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سلیم واحد سلیم

سلیم واحد سلیم(۱۹۲۱ء۔۱۹۸۱ء) کا اصل نام سلیم ہے جبکہ قلمی نام سلیم واحد سلیم ہے۔ آپ سلیمؔ تخلص کرتے تھے۔ سلیم آگرہ بھارت میں پیدا ہوئے۔ ۱۹۴۲ء میں سلیم واحد سلیم نے طبیہ کالج علی گڑھ مسلم یونیورسٹی سے بورڈ آف انڈین میڈیسن اورسرجری میں ڈپلومہ حاصل کیا۔ (۷۱۱) آپ کے والد خلیفہ عبدالواحد ملازمت کے سلسلے میں ہندوستان سے ایران چلے گئے۔ آپ بھی اپنے والد کے ساتھ ایران میں مقیم رہے۔ ایران سے واپس آنے کے بعد خلیفہ عبدالواحد نے اپنی بیگم اور بچوں سمیت سیالکوٹ میں رہائش رکھی۔ یہاں سیالکوٹ میں ہی سلیم واحد سلیم نے اپنا مطب بھی کیا۔ سلیم واحد سلیم کے بیوی بچے آگرہ میں مقیم تھے۔ ان کی اپنی بیوی ام حبیبہ سے تعلقات خوشگوار نہیں تھے۔ اس لیے ۱۹۵۰ء میں آپ نے پاکستان میں منتقل ہونے کا حتمی فیصلہ کر لیا۔ سلیم واحد سلیم سیالکوٹ کے علاوہ لاہور میں بھی مقیم رہے۔(۷۱۲)سیالکوٹ میں قیام کے دوران سلیم واحد سلیم سیالکوٹ کے مشاعروں میں شرکت کرتے تھے۔ آپ سیالکوٹ کی ادبی تنظیموں بزمِ ارباب سخن اور انجمن ترقی پسند مصنفین کے بانیوں میں شامل ہیں۔ سلیم بزم ارباب سخن سیالکوٹ کے پہلے سیکرٹری چنے گئے۔(۷۱۳) سلیم واحد سلیم کا کوئی شعری مجموعہ طبع نہیں ہو سکا۔ ان کا کلام ان کی ذاتی بیاضوں میں موجود ہے۔ جو کہ کسی رسالے اور جریدے میں شائع نہیں ہو سکا۔ تابندہ بتول نے اپنے ایم ۔فل اردو کے مقالے میں سلیم واحد سلیم کے شعری کلام کی تدوین کرنے کی کوشش کی ہے لیکن وہ بھی ان کے مکمل کلام کو مرتب نہیں کر سکیں۔ضرورت اس امر کی ہے کہ ان کے سارے کلام کو یکجا کرکے زمانی ترتیب سے مرتب کیا جائے۔

سلیم واحد سلیم کا کلام ادبی دنیا لاہور،ادبِ لطیف لاہور،اسلوب لاہور،دستور لاہور،ماحول لاہور،دوست لاہور،نیرنگ خیال لاہور، نقوش لاہور،مخزن لاہور،ہمایوں لاہور،سویرا لاہور،امروز لاہور،پرواز لائلپور،انقلاب...

غیر مسلموں کی تقریبات میں شرکت کی حدود وقیود: ایک تجزیاتی مطالعہ

This article aims to highlight an important aspect of Islamic Law, which relates to social life of a Muslim. Islamic law promotes social harmony and tolerance, but it makes it balance in the light of basic principles and objectives of Shar'īah. Likewise, Islamic law determines social relation between Muslims with each other as well as the relation of Muslims with Non-Muslim citizens in the Islamic state. Furthermore, it is very significant to know that a Muslim can participate in the traditional and religious functions of Non-Muslim or not? Islamic law has made some parameters in this regard, in this research paper we have focused on this specific issue of Islamic law and tried to explain the legal status of this issue in the light of Quran, Prophetic traditions, and opinions of Muslim Scholars. The research method applied in this paper is descriptive and critical study of different school of thoughts is also provided. Muslims have a long history of mutual contacts with the non-Muslims guided by the Shar’īah principles as they have come together in every age in different political and geographical contexts. In the early days of Islam, Muslims were in the minority. At that time, Muslims participated in the social life of their non-Muslims neighbors. Islam respects other religions. Provides all kinds of facilities to non-Muslims. And allows Muslims to participate in their legitimate programs.۔

Rare Semileptonic B Meson Decays Beyond the Standard Model

In this thesis the exclusive rare semileptonic decays of B-mesons have been studied beyond the Standard ∗ Model. In particular the decays B → K1 (1270, 1400)l+ l− and Bc → Ds l+ l− are considered. These decays are induced by flavor changing neutral current (FCNC) transitions which at quark level arises as b → sl+ l− . In the Standard model these FCNC decays are not allowed at tree level but are allowed at loop level through Glashow-Iliopoulos-Maiani (GIM) mechanism. In addition they are also suppressed in the Standard Model due to their dependence on weak mixing angles of the quark flavor rotation matrix- the Cabibo Kobayashi Maskawa (CKM) matrix. These two circumstances make the FCNC decays relatively rare and hence are important to study physics beyond the Standard Model, commonly known as new physics. The main points of this thesis are: • The implications of the fourth generation quarks in the decay B → K1 (1270, 1400)l+ l− with l = μ, τ are studied, where the mass eigenstates K1 (1270) and K1 (1400) are mixture of 1 P1 and 3 P1 states with the mixing angle θK . In this context, we have studied various observables like branching ratio (BR), forward-backward asymmetry (AF B ) and longitudinal and transverse helicity fractions (fL,T ) of K1 meson in B → K1 l+ l− decays. To study these observables, we have used the Light Cone QCD sum rules form factors and set the mixing angle θK = −34◦ . It is noticed that the BR is suppressed for K1 (1400) as a final state meson compared to that of K1 (1270). Same is the case when the final state leptons are tauons rather than muons. In both the channels all of the above mentioned observables are quite sensitive to the fourth generation effects. Hence the measurements of these observables at LHC, for the above mentioned processes can serve as a good tool to investigate the indirect manifestations of the fourth generation quarks. • The same decay B → K1 (1270, 1400)l+ l− is also studied in the standard model (SM) and in universal extra dimension (UED) model. In this work we first relate the form factors through Ward identities and then express their normalization atq 2 = 0 in terms of a single constant g+ (0) which is extracted from the decays B → K1 (1270, 1400)γ. These form factors are then used to analyze the physical observables such as the branching ratio and the forward-backward asymmetry in the SM. This analysis is then extended to the UED model where the dependency of the above mentioned physical observables on the compactification radius R, the only unknown parameter in the UED model. It is shown that the zero position of the forward-backward asymmetry for the decay B → K1 (1270, 1400)μ+ μ− is sensitive to the UED model, therefore the zero position of the forward-backward asymmetry can serve as a handy tool to establish new physics predicted by the UED model. ∗ • The semileptonic Bc → Ds l+ l− (l = μ, τ ) decays have been studied in the Standard Model (SM) and in the Universal Extra Dimension (UED) model. In addition to the contribution from the Flavor Changing Neutral Current (FCNC) transitions the weak annihilation (WA) contribution is also important for this decay. It is found that the WA gives 6.7 times larger branching ratio ∗ than the penguin contribution for the decay Bc → Ds μ+ μ− . The contribution from the WA and FCNC transitions are parameterized in terms of the form factors. In this work we first relate the form factors through Ward identities and then express them in terms of g+ (0) which is extracted ∗ from the decay Bc → Ds γ through QCD sum rules approach. These form factors are then used to analyze the physical observables like branching ratio and helicity fractions of the final state ∗ Ds meson in the SM. This analysis is then extended to the UED model where the dependency of above mentioned physical observables depend on the compactification radius R. It is shown that ∗ the helicity fractions of Ds are sensitive to the UED model especially when we have muons as the final state lepton. This sensitivity is marked up at low q 2 region, irrespective of the choice of the form factors. It is hoped that in the next couple of years LHC will provide enough data on the ∗ Bc → Ds l+ l− channel, and then , these helicity fractions would serve as a useful tool to establish new physics predicted by the UED model.
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