O estado necessário para a democracia possível na América latina

Uma democracia consolidada pressupõe um estado capaz, e para ambos é necessária uma nação forte e uma sociedade civil ativa. Diversas democracias na América Latina não alcançaram tais requisitos porque não completaram suas respectivas revoluções capitalistas, e o excedente econômico continua dependendo do controle direto do estado. Este fato demonstra que a qualidade das democracias varia de país para país, e prevê que as democracias possíveis nos países mais pobres serão necessariamente democracias limitadas. Desde que a democracia tornou-se uma justificativa para pressões e intervenções externas, é um erro incluir no conceito de democracia mais do que as necessidades mínimas, práticas. Por outro lado, para melhorar a democracia é necessário aumentar a capacidade do estado não apenas para assegurar o respeito às leis, mas também para promover o desenvolvimento econômico e social.

From old to new developmentalism in Latin America

O fracasso do consenso de Washington e das políticas macroeconômicas, baseadas em altas taxas de juros e taxas de câmbio não-competitivas para promover o crescimento da economia, levou os países da América Latina a formularem estratégias nacionais de desenvolvimento. O novo desenvolvimentismo é uma estratégia alternativa não apenas à ortodoxia convencional, mas também ao antigo nacional-desenvolvimentismo latino-americano. Enquanto o antigo nacional desenvolvimentismo era baseado na tendência à deterioração dos termos de troca e, adotando uma abordagem microeconômica, propunha planejamento econômico e industrialização, o novo nacional-desenvolvimentismo pressupõe que a industrialização foi alcançada, apesar de em diferentes estágios em cada país, e argumenta que, para assegurar rápidas taxas de crescimento e o catch up, a tendência que deve ser neutralizada é a da sobrevalorização da taxa de câmbio. Contrariamente à economia convencional, um estado capaz continua sendo o instrumento chave para assegurar o desenvolvimento econômico, a política industrial continua sendo necessária; mas o que distingue a nova abordagem é principalmente o crescimento com poupança interna, ao invés de com poupança externa. Uma política macroeconômica baseada em taxas de juros moderadas e uma taxa de câmbio competitiva, e não altas taxas de juros e moeda sobreapreciada conforme recomenda a ortodoxia convencional.

Do antigo ao novo desenvolvimentismo na América Latina

O fracasso do Consenso de Washington e das políticas macroeconômicas baseadas em altas taxas de juros e taxas de câmbio não competitivas em gerar crescimento econômico levou a América Latina à necessidade de formular estratégias nacionais de desenvolvimento. O novo desenvolvimentismo é uma estratégia alternativa, não apenas à ortodoxia convencional mas também ao antigo nacional-desenvolvimentismo latino-americano. Enquanto o nacional-desenvolvimentismo se baseava na tendência à deterioração dos termos de troca e, adotando uma abordagem microeconômica, propunha planejamento econômico e industrialização, o novo desenvolvimentismo assume que a industrialização foi alcançada, embora em graus diferentes para cada país, e argumenta que, a fim de garantir taxas rápidas de crescimento e alcançar os países desenvolvidos, o que precisa ser neutralizado é a tendência da taxa de câmbio à sobrevalorização. Contrariamente às alegações do pensamento econômico convencional, um Estado capaz continua sendo o instrumento chave para garantir o desenvolvimento econômico, e a política industrial continua a ser necessária; mas o que distingue a nova abordagem é principalmente o crescimento com poupança interna, em lugar do crescimento com poupança externa, uma política macroeconômica baseada em taxas moderadas de juros e uma taxa de câmbio competitiva, em lugar das altas taxas de juros e das moedas sobrevalorizadas preconizadas pela ortodoxia convencional.

Estado capaz (desenvolvimentista) e democracia em países pré-industriais

This paper distinguishes three types of countries (rich, middle-income, and pre-industrial) and discusses the problems of state capability and the quality of democracy in the later, which include the poor countries. A consolidate democracy supposes that the country has realized its capitalist revolution and counts with a relatively capable state. The challenge of pre-industrial countries is to build their nation and a reasonably capable state, and to make their national and industrial revolution. The democratic state will be its main instrument to achieve the five political objectives that modern societies defined historically: security, individual liberty, economic well-being, social justice, and protection of the environment. Given the demand of the people and the pressure of rich countries since the 1980s, this state will have to be democratic, but, historically, all industrial revolutions were the outcome of a developmental strategy, and none of them were accomplished in the realm of democracy. This is the main contradiction and the main challenge faced by populist leaders who try to develop their countries, having as adversaries the local liberal oligarchy and the rich countries or the West. They must build a capable state, but their poorly organized societies do not help. They must give priority to economic growth, but the people ask for more social services. Thus, to govern these countries is extremely difficult.

Trabalho escravo contemporâneo e Estado capaz no Brasil

This thesis demonstrates the exercise of slave labor in the context of free or decent work, in contemporary times, supported by the federal constitution 1988 Brazil than places like fundamentals "the dignity of the human person" and "the social values of work and free enterprise" , and is as fundamental objectives of the Federative Republic of Brazil "build a free, just and united society," "guarantee national development", "eradicate poverty and marginalization and reduce social and regional inequalities", "promote the well all without prejudice of origin, race, sex, color, age and any other forms of discrimination. " It is considered that the analytical work category interacts both conceptually as an integral part of the capitalist development model as a driving force to the definition of State Capable. The panorama of acquired rights and rights infringed upon evidences the presence, or not, of the Brazilian state. Highlights, however, as state functions are being performed under the auspices of the Democratic State of Rights. So the original question that motivated this work is: To what extent the Brazilian government is structured to implement measures that can eradicate modern-day slavery? This question led to questions as: The Brazilian state has never failed in implementing the policy of "eradication to work analogous to slavery"? The answer the research questions were outlined using the dialectical materialist historical method under a sociological perspective in order to draw relationships and interrelationships between the current situation of the concept contemporary slavery and its historical roots. In the theoretical framework considers the conceptual approach regarding the capable state in order to answer the question regarding the eradication policy to contemporary forced labor and the Brazilian nation-state's ability to put it into action. In this sense, it employed concepts such as state, nation-state and capable state, from the interpretations of Bresser-Pereira, including the discussion regarding the formation of the arrangements and conservative and progressive political alliances. The research subject was analyzed from the reports published in 2013 by the Ministry of Labour after the Special Group of the inspection actions for Mobile Inspection (GEFM) to Combat Labour Analogous to Slave. The study of public policies related to the eradication program to work analogous to slavery takes up the discussion regarding the conditionality of free labor, or decent, in contemporary Brazil, and reveals that in Brazil the effectiveness or efficacy of government actions comply with governing the Federal Constitution-88, namely, to preserve "the dignity of the human person" and "the social values of work and free enterprise" is an ongoing process. There are advances, but these are conditioned to Brazil stage in the formation of the nation state and the national society.

Democracy and growth in pre-industrial countries

This paper distinguishes three types of countries (rich, middle-income, and pre-industrial) and focus on the latter, which, in contrast to the other two, didn’t complete their industrial and capitalist revolutions. Can pre-industrial countries be governed well and embody the principles of consolidated democracies? Today these countries are under pressure from the imperial West to eschew institutions and developmental strategies that, in the past, allowed rich and middle-income countries to industrialize. At the same time, they are pressured by these same Western parties (and by its own people) to be democratic, even though their societies are not mature enough to fulfill that. In fact, no country completed its industrial and capitalist revolution within the framework of even a minimal democracy, suggesting that such demands are unfair. Added to this, pre-industrial countries are extremely difficult to govern because they usually don’t have a strong nation and capable states. This double pressure to renounce development strategies that have worked for the West while being required to become a democracy represents a major obstacle to their development.

Multiband photoluminescence from carbon nanoflakes synthesized by hot filament CVD: towards solid-state white light sources

Carbon nanoflakes (CNFLs) are synthesized on silicon substrates deposited with carbon islands in a methane environment using hot filament chemical vapor deposition. The structure and composition of the CNFLs are studied using field emission scanning electron microscopy, high-resolution transmission electron microscopy, micro-Raman spectroscopy, and X-ray photoelectron spectroscopy. The results indicate that the CNFLs are composed of multilayer graphitic sheets and the area and thickness of CNFs increase with the growth time. The photoluminescence (PL) of CNFLs excited by a 325 nm He-Cd laser exhibits three strong bands centered at 408, 526, and 699 nm, which are related to the chemical radicals terminated on the CNFLs and the associated interband transitions. The PL results indicate that the CNFLs are promising as an advanced nano-carbon material capable of generating white light emission. These outcomes are significant to control the electronic structure of CNFLs and contribute to the development of next-generation solid-state white light emission devices. © 2014 the Partner Organisations.

A solid state pulsed NMR spectrometer

A 10 MHz pulsed NMR spectrometer, built using mostly solid state devices, is described. The pulse programmer provides 2-pulse, 3-pulse, saturation burst and Carr-Purcell sequences both in repetitive and manual modes of operation. The transmitter has a maximum power output of ∼ 2 kW with a 75 Ω output impedance termination. The total gain of the receiver system is around 120 dB with a minimum band width of 2 MHz. The recovery time of the receiver is ∼ 7 µsec. A two-channel boxcar integrator capable of working in the single channel, differential and double boxcar modes provides signal to noise ratio improvement. The sensitivity and the linearity of the boxcar integrator are ∼ 2 mV and ∼ 0.1% respectively.

Thermal decomposition of hydrazinium monoperchlorate in the molten state

The thermal decomposition of hydrazinium monoperchlorate (HP-1) in the molten state has been investigated using differential thermal analysis, thermogravimetric analysis, a constant volume manometric technique and mass-spectrometry. The stoichiometry of the reaction can be represented by the equation: 20 N2H5C1O4 13 NH4C1O4 + 3.5 Cl2 + 2 O2 + 13 N2 + 0.5 N2O + 0.5 H2 + + 23.5 H2O The data seem to indicate that the mechanism, which involves an associated complex, remains unchanged from 140 to 190°. Consequently, impurities capable of forming associated complexes with the hydrazinium or the perchlorate ion desensitize the thermal decomposition of HP-1, the extent of desensitization being determined by the size, the charge and the concentration of the impurity.

Steady-state dendritic cells expressing cognate antigen terminate memory CD8+ T-cell responses

Antigen stimulation of naive T cells in conjunction with strong costimulatory signals elicits the generation of effector and memory populations. Such terminal differentiation transforms naive T cells capable of differentiating along several terminal pathways in response to pertinent environmental cues into cells that have lost developmental plasticity and exhibit heightened responsiveness. Because these cells exhibit little or no need for the strong costimulatory signals required for full activation of naive T cells, it is generally considered memory and effector T cells are released from the capacity to be inactivated. Here, we show that steadystate dendritic cells constitutively presenting an endogenously expressed antigen inactivate fully differentiated memory and effector CD8+ T cells in vivo through deletion and inactivation. These findings indicate that fully differentiated effector and memory T cells exhibit a previously unappreciated level of plasticity and provide insight into how memory and effector T-cell populations may be regulated. © 2008 by The American Society of Hematology.

An Empirical Model of the Process of Synthesis of Multiple State Mechanical Devices

Automated synthesis of mechanical designs is an important step towards the development of an intelligent CAD system. Research into methods for supporting conceptual design using automated synthesis has attracted much attention in the past decades. The research work presented here is based on the processes of synthesizing multiple state mechanical devices carried out individually by ten engineering designers. The designers are asked to think aloud, while carrying out the synthesis. The ten design synthesis processes are video recorded, and the records are transcribed and coded for identifying activities occurring in the synthesis processes, as well as for identifying the inputs to and outputs from the activities. A mathematical representation for specifying multi-state design task is proposed. Further, a descriptive model capturing all the ten synthesis processes is developed and presented in this paper. This will be used to identify the outstanding issues to be resolved before a system for supporting design synthesis of multiple state mechanical devices that is capable of creating a comprehensive variety of solution alternatives could be developed.

Analysing modifica-tions in the synthesis of multiple state mechanical devices using configuration space and topology graphs

Automated synthesis of mechanical designs is an important step towards the development of an intelligent CAD system. Research into methods for supporting conceptual design using automated synthesis has attracted much attention in the past decades. In our research, ten experimental studies are conducted to find out how designers synthesize solution concepts for multi-state mechanical devices. The designers are asked to think aloud, while carrying out the synthesis. These design synthesis processes are video recorded. It has been found that modification of kinematic pairs and mechanisms is the major activity carried out by all the designers. This paper presents an analysis of these synthesis processes using configuration space and topology graph to identify and classify the types of modifications that take place. Understanding of these modification processes and the context in which they happened is crucial to develop a system for supporting design synthesis of multiple state mechanical devices that is capable of creating a comprehensive variety of solution alternatives.

Assessment of some physico-chemical parameters of River Ogun (Abeokuta, Ogun State, southwestern Nigeria) in comparison with national and international standards

This study assessed the physico-chemical quality of River Ogun, Abeokuta, Ogun state, Southwestern Nigeria. Four locations were chosen spatially along the water course to reflect a consideration of all possible human activities that are capable of changing the quality of river water. The water samples were collected monthly for seven consecutive months (December 2011 – June 2012) at the four sampling stations. pH, air temperature (℃), water temperature (℃), conductivity (µs/cm) and total dissolved solids (mg/L) were conducted in-situ with the use of HANNA Combo pH and EC multi meter Hi 98129 and Mercury-in-glass thermometer while dissolved oxygen (mg/L), nitrate (mg/L), phosphate (mg/L), alkalinity (mg/L) and hardness (mg/L) were determined ex-situ using standard methods. Results showed that dissolved oxygen, hydrogen ion concentration, total hardness and nitrate were above the maximum permissible limit of National Administration for Food, Drugs and Control (NAFDAC), Standard Organization of Nigeria (SON), Federal Environmental Protection Agency (FEPA), United States Environmental Protection Agency (USEPA), European Union (EU) and World Health Organization (WHO) for drinking water during certain months of the study period. Results also showed that water temperature and conductivity were within the permissible limits of all the standards excluding FEPA. However, total dissolved solids and alkalinity were within the permissible limits of all the standards. Adejuwon and Adelakun, (2012) also reported similar findings on Rivers Lala, Yobo and Agodo in Ewekoro local government area of Ogun state, Nigeria. Since most of the parameters measured were above the maximum permissible limits of the national and international standards, it can be concluded that the water is unfit for domestic uses, drinking and aquacultural purposes and therefore needs to be treated if it is to be used at all. The low dissolved oxygen values for the first four months was too low i.e. < 5 mg/L. This is most likely as a result of the amount of effluents discharged into the river. To prevent mass extinction of aquatic organisms due to anoxic conditions, proper regulations should be implemented to reduce the organic load the river receives.

Dependence of dye regeneration and charge collection on the pore-filling fraction in solid-state dye-sensitized solar cells

Solid-state dye-sensitized solar cells rely on effective infiltration of a solid-state hole-transporting material into the pores of a nanoporous TiO 2 network to allow for dye regeneration and hole extraction. Using microsecond transient absorption spectroscopy and femtosecond photoluminescence upconversion spectroscopy, the hole-transfer yield from the dye to the hole-transporting material 2,2′,7,7′-tetrakis(N,N-di-p- methoxyphenylamine)-9,9'-spirobifluorene (spiro-OMeTAD) is shown to rise rapidly with higher pore-filling fractions as the dye-coated pore surface is increasingly covered with hole-transporting material. Once a pore-filling fraction of ≈30% is reached, further increases do not significantly change the hole-transfer yield. Using simple models of infiltration of spiro-OMeTAD into the TiO2 porous network, it is shown that this pore-filling fraction is less than the amount required to cover the dye surface with at least a single layer of hole-transporting material, suggesting that charge diffusion through the dye monolayer network precedes transfer to the hole-transporting material. Comparison of these results with device parameters shows that improvements of the power-conversion efficiency beyond ≈30% pore filling are not caused by a higher hole-transfer yield, but by a higher charge-collection efficiency, which is found to occur in steps. The observed sharp onsets in photocurrent and power-conversion efficiencies with increasing pore-filling fraction correlate well with percolation theory, predicting the points of cohesive pathway formation in successive spiro-OMeTAD layers adhered to the pore walls. From percolation theory it is predicted that, for standard mesoporous TiO2 with 20 nm pore size, the photocurrent should show no further improvement beyond an ≈83% pore-filling fraction. Solid-state dye-sensitized solar cells capable of complete hole transfer with pore-filling fractions as low as ∼30% are demonstrated. Improvements of device efficiencies beyond ∼30% are explained by a stepwise increase in charge-collection efficiency in agreement with percolation theory. Furthermore, it is predicted that, for a 20 nm pore size, the photocurrent reaches a maximum at ∼83% pore-filling fraction. © 2013 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim.

A high-resolution solid-state NMR study on nano-structured HZSM-5 zeolite

Variations in the structure and acidity properties of HZSM-5 zeolites with reduction in crystal sizes down to nanoscale (less than 100 nm) have been investigated by XRD, TEM and solid-state NMR with a system capable of in situ sample pretreatment. As evidenced by a combination of Al-27 MAS NMR, Si-29 MAS, CP/MAS NMR and H-1 MAS NMR techniques, the downsize of the zeolite crystal leads to an obvious line broadening of the Al-27, Si-29 MAS NMR spectrum, an increasing of the silanol concentration on the external surface, and a pronounced alteration of the acidity distribution between the external and internal surfaces of the zeolite. In a HZSM-5 zeolite with an average size at about 70 nm, the nonacidic hydroxyl groups (silanols) are about 14% with respect to the total amount of Si, while only 4% of such hydroxyl groups exist in the same kind of zeolite at 1000 nm crystal size. The result of H-1 MAS NMR obtained using Fluorinert(R) FC-43 (perfluorotributyl amine) as a probe molecule demonstrates that most of the silanols are located on the external surface of the zeolite. Moreover, the concentration of Bronsted acid sites on the external surface of the nano-structured zeolite appears to be distinctly higher than that of the microsized zeolite.