Unique Physical Behavior with Two Main Integrated Types of Chemical Substances of Herbal Medicine based Insulin Leaf (Tithonia diversifolia (Hemsley) A. Gray (Asteraceae)): A Healthy Simple Natural Drink

A healthy simple natural drink is introduced based on a deep physical research investigation into insulin leaf (Tithonia diversifolia (Hemsley) A. Gray (Asteraceae)). Such drink was simply fabricated using two steps process of heating and cooling, and then exposed according to 2 main unique physical properties of optical and electrical behaviors. It was well-known that Tithonia diversifolia (Hemsley) A. Gray (Asteraceae)) had been very attractive in the east Africa continent and in the most of areas in Asia continent, as well as in Indonesia country of over 14,480 islands as Daun Kembang bulan because of its various biological and chemical properties to sustain human being life on earth. In present paper, our findings are focused on the unique physical characters sustained with a simple theoretical model to explain the interplay quantity of mechanical vibration of 2 main compounds of Tagitinine A (C19H28O7) and Tagitinine C or artemisinic acid (C15H22O2) identified using HPLC in such natural healthy drink produced by our Herbal Blessing standard products in nanotechnology research center and innovative creation (PPNRI) at Pattimura university. Such interesting finding suggests that the interactive vibration only involved about ~23.763 % mass of the total conserved mass

POSSIBLE ENERGY SPECTRUM OF THE TWO DIMENSIONAL SPATIAL KLEIN-GORDON OSCILLATOR EQUATION

In the present article, one had found a complete energy spectrum and eigen-function of the solution of two dimensional (2D) spatial Klein-Gordon oscillator equation which shows that its relativistic degeneracy energy is related to the eigen-function.

Energy Atlas for Moluccas Archipelago: a Brief Discussion and its Beyond Implementation

Indonesia is one of the fastest-growing economies globally and the largest and most populous country in Southeast Asia. Energy demand, consumption, equal distribution, and production become one of the main challenges perpetuating the nation's growth. Mapping the energy potential and demand growth becomes essential for energy efficiency, self-sufficiency, optimization, and sustainability. As one of the nation's significant growing regions, Moluccas Archipelago has unique challenges in energy development. The islands have population centers, like the city of Ambon, that need energy supply. The Energy Atlas aims to assess energy consumption and efficiency and replace fossil energy with renewable energy. It serves as a collection of maps with energy and climate as the focus. It helps the government, various industries, and even everyday citizens make more responsible decisions to mitigate climate change and foster the development and redevelopment of regions, especially in Indonesia.

Integrated 8 Wisdom Compounds Interaction in Multitasking Healing System: Confinement Energy in 4D Frequency Interconnection

The total energy in multitasking healing system of herbal medicine is extremely important due to an effective recovery of treated cells or organs in human body. This short communication research reports an exact calculation of the total effective mass involve in multitasking healing system of herbal medicine based on a simple smart model from general physics implemented in organic complex compounds found normally in Maluku/ Halmahera Galoba fruits (Zingiberaceae spp.) such as Amomum spp., Hornstedtia spp., Elim alliacea, Etlinger alba (Blume) A.D. Poulsen, et cetera. The invented results shows that the total mass involved in such multitasking healing system is ~24.24% with the total number of on-target atoms of ~93 atoms from 382 total atoms. This finding suggests that the healing time of herbal medicines with multitasking healing system shall be slower that that from FDA pharmaceutical approved products which is one target with ~100% healing system. The value of strong confinement energy in multitasking healing system of such 8 wisdom compounds in herbal medicine based Galoba fruits is about 4 time larger than its weak confinement energy

Proximate Analysis of Hotong Buru (Setaria italica) As A Culinary Material in Southern Buru Regency

Hotong Buru (S. italica) is a kind of cogon grass originating from the island of Buru. This plant produces seeds that are used as a very potential alternative food for rice because this plant can grow on various types of soil, even on sandy soils. Proximate analysis is a chemical test to determine the nutrient content of a feed or a feed raw material. Moreover, Hotong seeds have a protein content of around 11.2% and about 2.4% fat, while rice has a protein content of around 4.5% and 1-2% fat, which means that the protein and fat contents of Hotong seeds are over twice higher than that in rice. Judging from the carbohydrate content, the content of Hotong seeds is around 73%, almost the same as the carbohydrate content in rice, which is around 70-80%. This research was conducted to determine the nutritional content of Hotong Buru as a culinary ingredient. The research was conducted in the area of ​​South Buru Regency, namely processing Hotong Buru as a culinary ingredient, and in Baristand Ambon, namely proximate analysis. The results of the proximate analysis of 10 types of Hotong Buru in culinary preparations, resulted in the discovery of carbohydrate content with an average of 75.04, protein content with an average of 17.98, fat content with an average of 6.54, and fiber content with an average of 3.67, this proves that the nutritional content of culinary Hotong Buru is very high and can be used as the right staple substitute for rice

Refractive Index Border Associated with Nonlinear Optical Properties in Superhybrid Transparent TiO2 Nanoparticles-Polymer: Great Potential for Ultrafast Optical Waveguide in Optical Communication

The excellency of a superhybrid material based TiO2 nanoparticles (NPs) has been improved by the surface modification of the TiO2 with a coupling agent of 2-(3,4-epoxycyclohexyl)ethyltrimethoxysilane to render them highly compatible with organic monomer mixtures avoiding aggregation. Such TiO2 NPs are then attached with a polymer. The border of linear refractive index of hybrid TiO2 NPs-polymer is enhanced in comparison with that of pure epoxy resin or polymer. Nonlinear refractive index and nonlinear absorption coefficient of hybrid TiO2 NPs-polymer are measured by femtosecond Z-scan technique at 800 nm. This hybrid material has been fabricated and studied to have a great potential for ultrafast optical waveguide in optical communication quantified by the propagation loss of the hybrid TiO2 NPs-polymer optical waveguide in the range of 4.79 to 11.90 dB/cm, which is depending on the volume percent of TiO2 NPs

Heavenly Small Islands Simple Technology & Its Cultural Economy Impacts in Maluku, Indonesia: a New Proposed Multitasking Philosophy in Diversity (MPD)

We will discuss a simple multitasking philosophy based on a close link among four (4) groups of scientific findings from the complicated forests, the shallow or deep seas, and the small islands future technologies, as well as its dramatically impacts in Maluku province economy. The results are then compared to world high multitasking technology system based on our proposed philosophy linked to biodiversity called as multitasking philosophy in diversity (MPD). The detail of simple explanations of such complicated multitasking diversity is presented. While the multitasking impacts in diversity of two to three different multidisciplinary fields are highlighted in a simple way step by step. This novel MPD has been analyzed to be able to increase the Maluku economy as large as 75%.

Quo vadis Biofuels

Quo vadis Biofuels

H_∞ state feedback for linear systems with decentralized control inputs

This paper considers state feedback with decentralized structure for interconnected systems. The connection between subsystems is described by a directed graph. To design a decentralized controller, we use the information from its own subsystem and other subsystems based on the interconnection. Decentralized controller is defined as a solution of bilinear matrix inequality (BMI) problem, which is then solved by using the homotopy approach. Two numerical examples are performed to show validity of the design procedure

Basic Universe of Molecular Electronics System (MES): Introduction and its Applications in Harvesting Daily Life

In order to understand the core of universe, one finds out a principle of molecular electronic system (MES) in which the relationship among atoms starting from a molecular system in universe structure was based on the collaborative resistance interconnection among the nearest atoms in a molecular circuit of universe, for instance in galaxy-galaxy relationship. While the whole structure of a molecule works according to their electronic circuit system. This work is quite different from the mechanical system of atomic and chemical bonding vibrations among the nearest atoms in a molecule structure that came after the formation of MES. The profits of this newly invested knowledge will open the wide impacts of universe understanding in microscopic scale up to the supergiant expanded universe. It is marvelous to state that such simple understanding can explain a complicated GOD paradox and its optics