Magnetic Pulsator Live Wallpaper- Premiu

Mobile Visuals個人化2018-07-09

價格：免費

更新日期：2018-07-09

檔案大小：2.4M

目前版本：2.17

版本需求：Android 4.0.3 以上版本

官方網站：http://www.mobile-visuals.com

Email：eyvind@mobile-visuals.com

聯絡地址：Lofotengatan 21 16433 Kista

This app uses formulas from quantum magnetism to simulate motions, which occur at the quantum level. This simulation creates fascinating and hypnotic magnet patterns. This app is truly one of its kind, there is nothing similar on the market. Enjoy the ultimate magnetic fields simulator now!

*** 18 visualizations included ***

Experience magnet visualizations like "Magnet warper", "Self aware magnet", "Quantum magnet" and "Deep sea worm". You can focus on each one of the magnetic patterns and use them for meditation or relaxation for as long as you want. This will elevate and raise your consciousness, so you are in harmony with earth and the forces of nature. This is called the magnetic ascension.

*** Music choice ***

Play your music with any player, like Google Play music! Then switch to this app. It will then follow and visualize the music. You can also listen to and visualize music from 47 radio channels. These are available from the settings menu.

*** Create your own visualizations ***

Design your own magnetic visualizations by adjusting the fill, pulsation, transparency and line width. 16 mesmerizing color modes are also included. You can also adjust the pulsation and the speed.

***** Quantum magnetism *****

Quantum magnetism describes the behavior of single atoms as they act like tiny bar magnets. It is different from classical magnetism, the kind you see when you stick a magnet to a fridge, because individual atoms have a quality called spin, which is quantized, or in discrete states (usually called up or down).

What makes magnets magnetic is that the spins of the atoms are pointed the same way. The spins of the electrons in the atoms are however oriented randomly and cancel each other out. Quantum magnetism are different, because a line of atoms spontaneously organize itself, with the spins in a non-random pattern. Seeing the behavior of individual atoms has been hard to do, because it required cooling atoms to extremely cold temperatures and finding a way to “trap” them.