"global harmony" is a correct and usable phrase in written English.
It can be used to refer to a peaceful, cooperative relationship between different nations and cultures in the world. For example, "The leaders of these nations hope that by working together, they will help to bring about global harmony."
In 2010, he stands for hard work, charity, perseverance, family values and global harmony.
With Burt Bacharach, world peace, global harmony and the grit behind the glamour were merged in words and music.
The song, promoting global harmony, includes the lines "Come, little rabbit, come and play/Come, little rabbit, let us sing".
He is fascinated by other cultures and desires global harmony, seeing the whole world as his home.
Strangely, the show's homogeny became even more evident when Tim McGraw performed the ballad Humble and Kind, a recent single connected to an online movement promoting global harmony.
Then came the Saint-Simonians, followers of a French aristocrat and Utopian socialist, who dreamed that global harmony would involve, among other things, better transport links (the builder of the Suez Canal was a believer).
In The End of History and the Last Man, Fukuyama writes that the "enormously productive and dynamic economic world created by advancing technology" has a "tremendous homogenising power": global political harmony is the "ultimate victory of the VCR".
During the Champions League final Gary Lineker posted a simple five-word tweet: "Pepe is such a dick!" It did not so much strike a chord as create global symphonic harmony on social media.
A Multiobjective Global-Best Harmony Search (MOGBHS) heuristic algorithm was implemented and tested successfully.
Results indicate that the HS variants called the Improved Harmony Search and the Global-Best Harmony Search offer a better performance for solving EIV parameter estimation problems.
The algorithm is based on three main components: 1) Global-Best Harmony Search as a heuristic optimization strategy, 2) ordering of non-dominated solutions as a multiobjective optimization strategy, and 3) simulation of discrete events to evaluate solutions.
