's operating system allows is more limited.

-The first thing you'll have to do is download the Widgetsmith app.
-When you have it, go into the app and tap one of the three options available, keeping in mind which design you want to choose next.
-Whatever it is, when you tap on one of them, just give it to the Default widget option.
-Here choose style, color and everything you want and when you have it, give it to Save.
-Now just repeat the previous process to go to the widget selection, choose the Widgetsmith option and the corresponding size and you will see how it appears on screen.

Once you've done this, you'll know how to use and customize widgets on iOS 14 and you'll have a mobile that looks more like what you're looking for from it and that will make you more productive, as you'll have everything at your fingertips.

Thanks for reading: Tutorial customising iPhone new iOS 14 widgets

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What are the 4 potential worlds for there to be extraterrestrial life, according to science

The biosphere contains the elements necessary for the development of life on Earth: liquid water, at least one source of energy and an inventory of biologically useful elements and molecules.

However, recently a discovery has shown that at least some of these components also exist in other parts of the Solar System.

In this regard, Science Alert has compiled the 4 most promising places for extraterrestrial life.

Mars is one of the most Earth-like planets in the Solar System, having a 24.5-hour day, polar caps that expand and contract with the seasons, and a variety of surface features that were sculpted by water during the history of the planet.

The detection of a lake under the southern polar cap and methane in the Martian atmosphere make Mars a very interesting candidate for life.

And, although methane is important because it can be produced by biological processes, the real source of the compound on Mars is not yet known.

Although today Mars has a very thin and dry atmosphere composed, almost entirely, of carbon dioxide, it is possible that, at some point, it has strengthened life, as it had a much more benign environment.

Because of carbon dioxide, the Red Planet offers little protection against solar and cosmic radiation but, if Mars has managed to retain some water reserves below its surface, it is not unreasonable to think that life can still exist.

Europe was discovered by Galileo Galilei in 1610, as were the other 3 larger moons of Jupiter. It is slightly smaller than the Earth's moon and orbits at a distance of about 670,000 Km. once every 3.5 days.

According to the BBC, If there is extraterrestrial life in the Solar System, scientists bet that it is in Europe, the icy moon orbiting Jupiter.

And it is, Europe seems to be covered in doodles made by a 2-year-old boy.

However, these marks are actually cracks in the ice, many of which are filled with an unknown brownish contaminant.

The rest of the moon has a tortuous and irregular surface, as if huge blocks of ice had shifted and turned in the middle of a muddy.

The planet's gravity helps create tidal forces that expand and shrink the satellite. Thus, the forces that have created Europe's rough terrain can be best explained by the ice platforms floating over an ocean of liquid water.

"The fact that there is liquid water below the surface, which we know from previous missions, makes it one of the most exciting targets for seeking life," Andrew Coates, a professor at UCL's Mullard Space Science Lab in Surrey, UK, told the BBC.

In this sense, the liquid could extend to a depth of between 80 and 170 km inside the satellite, so Europe could have 2 times more liquid water than there is in all the Earth's oceans.

Like Europe, Enceladus is an ice-covered moon with an underground ocean of liquid water.

It orbits Saturn and scientists began to consider it as a potentially habitable world after the surprising discovery of huge geysers near the south pole of the moon, which offered clear evidence of an underground storage of liquid water.

According to Science Alert, not only water was detected in these geysers but also a set of organic molecules and tiny grains of silicate rock particles that can only exist if water in the subsurface ocean is in physical contact with rocky ocean soil at a temperature of at least 90 ° C.

Titan is Saturn's largest moon and the only one in the Solar System with a substantial atmosphere.

In addition, it is composed of a thick orange haze of complex organic molecules and a meteorological system of methane instead of water, which causes seasonal rains, dry periods and sand dunes created by the wind.

Its atmosphere, mainly nitrogen, which is an important chemical element used in the construction of proteins in all known life forms, allows it to be one of the 4 promising worlds.

In this sense, radar observations have detected the presence of rivers and lakes of liquid methane and ethane and possibly the presence of cryovolcanes, characteristics similar to those of volcanoes that erupt liquid water instead of lava.

Titan, like Europa and Enceladus, could have an underground reservoir of liquid water.

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