The Buddha's "Way of virtue" : a translation of the Dhammapada from the Pali text /

Mode of access: Internet.

The light of Asia; or, The great renunciation (Mahâbhinishkramana). Being the life and teaching of Gautama, prince of India and founder of Buddhism

Mode of access: Internet.

Prince Siddartha : the Japanese Buddha /

"The present English text of this biography is not a literal translation of the Japanese work." cf. p. 9.

Die Religion des Buddha und ihre Entstehung.

Vol. 2 has title: Die lamaische Hierarchie und Kirche.

A Buddhist catechism : an outline of the doctrine of the Buddha Gotama in the form of question and answer /

Mode of access: Internet.

The Buddha-karita of Asvaghosha /

Translation by the editor pub. in the Sacred books of the East, v. 49.

The light of Asia : being the life and teachings of Gautama, Prince of India and founder of Buddhism /

Mode of access: Internet.

Few-layer graphene/ZnO nanowires based high performance UV photodetector

A graphene and zinc oxide nanowires (G/ZnO NWs) based ultraviolet (UV) photodetector presents excellent responsivity and photocurrent gain with detectivity. Graphene due to higher charge carrier transport mobility induces faster response to UV illumination at the interface between ZnO and graphene with improved response and decay times as compared to a ZnO NWs device alone. A linear increase is revealed for both the responsivity and photocurrent gain of the G/ZnO NWs device with the applied bias. These results suggest that the G/ZnO NWs device exhibits great promise for highly efficient UV photodetectors.

Highly Dense ZnO Nanowires Grown on Graphene Foam for Ultraviolet Photodetection

Growth of highly dense ZnO nanowires (ZnO NWs) is demonstrated on three-dimensional graphene foam (GF) using resistive thermal evaporation technique. Photoresponse of the as-grown hybrid structure of ZnO NWs on GF (ZnO NWs/GF) is evaluated for ultraviolet (UV) detection. Excellent photoresponse with fast response and recovery times of 9.5 and 38 s with external quantum efficiency of 2490.8% is demonstrated at low illumination power density of 1.3 mW/cm(2). In addition, due to excellent charge carrier transport, mobility of graphene reduces the recombination rate of photogenerated charge carriers, hence the lifetime of photogenerated free charge carriers enhances in the photodetectors.

ZnO quantum dots and graphene based heterostructure for excellent photoelastic and highly sensitive ultraviolet photodetector

Heterostructures comprised of zinc oxide quantum dots (ZnO QDs) and graphene are presented for ultraviolet photodetectors (UV PD). Graphene-ZnO QDs-graphene (G-ZnO QDs-G) based PD demonstrated an excellent UV photoresponse with outstanding photoelastic characteristics when illuminated for several cycles with a periodicity 5 s. PD demonstrated faster detection ability with the response and recovery times of 0.29 s in response to much lower UV illumination. A direct variation in photoresponse is revealed with the bias voltage as well as UV illumination intensity. A drastic reduction in the dark current is noticed due to potential barrier formation between adjacent ZnO QDs and the recombination rate reduces by directly transferring photogenerated charge carriers from ZnO QDs to graphene for enhanced the charge mobility.

Sandwiched assembly of ZnO nanowires between graphene layers for a self-powered and fast responsive ultraviolet photodetector

A heterostructure of graphene and zinc oxide (ZnO) nanowires (NWs) is fabricated by sandwiching an array of ZnO NWs between two graphene layers for an ultraviolet (UV) photodetector. This unique structure allows NWs to be in direct contact with the graphene layers, minimizing the effect of the substrate or metal electrodes. In this device, graphene layers act as highly conducting electrodes with a high mobility of the generated charge carriers. An excellent sensitivity is demonstrated towards UV illumination, with a reversible photoresponse even for a short period of UV illumination. Response and recovery times of a few milliseconds demonstrated a much faster photoresponse than most of the conventional ZnO nanostructure-based photodetectors. It is shown that the generation of a built-in electric field between the interface of graphene and ZnO NWs effectively contributes to the separation of photogenerated electron-hole pairs for photocurrent generation without applying any external bias. Upon application of external bias voltage, the electric field further increases the drift velocity of photogenerated electrons by reducing the charge recombination rates, and results in an enhancement of the photocurrent. Therefore, the graphene-based heterostructure (G/ZnO NW/G) opens avenues to constructing a novel heterostructure with a combination of two functionally dissimilar materials.

Sandwiched assembly of ZnO nanowires between graphene layers for a self-powered and fast responsive ultraviolet photodetector

A heterostructure of graphene and zinc oxide (ZnO) nanowires (NWs) is fabricated by sandwiching an array of ZnO NWs between two graphene layers for an ultraviolet (UV) photodetector. This unique structure allows NWs to be in direct contact with the graphene layers, minimizing the effect of the substrate or metal electrodes. In this device, graphene layers act as highly conducting electrodes with a high mobility of the generated charge carriers. An excellent sensitivity is demonstrated towards UV illumination, with a reversible photoresponse even for a short period of UV illumination. Response and recovery times of a few milliseconds demonstrated a much faster photoresponse than most of the conventional ZnO nanostructure-based photodetectors. It is shown that the generation of a built-in electric field between the interface of graphene and ZnO NWs effectively contributes to the separation of photogenerated electron-hole pairs for photocurrent generation without applying any external bias. Upon application of external bias voltage, the electric field further increases the drift velocity of photogenerated electrons by reducing the charge recombination rates, and results in an enhancement of the photocurrent. Therefore, the graphene-based heterostructure (G/ZnO NW/G) opens avenues to constructing a novel heterostructure with a combination of two functionally dissimilar materials.

Effect of Magnetic Field on Photoresponse of Cobalt Integrated Zinc Oxide Nanorods

Cobalt integrated zinc oxide nanorod (Co-ZnO NR) array is presented as a novel heterostructure for ultraviolet (UV) photodetector (PD). Defect states in Co-ZnO NRs surface induces an enhancement in photocurrent as compared to pristine ZnO NRs PD. Presented Co-ZnO NRs PD is highly sensitive to external magnetic field that demonstrated 185.7% enhancement in response current. It is concluded that the opposite polarizations of electron and holes in the presence of external magnetic field contribute to effective separation of electron hole pairs that have drifted upon UV illumination. Moreover, Co-ZnO NRs PD shows a faster photodetection speed (1.2 s response time and 7.4 s recovery time) as compared to the pristine ZnO NRs where the response and recovery times are observed as 38 and 195 s, respectively.

O despertar do budismo no ocidente no século XXI: contrbuição ao debate

Esta tese apresenta como um dos seus aspectos fundamentais a compreensão de outra cultura, outra versão, outro conjunto de valores: o pensamento indiano, berço da Ahamkãra a consciência individual, o eu e das práticas ascéticas de origem pré-ariana e autóctone. No interior dessa tradição, foram escolhidos os ensinamentos do Buddha Shãkyamuni, por sua absoluta originalidade na concepção da individualidade, transformando radicalmente as concepções de subjetividade existentes em sua época. O intuito, ao buscar uma tradição em tudo diferente da nossa, é, por dirigir o foco para o mais contrastante, iluminar nossa própria tradição, enriquecer o campo de discussão das novas matrizes de subjetivação em nossa sociedade ocidental pós-moderna e globalizada. Com essa abordagem objetiva-se contribuir para o debate em torno do despertar do budismo ocidental, no séc. XXI, lançando algumas linhas de reflexão que auxiliem, por um lado, a contextualizar esse acontecimento, e, por outro, a ampliar o debate sobre as questões relativas à noção de sujeito, utilizada pelos teóricos da psicanálise, através da apresentação de uma outra versão, a do eu budista. A comparação entre uma forma de individualidade oriunda de uma sociedade tradicional e holista e a forma da individualidade contemporânea, oriunda de uma sociedade secularizada e individualista, é possível através do que Harpham denomina imperativo ascético, uma força estruturante primária e transcultural. Nesse sentido visualiza-se uma relação entre as práticas ascéticas e a construção do eu. Segundo Mauss, o eu também é uma categoria universal, presente em todas as culturas. Assim como se encontram variações sobre o repertório das práticas ascéticas disponíveis em diferentes culturas, encontram-se variações na forma da subjetividade, de acordo com o seu solo cultural e sua paisagem mental. Fizemos uma conexão entre as práticas ascéticas indianas e o que denominamos de identificação mística, a partir da qual foi possível inferir essa imbricação entre ascetismo, construção e sacralização do eu nos primórdios da civilização indiana. Com o budismo ocorre uma espécie de descentramento, a sacralização é estendida a todo o cosmo, as práticas de meditação sintonizam com todos os seres, com todos os animais, para eliminar as causas do sofrimento. O budismo nasce com uma vocação universalista e leva para fora das fronteiras da Índia esse eu construído a partir dos conceitos da Ãhimsa, a não-violência, e da noção de ausência de existência inerente, inscritos no pensamento budista há dois mil e quinhentos anos, despertando o interesse do ocidente após um longo período de obscurecimento.