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A chilling video has gone viral on the social media which shows a 40-year old woman axed to death by a young man.
Amidst concerns over the setting up of anti-Romeo squads, Uttar Pradesh governor Ram Naik said today that "stirring contro
An Indian-origin surgeon has been banned from practising medicine after a UK medical tribunal found him guilty of abusing
A Pakistani high court today banned Valentine's Day celebrations across the country and its promotion on social media afte
Taiwan is all set to become the first country in Asia to legalize same sex marriage, as reported by Nov 11, 2016
A spoilt honeymoon and subjecting the husband and his family to "worst kind of mental cruelty" by levelling false ac
Greta Friedman, the woman kissed passionately by an American sailor in the iconic black and white picture taken in Times S
Concerned over honour killings, the CIC has suggested to the central and states governements to include a declaration by t
Pope Francis encouraged hundreds of thousands of young people at a global gathering of the faithful today to "believe in a
In a show of bonhomie, locals defied curfew to help perform the last rites of a Kashmiri Pandit woman in old city today.
The analysis is offered tongue in cheek, but it does touch on a serious point: that the laws of nature are written as differential equations. It also helps explain why, in the words of another poet, “the course of true love never did run smooth.”
To illustrate the approach, suppose Romeo is in love with Juliet, but in our version of the story, Juliet is a fickle lover. The more Romeo loves her, the more she wants to run away and hide. But when he takes the hint and backs off, she begins to find him strangely attractive. He, on the other hand, tends to echo her: he warms up when she loves him and cools down when she hates him.
What happens to our star-crossed lovers? How does their love ebb and flow over time? That’s where the math comes in.