The basic function of happiness and vivacity from Rumi's point of view

Happiness is one of the effective characteristics in human existence that the human soul and body have received many effects from this emotional aspect of human beings. Although psychologists' definitions of the causes and factors of happiness are different, but everyone agrees on one basis, and that is the essential need of the individual and society to strengthen the dimension of happiness and vitality in human beings, and that this feature can lead to prosperity and growth. Provide progress in the individual and society. This article confirms that the teachings of Jalaluddin Mohammad Rumi seek to provide a bed of happiness, with the difference that happiness is different from the view of Rumi as a religious mystic with the views of other greats. This research intends to study happiness and vitality on the basis of spiritual Masnavi. Access to Rumi's thoughts and ideas is important because his ideas can be considered as a great Muslim poet and mystic and a representative of Islamic mysticism and can be generalized to the thoughts of many of his followers. Our method in this paper is a library based on documentary study and content analysis. According to Rumi, sorrow is one of the means of conduct and the seeker can not be painless and sorrow, and sorrow that is not in the path of growth is unpleasant and sorrow that is in the direction of excellence is valuable and pleasant. Sadness and happiness cause human mental moderation. Wise sorrows should be welcomed and irrational joys should be avoided. Wise sorrows are the path to happiness, and as a result, the dynamism and mobility of the soul destroys many of the sorrows and daily joys and gives true clarity to the human soul

Developmental screening of children with congenital hypothyroidism using Ages & Stages Questionnaires test.

 Abstract:Objectives: Congenital hypothyroidism (CH) is one of the most common causes of mental retardation in children. This study investigated the developmental status of children with CH screened by Ages & Stages Questionnaires (ASQ) measurement scores.Materials & Methods: In this retrospective study, neurodevelopmental status of 78 children diagnosed with CH who being followed up at the outpatient Pediatric Endocrinology Clinic of Besat Hospital, Hamadan, Iran, was evaluated by ASQ method. Data on age, sex, birth body weight, height and head circumference, residency location, parental education level, primary venous TSH and T4 level, diagnosis age, treatment start age and initial levothyroxine dosage were extracted from medical records .Data analyzed using statistical software SPSS v16. P-value less than 0.05 was considered statistically significant.Results: Of the 78 patients (34=43.6% female), 32 patients (41%) had developmental disorder. 56 cases (71.8%) were living in urban areas. In terms of type of developmental impairment, global delay: 13 patients (40.6%), problem solving: 11 patients (34.3%), communication: 5 patients (15.6%), fine motor: 2 patients (6.2%) and personal-social: 1 patient (3.1%) were detected. The average of diagnosis and treatment age was 25.65 days in patients with developmental impairment and 17.99 days in those without delay. ASQ results had significant statistical correlation with initial dose of levothyroxine (p=0.017), hypothyroidism diagnosis age (p=0.002) and age of treatment initiation (p=0.018).Conclusions: Early diagnosis and treatment along with initial L-thyroxin dose were most important factor of ASQ scores of children with CH. Higher amounts of the LT4 is required at onset

Effect of viscous dampers on yielding mechanisms of RC structures during earthquake

The yielding mechanisms of reinforced concrete (RC) structures are the main cause of the collapse of RC buildings during earthquake excitation. Nowadays, the application of earthquake energy dissipation devices, such as viscous dampers (VDs), is being widely considered to protect RC structures which are designed to withstand severe seismic loads. However, the effect of VDs on the formation of plastic hinges and the yielding criteria of RC members has not been investigated extensively, due to the lack of an analytical model and a numerical means to evaluate the seismic response of structures. Therefore, this paper offers a comprehensive investigation of how damper devices influence the yielding mechanisms of RC buildings subjected to seismic excitation. For this purpose, adapting the Newmark method, a finite element algorithm was developed for the nonlinear dynamic analysis of reinforced concrete buildings equipped with VDs that are subjected to earthquake. A special finite element computer program was codified based on the developed algorithm. Finally, a parametric study was conducted for a three-story RC building equipped with supplementary VD devices, performing a nonlinear analysis in order to evaluate its effect on seismic damage and on the response of the structure. The results of this study showed that implementing VDs substantially changes the mechanism and formation of plastic hinges in RC buildings

Imaginations of WALL-E : Reconstructing Experiences with an Imagination-Inspired Module for Advanced AI Systems

In this paper, we introduce a novel Artificial Intelligence (AI) system inspired by the philosophical and psychoanalytical concept of imagination as a ``Re-construction of Experiences". Our AI system is equipped with an imagination-inspired module that bridges the gap between textual inputs and other modalities, enriching the derived information based on previously learned experiences. A unique feature of our system is its ability to formulate independent perceptions of inputs. This leads to unique interpretations of a concept that may differ from human interpretations but are equally valid, a phenomenon we term as ``Interpretable Misunderstanding". We employ large-scale models, specifically a Multimodal Large Language Model (MLLM), enabling our proposed system to extract meaningful information across modalities while primarily remaining unimodal. We evaluated our system against other large language models across multiple tasks, including emotion recognition and question-answering, using a zero-shot methodology to ensure an unbiased scenario that may happen by fine-tuning. Significantly, our system outperformed the best Large Language Models (LLM) on the MELD, IEMOCAP, and CoQA datasets, achieving Weighted F1 (WF1) scores of 46.74%, 25.23%, and Overall F1 (OF1) score of 17%, respectively, compared to 22.89%, 12.28%, and 7% from the well-performing LLM. The goal is to go beyond the statistical view of language processing and tie it to human concepts such as philosophy and psychoanalysis. This work represents a significant advancement in the development of imagination-inspired AI systems, opening new possibilities for AI to generate deep and interpretable information across modalities, thereby enhancing human-AI interaction.Comment: 18 pages

New Insight into the Effect of Phototherapy on Serum Magnesium Level

Background: Jaundice is one of the most common findings in the neonatal period. In almost all the cases, neonatal jaundice occurs due to the elevated level of unconjugated bilirubin. Evidence is scarce regarding the association between magnesium and bilirubin levels in neonatal hyperbilirubinemia. The present study aimed to investigate serum magnesium levels before and after phototherapy.Methods: This observational study was conducted on 65 neonates with jaundice, who were admitted to 17 Shahrivar Hospital of Rasht, Iran during September 2011-2012. Neonates with total serum bilirubin level of >20 mg/dL underwent phototherapy with 12 lamps. Magnesium levels were measured before and 24 hours after phototherapy. Data analysis was performed in SPSS version 19 using descriptive statistics (mean and standard deviation) and paired t-test at 95% confidence interval, and P-value of less than 0.05 was considered statistically significant.Results: In total, 65 neonates, including 37 boys (56.9%) and 28 girls (43.1%), were enrolled in the study. Mean magnesium level was significantly higher before phototherapy (2.07±0.33) compared to after phototherapy (1.81±0.27) (

Seismic response evaluation of RC tower connected to short rigid buildings.

In urban construction with the presence of tall buildings adjacent to short buildings, civil engineers have tried to connect low-rise rigid buildings to tall buildings in order to enhance the rigidity of the towers and decrease seismic response induced by earthquake excitation. From recent developments in earthquake energy dissipation systems, the application of viscous dampers for coupling of parallel and adjacent buildings to reduce earthquake effect has been considered by civil engineers, and many investigations have been conducted. In the present study an attempt has been made to evaluate the effect of connecting reinforced concrete towers to short rigid building through viscous damper devices. For this purpose, a 10-story RC tower connected to two short RC buildings by viscous damper was modeled and analyzed under Elcentro (1940) earthquake record excitation by using the finite element technique. In addition, the effect of various viscous damper damping coefficients on seismic response of the tower was evaluated by analyzing the aforementioned tower with various damper damping coefficient to the short building. The results showed improvement of seismic response of the tall building which was supported by short RC buildings through viscous damper device during earthquake. Moreover by increasing damper damping coefficient response of the tower structure the displacement was effectively reduced

Numerical simulation of soil-structure interaction in framed and shear-wall structures

This paper deals with the modeling of the plane frame structure-foundation-soil system. The superstructure along with the foundation beam is idealized as beam bending elements. The soil medium near the foundation beam with stress concentrated is idealized by isoparametric finite elements, and infinite elements are used to represent the far field of the soil media. This paper presents the modeling of shear wall structure-foundation and soil system using the optimal membrane triangular, super and conventional finite elements. Particularly, an alternative formulation is presented for the optimal triangular elements aimed at reducing the programming effort and computational cost. The proposed model is applied to a plane frame-combined footing-soil system. It is shown that the total settlement obtained from the non-linear interactive analysis is about 1.3 to 1.4 times that of the non-interactive analysis. Furthermore, the proposed model was found to be efficient in simulating the shear wall-foundation-soil system, being able to yield results that are similar to those obtained by the conventional finite element method

Analytical model for viscous wall dampers

By now, many civil engineering researchers have extensively studied the application of earthquake energy dissipation systems in seismic-resistant buildings. Earthquake energy dissipation systems play an important role in enhancing the sustainability of structures against seismic excitation. Frame buildings are strengthened by installing damper devices as supplemental structural members. This article presents the finite-element-based development of an analytical model for a viscous wall damper (VWD) device, an alternative to other earthquake energy dissipation systems, which can diminish the effect of earthquakes on structures and improve the seismic performance of multistory buildings subjected to ground motion. The constitutive law of VWDs has been formulated and integrated to develop a finite element model of VWD compatible with the reinforced concrete (RC) structure analytical model. Then, the finite element algorithm has been developed for inelastic analysis of RC buildings equipped with VWD devices capable of detecting damage to both structural members and damper connections under dynamic loading. Based on the developed system, the special finite element program was codified and verified by applying it to a real model of a RC building with supplementary VWD devices. Influence of VWDs on seismic performance of the RC building during earthquake excitation was evaluated. The proposed analytical model for VWD is verified by using experimental test data and analysis result proved that this energy dissipation system succeeds by substantially diminishing and dissipating a structure's induced seismic responses. Also the parametric study indicated that the damping coefficient is very effective on performance of VWD

Results of Nasolacrimal Duct Probing in Children between 9-48 Months

Congenital nasolacrimal duct obstruction (CNLDO) is a common disease in children. The classic treatment of CNLDO is probing that was done around one year old. However, controversy exists regarding the outcome of probing in children older than one year. This study aimed to find the cure rate of initial probing for CNLDO and identify factors producing the failure rate in old age. In this retrospective interventional case series study, 100 eyes of 92 patients aged 9-48 months with CNLDO underwent probing with general anesthesia. According to the intraoperative results of probing, CNLDO were categorized in two groups of membranous obstruction at the end of nasolacrimal duct obstruction (NLD) and complex obstruction at canaliculus, lacrimal sac and N LD. Patients were categorized in three groups according to the age of probing into under 12, 12 to 24 and over 24 months. Success rate was defined as successful irrigation of NLD intraoperatively and absence of lacrimation and discharge at 1 week, one, three and six months postoperatively. The average age of patients and probing were 47.35±25.59 and 17.32±7.85 months respectively. Membranous obstruction accounted for 72% of patients and remainder had complex type. An overall cure rate of 91%, 89% and 60% was found in patients aged 9-12, 12-24 and 24-48 months respectively. Surgery success rate after six months was 91% in membranous group and 52% in complex group. There was a significant relation between the type of obstruction and opening of NLD (p<0.O01). This study showed that the probing failure of probing after one year was related to the complexity of obstruction rather than the age of the patient. It is recommended that probing could safely be done in under 4 years old