Balasore (Odisha), May 30: Congress leader Rahul Gandhi on Thursday said renowned figures like Martin Luther King Jr., Nelson Mandela, and Albert Einstein drew inspiration from Mahatma Gandhi.
He made these remarks during a political gathering in Odisha's Balasore district.
Responding to Prime Minister Narendra Modi's assertion that the world only learned of Mahatma Gandhi through the film 'Gandhi,' Rahul Gandhi criticised those affiliated with the RSS, suggesting their lack of understanding regarding Gandhi's legacy.
"Whose training is done in ‘sakha’ of RSS, they are followers of Godse, they do not know anything about Gandhiji. They do not know about the history of Hindustan, truth and violence. This is expected that the PM will tell that the world does not know anything about Gandhiji," he said.
He emphasised that people like Martin Luther King Jr., Nelson Mandela, and Einstein, along with various freedom movements, found inspiration in Gandhi's principles.
"Martin Luther King Jr., Mandelaji, Einstein and many others took inspiration from Mahatma Gandhi. Different movements, freedom movements also took inspiration from Gandhiji. Children of India also get inspiration from Gandhiji," he added.
Rahul Gandhi concluded by saying further comments on the matter were unnecessary.
"There is no need to make more comments (on the subject). Their world is in their sakha," Rahul Gandhi said.
Let the Truth be known. If you read VB and like VB, please be a VB Supporter and Help us deliver the Truth to one and all.
Sakleshpur: In a tragic incident reported from the taluk, a 28-year-old man who was on the way to his pre-wedding shoot died as his car rammed into a roadside tree.
The deceased groom, identified as Manu LN, was a resident of Darbarpet in Lakkunda village, Belur taluk, and was to get married on May 10.
Manu was traveling in his car to get his bride for the shoot when he lost control over the car near Moogali of Sakleshpur taluk and the vehicle hit a tree beside the road.
Manu is learned to have died on the spot due to the impact of the collision.
