Saansein meri saansein nahi
Tere liye bani
Baatein meri baatein
Tere liye bani
Raahat si de du tujhe, dil kahe
Aadat si banna du tujhe, dil kahe
Tere liye hi toh dhadke dil mera
Tujhse hi toh main khud se hoon mila
Tu aashiqui... tu aashiqui...
Tu aashiqui... tu aashiqui...
Tu aashiqui...
Tujhse hi toh hai meri khudaai
Ishq mein mere tu paa le rihaai
Ho... har subah meri tujhse hi
Meri rooh mein tu basi...
Raahat si de du tujhe, dil kahe
Aadat si banna du tujhe, dil kahe
Tere liye hi toh dhadke dil mera
Tujhse hi toh main khud se hoon mila
Tu aashiqui... tu aashiqui...
Tu aashiqui... tu aashiqui...
Tu aashiqui...
Tere sapno ko main apna banaaun
Har pal tujhko main jeena chaahun
Tu aashiqui, tu hi zindagi
Safar tu mera, manzil tu...
Raahat si de du tujhe, dil kahe
Aadat si banna du tujhe, dil kahe
Tere liye hi toh dhadke dil mera
Tujhse hi toh main khud se hoon mila
Tu aashiqui... tu aashiqui...
Tu aashiqui... tu aashiqui...
Answers
Answer:
no bro you can't leave me alone.. please bro don't leave brainly.. please at least for me. please
Explanation:
One was black holes, which were only unequivocally detected over the past few years. Another was "wormholes" – bridges connecting different points in spacetime, in theory providing shortcuts for space travellers.
Wormholes are still in the realm of the imagination. But some scientists think we will soon be able to find them, too. Over the past few months, several new studies have suggested intriguing ways forward.
Black holes and wormholes are special types of solutions to Einstein's equations, arising when the structure of spacetime is strongly bent by gravity. For example, when matter is extremely dense, the fabric of spacetime can become so curved that not even light can escape. This is a black hole.
As the theory allows the fabric of spacetime to be stretched and bent, one can imagine all sorts of possible configurations.
In 1935, Einstein and physicist Nathan Rosen described how two sheets of spacetime can be joined together, creating a bridge between two universes. This is one kind of wormhole – and since then many others have been imagined.
Some wormholes may be "traversable", meaning humans may be able to travel through them. For that though, they would need to be sufficiently large and kept open against the force of gravity, which tries to close them. To push spacetime outward in this way would require huge amounts of "negative energy