123 research outputs found
ANXIETY OF ISABELLA SWAN ON LOOSING HER LOVE IN CHRIST WEITZ’s NEW MOON MOVIE: A PSYCHOANALYTIC APPROACH
No full textThe major problem of this study is how the anxiety of the major character, Bella on loosing her love reflected in Christ Weitz’s New Moon movie. The objective of this study is to analyze the movie based on its structural elements, and based on psychoanalytic approach.
The benefits of the study are to give in the application of Psychoanalytic approach in literary study. The study belongs to the qualitative study. The object of the study is Isabella Swan’s New Moon movie published in 2009 by Summit Entertainment. The primary data source is the main data obtained from all the images which form such like the scene of the movie itself and the texts which form such like words, phrases, and sentences in dialogues or monologues occurring in the movie related to the topic and the secondary data sources are the other data related to the analysis such as the author’s biography and some reference books. The method of data collection is library research by note-taking for the texts and image-capturing for the images. The technique of data analysis used in this study is descriptive analysis.
The study comes to the following conclusions. First, based on the structural analysis, Bella is a girl who has a weak sense and feeling, the most comfortable girl feelings if she is in the top position of sadness is cry. Second, based on the psychoanalytic analysis, it is evident that in this movie, Isabella’s life is directed by her ego, which is dominated by her id and also her superego
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The Jalakeli Project
No full textThoidingjam Lakshmipriya Devi talks about the Jalakeli. She is the President of the Shree Shree Govinda Jiu Jalakeli Pala. The interview is in Manipuri and in 8 parts:
1) How I came to the Jalakeli
2) My mother Maharaj Kumari Angousana Devi
3) My grandmother Maharani Dhanamanjuri Devi: How she started the Choir of the Daughters-in-Law
4) The Songs of the Choir of the Daughters: The Patronage of the Maharajas
5) How I organize the Jalakeli
6) My aunt Maharaj Kumari Binodini Devi: Why she never joined the Jalakeli
7) Where and When the Jalakeli is Offered
8) Remembering their Names: The Invisibility of Women in Manipur's Recorded History
The Jalakeli is a HIndu Vaishnav women's performance ritual offered by the two choirs of the Shree Shree Govinda Jiu Jalakeli Pala. The main summer ritual is held every year on Buddha Purnima, the full moon of Kalen (9 May 2017) at the Shree Shree Govindajee Temple of the Royal Palace of Manipur. It is a cycle of songs sung in classical Manipuri sankirtana style by the royal women descendants of Maharaja Narasingh of Manipur (1792-1850). The songs praise Lord Krishna and Lady Radha as they come out to play with water at a fountain.
This video is a part of THE JALAKELI PROJECT, Imasi Foundation's web-based, digital, Manipuri women's oral history initiative framed by this traditional women's sankirtana performance ritual of Manipur
The Jalakeli Project: Thoidingjam Lakshmipriya Devi Interview on Jalakeli and Organization
No full text<p>Thoidingjam Lakshmipriya Devi talks about the Jalakeli. She is the President of the Shree Shree Govinda Jiu Jalakeli Pala. The interview is in Manipuri and in 8 parts:</p>
<p>1) How I came to the Jalakeli</p>
<p>2) My mother Maharaj Kumari Angousana Devi</p>
<p>3) My grandmother Maharani Dhanamanjuri Devi: How she started the Choir of the Daughters-in-Law</p>
<p>4) The Songs of the Choir of the Daughters: The Patronage of the Maharajas</p>
<p>5) How I organize the Jalakeli</p>
<p>6) My aunt Maharaj Kumari Binodini Devi: Why she never joined the Jalakeli</p>
<p>7) Where and When the Jalakeli is Offered</p>
<p>8) Remembering their Names: The Invisibility of Women in Manipur's Recorded History</p>
<p>The Jalakeli is a HIndu Vaishnav women's performance ritual offered by the two choirs of the Shree Shree Govinda Jiu Jalakeli Pala. The main summer ritual is held every year on Buddha Purnima, the full moon of Kalen (9 May 2017) at the Shree Shree Govindajee Temple of the Royal Palace of Manipur. It is a cycle of songs sung in classical Manipuri sankirtana style by the royal women descendants of Maharaja Narasingh of Manipur (1792-1850). The songs praise Lord Krishna and Lady Radha as they come out to play with water at a fountain. </p>
<p>This video is a part of THE JALAKELI PROJECT, Imasi Foundation's web-based, digital, Manipuri women's oral history initiative framed by this traditional women's sankirtana performance ritual of Manipur.</p>
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The Jalakeli Project
No full textThis video is of Jalakeli, a women's Hindu Vaishnav ritual performance of Manipur, India. It was offered, as annual custom dictates, by the Shree Shree Govinda Jiu Jalakeli Pala on Buddha Purnima, the full moon of the Manipuri lunar month of Kalen (9 May 2017) at the Shree Shree Govindajee Temple of the Royal Palace of Manipur
Investigating the effects of Lorentz Invariance Violation on the CP-sensitivities of the Deep Underground Neutrino Experiment
No full textThe neutrino oscillations offer great potential for probing new physics
effects beyond the Standard Model. Any additional effect on neutrino
oscillations can help understand the nature of these non-standard effects. The
violation of fundamental symmetries may appear as new physics effects in
various neutrino experiments. Lorentz symmetry is one such fundamental symmetry
in nature, the violation of which implies a breakdown of space-time symmetry.
The Lorentz Invariance Violation (LIV) is intrinsic in nature and its effects
exist even in a vacuum. Neutrinos can be an intriguing probe for exploring such
violations of Lorentz symmetry. The effect of violation of Lorentz Invariance
can be explored through the impact on the neutrino oscillation probabilities.
The effect of LIV is treated as a perturbation to the standard neutrino
Hamiltonian considering the Standard Model Extension (SME) framework. In this
work, we have probed the effect of LIV on the neutrino oscillation measurements
considering the Deep Underground Neutrino Experiment (DUNE) as a case study.
The inclusion of LIV affects various neutrino oscillation parameters as it
modifies the standard neutrino oscillation probabilities. We looked into the
capability of DUNE in constraining the LIV parameters and then explored the
impact of CPT-violating LIV terms on the mass-induced neutrino oscillation
probabilities. We have also probed the influence of LIV parameters on the
CP-measurement sensitivity at DUNE.Comment: 33 pages, 16 figure
Imprints of scalar NSI on the CP-violation sensitivity using synergy among DUNE, T2HK and T2HKK
No full textAbstract The Non-Standard Interactions (NSIs) are subdominant effects, often appearing in various extensions of SM, which may impact the neutrino oscillations through matter. It is important and interesting to explore the impact of NSIs in the ongoing and upcoming precise neutrino oscillations experiments. In this work, we have studied the imprints of a scalar-mediated NSI in three upcoming long-baseline (LBL) experiments (DUNE, T2HK and T2HKK). The effects of scalar NSI appears as a medium-dependent correction to the neutrino mass term. Its contribution scales linearly with matter density, making LBL experiments a suitable candidate to probe its effects. We show that the scalar NSI may significantly impact the oscillation probabilities, event rates at the detectors and the χ 2-sensitivities of δ CP measurements. We present the results of a combined analysis involving the LBL experiments (DUNE+T2HK or DUNE+T2HKK) which offer a better capability of constraining the scalar NSI parameters as well as an improved sensitivity towards CP-violation
Scalar NSI: A unique tool for constraining absolute neutrino masses via -oscillations
No full textIn the standard interaction scenario, a direct measurement of absolute
neutrino masses via neutrino oscillations is not feasible, as the oscillations
depend only on the mass-squared differences. However, the presence of scalar
non-standard interactions can introduce sub-dominant terms in the oscillation
Hamiltonian that can directly affect the neutrino mass matrix and thereby
making scalar NSI a unique tool for neutrino mass measurements. In this work,
for the first time, we constrain the absolute masses of neutrinos by probing
scalar NSI. We show that a bound on the lightest neutrino mass can be induced
in the presence of scalar NSI at DUNE. We find that the lightest neutrino mass
can be best constrained with and at
C.L. for normal and inverted hierarchy respectively. This study suggests that
scalar NSI can serve as an interesting avenue to constrain the absolute
neutrino masses in long-baseline neutrino experiments via neutrino
oscillations.Comment: 8 pages, 5 figures, 3 table
Exploring the effects of Scalar Non Standard Interactions on the CP violation sensitivity at DUNE
No full textThe Neutrino oscillations have provided an excellent opportunity to study
new-physics beyond the Standard Model, popularly known as BSM. The unknown
couplings involving neutrinos, termed non-standard interactions (NSI), may
appear as `new-physics' in different neutrino experiments. The neutrino NSI
offers significant effects on neutrino oscillations and CP-sensitivity, which
may be probed in various neutrino experiments. The idea of neutrinos coupling
with a scalar has evolved recently and looks promising. The effects of scalar
NSI may appear as a perturbation to the neutrino mass matrix in the neutrino
Hamiltonian. It modifies the neutrino mass matrix and may provide a direct
possibility of probing neutrino mass models. As the scalar NSI affects the
neutrino mass matrix in the Hamiltonian, its effect is energy independent.
Moreover, the matter effects due to scalar NSI scales linearly with the matter
density.
In this work, we have performed a model-independent study of the effects of
scalar NSI at long baseline neutrino experiments, taking DUNE as a case study.
We have performed such a thorough study for DUNE for the first time. Various
neutrino parameters may get affected due to the inclusion of scalar NSI as it
modifies the effective mass matrix of neutrinos. We have explored the impact of
scalar NSI in neutrino oscillations and its impact on the measurements of
various mixing parameters. We have probed the effects of scalar NSI on
different oscillation channels relevant to the experiment. We have also
explored the impact of various possible elements in the scalar NSI term on the
CP-violation sensitivity at DUNE.Comment: Revised version, accepted for publication in JHE
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