سی حرفی ۔۳
(ہجر فراق سوہنے یار دے وچ)
الف
اللہ دی آس تے رکھ تقویٰ، بیڑے ٹھیل دتے سوہنے یار ولّے
دنیا جگ جہان بھلا بیٹھے، رُجھ گئے ہاں یار دی کار ولّے
دن رات پئے تڑفدے وانگ مچھی، پھیرا گھت کھاں کدی بیمار ولّے
نیوں لگیاں دی لج پال یارا، ہوندا رب حنیف دکھیار ولّے
ب
بس ماہی اساں بھل گئے ہاں، مٹھے بول تے جان وکا بیٹھے
لٹے گئے ہاں تیرے خلوص اتے، کر جان جہان فدا بیٹھے
دل والڑے دلاں دا حال جانن، نال سادگی حال ونجا بیٹھے
دیویں آ دیدار حنیف تائیں، ہاڑے گھت کے رو کرلا بیٹھے
ت
تاہنگ پیاریاں جانیاں دی، ہک پل نہ صبر قرار مینوں
دل چیکدا نت اڈیکدا اے، چھڈ گئے نیں یاراں دے یار مینوں
منہ سامنے یار جواب دے گئے، آئی وڈی نصیباں دی ہار مینوں
وڈا دکھ اکلاپا حنیف یارا، جیہڑا کر گیا آن لاچار مینوں
ث
ثمر محبتاں میریاں دا، دیویں پا جھولی گنہگار تائیں
مزا اوسی محبت دا اوس ویلے، ملن آوسن یار جاں یار تائیں
تیرا ہسنا دم مسیح دا اے، دیویں ہس کے صحت بیمار تائیں
پچھے ہٹ دے نہیں حنیف عاشق، توڑ چاہڑ دے قول قرار تائیں
ج
جنت ،حور ، قصور سبھے ، دیواں وار محبوب دی خاک اتوں
خاطر جس دی کل کائنات ہوئی، کراں صدقے جان اس پاک اتوں
کرسی مہر شفاعت شفیع سرور، چھٹ جان گے غم ،غم ناک اتوں
بھیجے آپ درود حنیف مولا، سوہنا رب رحمت لولاک اتوں
ح
حوصلہ عاشقاں صادقاں دا، ہوندا نت ہے دون سوا میاں
ویکھ حوصلہ ہار دے لوک دانے، دیوے حوصلہ شوق ودھا میاں
رکھ حوصلہ لٹکدے سولیاں تے، نعرہ انالحق دا لا میاں
ملے حوصلہ تدوں حنیف تائیں، جدوں لواں محبوب نوں پا میاں
Iqbāl is known as a revolutionary poet, and Islamic intellectual, a religious reformer, pioneer of Islamic awareness and a great leader of the Muslims of the sub-continent. He was introduced to the Arab world during the early part of 20th century and became popular after the translations of his work into Arabic. Scholars, thinkers, writers, and politicians of Arabia were very much influenced by his literary works. A number of books were written on him. Other scholars and Muslim thinkers study his works with keen interest even in the modern times. Iqbāl was paid rich tributes by Arab writers and thinkers for his unique wealth of literary works. In this article we present the views of Arabian writers about his literary status.
All counterintuitive and mysterious phenomena exhibited by the quantum theory are linked with the concept of quantum coherence in one way or the other. The best available tool to explicitly explore the in depth meaning of the quantum coherence is to utilize single-particle quantum interference under any preselected experimental scenario. Present thesis employs the themes of Delayed-Choice Quantum Eraser (DCQE) under single and double tag settings as well as the ideology of complementarity tested through Atomic Mach-Zehnder-Bragg interferometer for the purpose. For the DCQE case, our results clearly demonstrate that coherence and hence the interference fringes that get lost due to coupling with the tag ancilla can not only be retrieved back but strangely enough can also be tuned in a delayed-choice manner much later than the due data recording. This delayed-choice adjustability of the fringes shed out many controversies surrounding the quantum eraser along with the conception of the time in the quantum theory, meanings of the state vector reduction, measurement, information and the entropy as well as raises questions about the Ψ- ontic models. The second proposal suggests that quantum coherence apparently seems to lie beyond our classical space-time structure. Whereas the proposal based on atom interferometer with final beam splitter being quantum mechanical i.e. in superposition of being absent and present simultaneously, was used to observe both the wave and particle aspects under a single experimental setting, as suggested recently by Ionicioiu et.al. [Phys. Rev. Lett. 107, 230406 (2011)], and thus questioned the universality of the Bohr''s conjecture. We demonstrated it in a most realistic scenario based on an atomic interferometer with the final beam splitter taken as a high-Q cavity containing the field superposition of zero and one photon. The setup operates through first order off-resonant Atomic Bragg diffraction from the cavity fields with atom''s particle (wave) nature marked through the absence (presence) of a photon in the final cavity and explicitly exhibit wave-particle morphic behavior versus interaction variables. The thesis concludes with demonstration of experimental feasibility of the presented proposals and highlights future directions with a comprehensive philosophical discussion.