Pakistan’s role in brokering the US-Iran ceasefire has sparked growing international calls for recognition, with suggestions emerging to nominate the country’s top leadership for the Nobel Peace Prize.
Following diplomatic efforts that helped secure a ceasefire between the United States and Iran, strong suggestions have surfaced regarding a Nobel Peace Prize nomination for Pakistan’s leadership.
Prominent voices have urged global recognition of the efforts made to end a conflict that had continued for more than a month and threatened wider regional instability.
Notable figures have highlighted the role of Shehbaz Sharif and Syed Asim Munir in mediating the ceasefire. Their efforts, they say, contributed to saving millions of lives by helping bring an end to the US-Iran war.
Also Read: China welcomes US-Iran ceasefire, praises Pakistan’s mediation
Leaders from around the world have also appreciated Pakistan’s diplomatic role, commending both the prime minister and the army chief for their coordinated efforts.
Ceasefire linked to Pakistan’s mediation
The development follows reports that the United States and Iran agreed to a ceasefire at the request of Prime Minister Shehbaz Sharif.
Pakistan’s involvement has been widely seen as a key factor in creating a pathway for dialogue between the two sides after weeks of escalating tensions.
Also Read: World welcomes Iran-US ceasefire after Pakistan’s intervention
Former Italian prime minister Paolo Gentiloni said that Pakistan should be awarded the Nobel Peace Prize for its role in securing the ceasefire. His remarks add to a growing chorus of international support acknowledging Pakistan’s contribution to regional peace efforts.
Forse merita il Nobel. Il Pakistan.
— Paolo Gentiloni (@PaoloGentiloni) April 8, 2026
Global appreciation for peace efforts
Beyond individual endorsements, leaders across the world have expressed appreciation for Pakistan’s mediation. They have emphasized the importance of diplomatic engagement in resolving conflicts and preventing further escalation in volatile regions.
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