Where do we go from here: Draft program for 1997: to institutionalize legislative drafting procedures and capacity-building to strengthen Lao PDR's national legal framework

This is an outline for Lao PDR's draft program for 1997, which was aimed at building a national legal framework for Lao PDR and strengthening Lao drafters' and lawmakers' legislative drafting

Proposal for preparing the Lao legal framework Plan 2000

This is a proposal for Lao PDR's Plan 2000 submitted by professors Ann and Bob Seidman, which was aimed at helping Lao PDR to strengthen its legal framework and legislative drafting

Laos legislative drafting programme

Draft documents, proposals, notes, and other various papers related to the Seidman's efforts to develop a legislative drafting programme in Lao People's Democratic Republic (PDR) between 1994 and 1997. This project was developed with support from the Lao National Program, UNDP and World Bank to help strengthen the country's legal framework

Institutionalizing experiential learning in the process of strengthening Lao PDR'S legal framework

Draft document on institutionalizing experiential learning in the process of strengthening Lao PDR'S legal framewor

Universality of Electron Mobility in LaAlO3_3/SrTiO3_3 and bulk SrTiO3_3

Metallic LaAlO$_3$/SrTiO$_3$ (LAO/STO) interfaces attract enormous attention, but the relationship between the electron mobility and the sheet electron density, $n_s$, is poorly understood. Here we derive a simple expression for the three-dimensional electron density near the interface, $n_{3D}$, as a function of $n_s$ and find that the mobility for LAO/STO-based interfaces depends on $n_{3D}$ in the same way as it does for bulk doped STO. It is known that undoped bulk STO is strongly compensated with $N \simeq 5 \times 10^{18}~\rm{cm^{-3}}$ background donors and acceptors. In intentionally doped bulk STO with a concentration of electrons $n_{3D} < N$ background impurities determine the electron scattering. Thus, when $n_{3D} < N$ it is natural to see in LAO/STO the same mobility as in the bulk. On the other hand, in the bulk samples with $n_{3D} > N$ the mobility collapses because scattering happens on $n_{3D}$ intentionally introduced donors. For LAO/STO the polar catastrophe which provides electrons is not supposed to provide equal number of random donors and thus the mobility should be larger. The fact that the mobility is still the same implies that for the LAO/STO the polar catastrophe model should be revisited.Comment: 4 pages and 1 figur

A summary outline of institutionalist legislative theory

This is a summary outline of institutionalist legislative theory that aims at helping third world countries such as Lao PDR to restructure its existing institutions

Toward a New Regional Economic Order in Asia and the Pacific

This paper discusses the New International Economic Order in the Asia-Pacific region. It argues that harnessing national growth and regionalism can yield lasting benefits to developing countries and their people.economic growth

Outline for legislative theory workshop

An outline for a nine-day workshop in legislative theory, methodology, and techniques in Lao PDR, which aimed at strengthening legislative drafters' ability to write drafting research reports