The nation economic indicator like GDP(gross domestic product) will pay an important effectiveness on exerting its all types of influencing power in modern society specially in tertiary industrial one due to having the advanced software like estate, office center, school etc many occasions. So that it has huge potential basis transformed from secondary one like manufacturer as producing the high-technique commodity with automatic-flowing-line by regulating its specification through sample making and inspecting as a regular method like several weeks even months rotation to motor performance inspecting specification that the documentary is to send the customer side following with the sample and launch ones for acquiring the qualification to them if the inspection might qualified from maker side. Moreover, the excellent one may transfer to the customer besides the innovation &entirety, so the total threes aspects can exert their according influence for preparing the innovative one sustainably and continually. Thereby, those excellent maker can become promise one to dominate the whole supplier chain even talent chain so as to deeply foster those new-respects with bringing out enough reservation talent and scientists eventually. So there will be enough searching contents for them to pursue and study continuously for complementing lack of good &capability staff. At the same time, the perfect product would be exhibited in front of public searching for more possible order from society where the more innovative ones can be acquisitive and learned from public agreement. The instant response will paste into the manufacturer side for them to improve the quality &complaint know how the commodity has default origination matter happened the wrong property and how to revise it. So little by little the high-efficiency and low-cost producing matter might be attained eventually upon transmitting into our instant information from final customer.

The scientist as an important human recourse may wield their innovation measures to solve all of the problems met in front of us, therein they would promote development course largely how to apply to actuality when there would be difficult for us to resolve in predictive mathematical result and course. So that the subsequent a series of research and producing ability and kinetic energy might be transformed into the clearer environment and conditions where the continuous effort needs to be proceeded in the competition society among developed and developing nation and regions occupied the commend-height point early and urgently for the sake of grasping advantageously that highness point in advance. Hence, the more sophisticated course for us to induce from the original data to prove the actual technique problems will be urgent task that may cause the predictive results like in an experimental course the coincided relationship with theoretical deduction so the more and unknown situation can publish in the view of regulating our senior engineer and scientist etc. At the same time, as to those difficult and predictable theory and principles would change the entire technological advancement and transformable property, hence the courageous award and human regulation for charging senior one must be kept up with dedicated to the more cutting-edge-field exploration and more finding. They must lie in the world technique sharpness in order to continuously promote their deepening mathematical simulation deducted from the new methods eg. latest interdisciplinary subjects that it can create variously views according to the actuality starting-point. Moreover, the formula that is to be simplified will play an ultimate destination for us to use within some defining condition because the same results need to be output from various formula that is to be regarded as the correct one for which the same results prove the correct with zero deviation applied to different methods. On the other hand, the national economic main batter-field would include in GDP value &growth value that may have an influential power according to evaluating current economy situation between various nations and regions where the high &rapid development is to be wanted now. Thereby, the high-technological product have occupied the significant demands so as to increase the GDP value through high-efficiency and low-cost ones produced by makers how we are to align different technology and key investment in some regions in light of evaluating the part situations. That might afford us much upgraded business and makers for the sake of innovation created producing like debuting low-cost and high-profit ones in market included domestic &overseeing one. Meanwhile, the investment capital into those high-tech maker will become innovation strategic-planning through stocks market dealing like ETF(exchange traded fund)̖ futures̖ security where the certain profit might be formed through managing strategic &tactic methods commonly. To be prudently joining the investment behavior to protect us from more risks.

The rapid rise of artificial intelligence (AI) in finance is disrupting the investment advice landscape, yet little is known about how investors perceive and respond to advice from AI versus human advisors. This study examines whether the source of advice (human vs. AI) influences investors’ trust in the advice, their reliance on it, and their subsequent portfolio choices. By employing a randomized experimental design, this study asks participants to evaluate equivalent investment recommendations generated by either a professional human financial advisor or an AI-based financial advisory system. The experiment manipulates the perceived source of advice and measures participants’ trust, perceived competence, transparency, adherence to the recommendation, and portfolio allocation decisions. The study also explores whether financial literacy, investment experience, risk tolerance, and familiarity with AI moderate the observed effects. This study contributes to the literature on behavioral finance, fintech, and algorithmic decision-making by isolating the role of advice source on investor behavior and offering insights into the design of trustworthy and effective AI-assisted financial advisory systems.

Phantom policies are policies, programs, or initiatives that fail to address successfully the issues they were created to solve. Phantom policies are policies that have some effect, however, not in the ways intended, or not to the extent that the policymakers intended. This paper will discuss the phantom policy as a management tool. The study will be focused on how organizations and governments can employ symbolic policy instruments to mollify various stakeholding groups, as well as managing political, social, and administrative challenges. It is argued that phantom policy as a management tool exists in between effective policy and no policy at all. The study will examine the ways in which the vagueness, ambiguity, and limited scope of policies can be used by policymakers and administrators to mask the lack of significant action and attempt to achieve policy effectiveness at the same time. The potential benefits, as well as the costs, of phantom policies will be discussed. In particular, it will be argued that such policies might create leeway for political wrangling, however, they can also undermine the trust of the public, as well as overall administrative effectiveness. The paper will conclude with a discussion of the ways in which phantom policies contribute to, as well as impede upon contemporary governance and policy analysis. By providing a theoretical background of phantom policy, this study will contribute to a better understanding of the processes of public policy formulation and implementation, and how these processes can be improved.