Is Trudeau sheltering some criminal elements espousing the cause of Khalistan?
There is no evidence that Canadian Prime Minister Justin Trudeau is sheltering criminal elements espousing the cause of Khalistan. However, there have been some allegations that he has been sympathetic to the Khalistan movement.
The Khalistan movement is a Sikh separatist movement that seeks to create an independent Sikh state in the Indian state of Punjab. The movement has been active since the 1980s and has been responsible for several terrorist attacks in India.
Trudeau has met with Sikh leaders who support the Khalistan movement and has spoken out against the Indian government's treatment of Sikhs. However, he has also said that he does not support violence to achieve political goals.
In June 2018, Canadian Prime Minister Justin Trudeau attended a rally in Surrey, British Columbia, that Sikh separatists organized. The rally was held to commemorate the 34th anniversary of Operation Bluestar, a military operation by the Indian government to flush out Sikh militants from the Golden Temple in Amritsar, Punjab.
Trudeau's attendance at the rally was criticised by some quarters, who accused him of being sympathetic to the Sikh separatist movement. Trudeau later apologized for attending the rally, saying he did not realize that separatists organized it.
He later apologized for attending the rally, saying he did not realize that separatists had organized it.
The allegations that Trudeau is sheltering criminal elements espousing the cause of Khalistan are serious, but there is no evidence to support them. Trudeau has denied the allegations, and there is no credible evidence to suggest that he is involved in any illegal activity.
It is important to note that the Khalistan movement is a complex issue, and there are a variety of perspectives on it. Some people believe that the movement is justified, while others believe that it is a terrorist movement. It is important to be aware of the different perspectives on this issue before forming an opinion.