Ḥāshiyat malik al-ʻulamāʼ Mawlānā ʻAbd al-ʻAlī ʻalá ḍābiṭat Tahdhīb al-manṭiq : manuscript, 1854 or 5

Written in one column, 9 lines per page, in black and red.

Risālah dar bayān-i shurūṭ-i iqtidā / min taʼlīf janāb Imām al-ʻulamā Qāḍī al-Mulk Bahādur : manuscript, 1862

Title from f. 1r.

Risālat ṭabaqāt al-ʻulamāʼ / lil-marḥūm Aḥmad ibn Kamāl Pāshā : manuscript, undated

Cream laid paper. 20 x 13 cm. (16 x 8.5 cm.).

Hādhā Risālah fī bayān ḥadīth ikhtilāf al-ummah / min al-Fāḍil al-ʻAllāmah Imām al-ʻulamāʼ Mawlawī Ṣibghat Allāh Qāḍī al-Mulk : manuscript, 1863 or 4

Title from f. 13r.

Les 'ulamã' à la veille de la bataille d'al-Kasr al-Kabir: fatwa contre l'alliance de mawlay al-Mutawakkil avec D. Sebastião

Osʿulamā’ exercem uma infuência sobre a comunidade, através do controlo do espaço religioso, a fim de dar a conhecer as normas do islão e garantir a sua boa aplicação. Do quadro social e cultural, onde se inserem estes sabios religiosos, abordamos o seu papel jurídico e religioso, mediante un aviso jurídico, « fatwā», na legitimação do poder. Num contexto marcado pela crise política e pela ameaça ibérica e otomana, osʿulamā’ unificam as linhas em torno do poder para melhor combater o perigo português.

Neutron physics : a course of lectures by E. Fermi /

Mode of access: Internet.

Response of Enrico Fermi reactor to TNT simulated nuclear accidents /

"Published January 1964."--i.

Report on containment studies of the Enrico Fermi Atomic Power Plant /

Includes bibliographies.

Perizia medica sopra la pasta da uccidere i pesci ...

Half-title.

La Pasta nell'Otello; dialogo.

Mode of access: Internet.

Participants, 1933 Summer Symposia on Theoretical Physics standing outside (incl. Enrico Fermi, Niels Bohr, & Ralph A. Sawyer)

2 scans - 1of2 = photo, 2of2 = key to individuals pictured

Tarjamat ḥayāt al-maghfūr la-hu al-imām al-kabīr wa-al-ʻalam al-shahīr al-faqīh al-akbar fī ʻaṣrih wa-al-imām al-awḥad fī miṣrih al-Shaykh ʻAbd al-Qādir al-Rāfiʻī al-Fārūqī al-Ḥanafī Shaykh al-Sādah al-Ḥanafīyah wa-muftī al-diyār al-Miṣrīyah [microform] : mudhayyalah bi-aqwāl al-jarāʾid wa-marāthī al-ʻulamāʾ wa-al-udabāʾ fī al-aqṭār al-ʻArabīyah /

Microfilm.

Self-consistent theory of atomic Fermi gases with a Feshbach resonance at the superfluid transition

A self-consistent theory is derived to describe the BCS-Bose-Einstein-condensate crossover for a strongly interacting Fermi gas with a Feshbach resonance. In the theory the fluctuation of the dressed molecules, consisting of both preformed Cooper pairs and bare Feshbach molecules, has been included within a self-consistent T-matrix approximation, beyond the Nozieres and Schmitt-Rink strategy considered by Ohashi and Griffin. The resulting self-consistent equations are solved numerically to investigate the normal-state properties of the crossover at various resonance widths. It is found that the superfluid transition temperature T-c increases monotonically at all widths as the effective interaction between atoms becomes more attractive. Furthermore, a residue factor Z(m) of the molecule's Green function and a complex effective mass have been determined to characterize the fraction and lifetime of Feshbach molecules at T-c. Our many-body calculations of Z(m) agree qualitatively well with recent measurments of the gas of Li-6 atoms near the broad resonance at 834 G. The crossover from narrow to broad resonances has also been studied.

BCS-BEC crossover in an asymmetric two-component Fermi gas

We discuss the superfluid phase transition of a strongly interacting Fermi gas with unequal ( asymmetric) chemical potentials in two pairing hyperfine states, and map out its phase diagram near the BCS-BEC crossover. Our approach includes the fluctuation contributions of preformed Cooper pairs to the thermodynamic potential at finite temperature. We show that, below a critical difference in chemical potentials between species, a normal gas is unstable towards the formation of either a finite-momentum paired Fulde-Ferrell-Larkin-Ovchinnikov superconducting phase or a uniform superfluid, depending on the asymmetry and interaction strengths. We determine the value of critical chemical potential mismatch, and find that it is consistent with a recent measurement by Zwierlein et al. ( Science, 311 ( 2006) 492).