Putin: Only modern multipolar system can eliminate global tension

Putin: Only modern multipolar system can eliminate global tension "A multipolar system can reduce tensions in the world and eliminate the military-political risks," Russian President Vladimir Putin said in his address to the participants and guests of the Moscow International Security Conference, Report informs.
Region
August 16, 2022 13:30
Putin: Only modern multipolar system can eliminate global tension

"A multipolar system can reduce tensions in the world and eliminate the military-political risks," Russian President Vladimir Putin said in his address to the participants and guests of the Moscow International Security Conference, Report informs.

According to him, it is necessary to strengthen the modern multipolar system of the world.

"No matter how tightly the beneficiaries of the current global model cling to the current situation, the end of this system has come - historical geopolitical changes will develop in a different direction," Putin said.

"They are trying to maintain the hegemony and power by all means. They do not want to allow countries and peoples to escape the neo-colonial order's grip. Their hegemony means stagnation, ignorance, destruction of culture, and neoliberal totalitarianism for the whole world and civilization," the Russian President said.

According to Putin, the West is purposefully destroying the European security system by creating new military alliances: "They explain this with the need to strengthen security in Europe, but in practice, the opposite is happening."

He emphasized that the proposals put forward by Russia in December last year regarding mutual security were ignored.

According to him, the West has adopted several sanctions packages against Russia after the start of military operations in Ukraine. These restrictions also applied to government officials, financial and industrial enterprises, as well as about half of the international reserves of the Central Bank of Russia.

Latest news

Orphus sistemi