170,498 research outputs found
Valeur éducative de la discipline scolastique
No full textAlibert C. Valeur éducative de la discipline scolastique. In: Revue néo-scolastique. 11ᵉ année, n°44, 1904. pp. 389-415
Les étapes de la méthode
No full textAlibert C. Les étapes de la méthode. In: Revue néo-scolastique. 11ᵉ année, n°43, 1904. pp. 273-298
Pour lire en psychologue la vie des saints (suite)
No full textAlibert C. Pour lire en psychologue la vie des saints (suite). In: Revue néo-scolastique. 16ᵉ année, n°64, 1909. pp. 505-536
C. Alibert, Méthode pédagogique spécialement applicable à la philosophie
No full textNatalis . C. Alibert, Méthode pédagogique spécialement applicable à la philosophie. In: Revue néo-scolastique. 15ᵉ année, n°60, 1908. pp. 586-587
C. Alibert, Méthode pédagogique spécialement applicable à la philosophie
No full textNatalis . C. Alibert, Méthode pédagogique spécialement applicable à la philosophie. In: Revue néo-scolastique. 15ᵉ année, n°60, 1908. pp. 586-587
La psychologie thomiste et les théories modernes, / par C. Alibert.
No full textMode of access: Internet
Testing planet formation models against observations
No full textIn this paper we present a short review of statistical properties
of extrasolar planets, and of the core-accretion model and some of its
extensions. We also present results of population synthesis models
based on extended core-accretion planet formation models
(taking into account disk structure and evolution and migration
of the protoplanet, see Alibert et al. 2005a).
The population synthesis is carried out by calculating
the evolution of many disk-protoplanet
systems, assuming initial conditions (in particular
disk mass, disk lifetime and metallicity of the system)
taken from observations. Taking into account the
observational bias introduced by radial velocity surveys,
we statistically compare the results of our
models and the population of known extrasolar
planets. We show that our models are able to quantitatively reproduce the
mass and semimajor axes
of extrasolar planets around solar type
stars. Finally, we discuss the effect of the mass of the central star on the planet
formation process and on the final planetary population
Irradiated disks and planet population synthesis
No full textRecent planet population synthesis models (Alibert et al. 2010, submitted) have emphasized the key role played by the proto-planetary disk properties in determining the overall planet population characteristics. We present a disk model that takes into account viscous heating and irradiation by a central star. We consider the case of an equilibrium flaring angle. We illustrate the consequences of the resulting changes in the disk structure on the planet population by the synthetic populations corresponding to each of the different structures
Méthode pédagogique spécialement applicable à la philosophie / par C. Alibert,...
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A historical review of mycosis fungoides: from Alibert to mogamulizumab
No full textIn 1806, French physician Baron Jean-Louis Alibert saw a man with a desquamating rash and skin tumours. Alibert considered this to be a variant of yaws. In 1829 Alibert named the condition mycosis fungoides (MF), meaning ‘mushroom-like fungal disease’. Over 100 years later, French dermatologist Albert Sézary published papers from 1938 to 1949 detailing a mysterious disease containing ‘cellules monstrueuses’, describing cutaneous ‘monster cells’. In 1961, these clinical findings were collated together into ‘Sézary syndrome’. In the 1870s English dermatologist William Tilbury Fox published a dermatology atlas detailing cases similar to what we know now as MF, with the name ‘fibroma fungoides’. The atlas described MF as a type of fungus, before giving a description of yaws and painting a clinical picture that differed from that of a lymphoma. Over the twentieth century, our understandings of the origins of MF were changing and by 1975 the classification system and term we now recognize as cutaneous T-cell lymphoma (CTCL) was developed. Neoplastic cells have been thought to arise from chronic activation of T cells via antigen-presenting cells due to inappropriate cytokines and C-C chemokine receptors. In 2018, the World Health Organization and European Organisation for Research and Treatment of Cancer officially recognized four variants of MF. These are the classic Alibert–Bazin variant and its three variants: folliculotropic MF, pagetoid reticulosis and granulomatous slack skin. Developments in immunohistochemistry for the T-cell receptor gene in the 1990s improved the diagnosis of CTCL; however, diagnosis is still challenging. Advanced MF therapies have evolved from cytotoxic chemotherapy to novel monoclonal antibodies such as mogamulizumab, targeting proteins on T-cell lymphoma cells
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