Abstract

We aim to show the WORD as a science that we partially know. However, it is essential to distinguish between the word and its concepts.  

We must understand the difference between a word and its concepts. The word has a meaning that represents a stable science with multiple different and changeable ideas, masks, and views, most of which are variable.  We discovered more than 50 innovative keys (discoveries) and more than 100 pieces of facts per WORD. We provided creative answers to more than 300 questions per word in the ordinary language dictionaries, representing literature, science, engineering, knowledge, philosophy, and other branches of science. Furthermore, we will focus our talk on the WORD as a SCIENCE.  Our existing knowledge has many problems due to our ignorance of the value and use of words. We may wonder what has been happening in the present years because of many epidemics, inflation, global hunger, unjustified wars, increasing conflicts, and degrading human rights everywhere, including the USA. We are at the lowest level of proper knowledge. You may wonder why. This is because we need to understand a word's importance when we use it properly. A word is a responsibility, honor, lifestyle, discipline, and one of the universe's secrets.  Studying the existing concept of "innovation," we found many contradictory and problematic definitions from many innovators, business and political leaders, and others. They treated the WORD "innovation" as "Industrial Object (IO)," or "instance objects," "changeable," and "replaceable." We consider the WORD innovation "Business Object (BO)," which is "unified," internally "stable," and "externally adaptable." This example shows that the word innovation has several concepts, considered different "masks" or "views" of a WORD innovation. Therefore, the existing innovations failed.  Studying the existing concept of "creativity," we found many contradictory and problematic definitions from architects, designers, analysts, system modelers, professors, producers, teachers, and others. They treated the word "creativity" as a "Business Object (BO)," which is "unified," internally "stable," and "externally adaptable." We consider the WORD creativity "Enduring Business Theme (EBT) "unified," "stable," and "continuous." WORD. This example shows that a word's creativity has several concepts, considered different "masks" or "views" of a word's innovation. Therefore, the existing creativity failed.  As we recommend, knowing the WORD leads to proper research and development. It turns your study and product into the economic wealth of morals, unified and stable knowledge, and human growth.  

Biography

Prof. Dr. M.E. Fayad is Full Professor at SJSU and a Founder and CEO at AITG, Aeeh Press, and i-SOLE. Previously, he was J.D. Edwards's professor of Software Engineering in the Department of Computer Science & Engineering at the University of Nebraska, Lincoln, from 1999 to 2002. Dr. Fayad is a well-known and recognized authority in theory and the applications of Software Engineering, Linguistic Engineering, and the Art of Abstraction. Fayad's publications are in the very core archival journals and conferences in the field of software engineering. Dr. Fayad was a guest editor on 11 theme issues. Dr. Fayad has published more than 300 high-quality articles, which include profound and well-cited reports (more than 50 in number) in reputed journals, over 100 advanced articles in refereed conferences, more than 25 well-received and cited journal columns, 16 blogged columns, 11 well-cited theme issues in prestigious journals and flagship magazines, 24 different workshops in very respected conferences, over 125 tutorials, seminars, and short presentations in more than 25 States in the USA since 1978 and 52 other countries. Dr. Fayad is also filling for eight new, valuable, and innovative patents and has developed over 800 stable software patterns and brought a breakthrough in software engineering. Dr. Fayad earned an MS and a Ph.D. in computer science and engineering from the University of Minnesota at Minneapolis. His research topic was OO Software Engineering: Problems and Perspectives. He is the lead author of several classic Wiley books, CRC, and Aeeh Press, Inc

Abstract

Numerical simulations for the mixed convective multilayer flow of two different immiscible nanofluids in a duct with viscous heating effects were developed in this study. The duct is insulated on the top and bottom faces, while the left and right faces of the duct remained isothermal. The mathematical governing system for each layer consists of an incompressibility condition equation, the Navier-Stokes momentum equation, and the conservation of energy equation. At the interface of the immiscible layer, the continuity of velocity, shear stress, temperature and heat flux is considered. The dimensionless equations governing each layer were numerically integrated using the finite difference method and the Southwell-over-Relaxation method. A comprehensive mesh independence test is conducted. Furthermore, a parametric study is performed to analyze how the different nanoparticle volume fractions and viscous heating affect the transport characteristics of engine oil-copper and mineral oil-silver nanofluids. The study also examined the effects of various types of nanoparticles and base fluids. The results demonstrated that heat transport could be efficiently controlled by considering the viscous heating aspect. Moreover, the effects of different nanoparticles on heat transport were found to be more significant than those of base fluids. Finally, a point-wise comparison of our numerical results demonstrates a strong agreement with existing studies in literature.

Biography

Prof. J.C. Umavathi completed her Post Doctral from the Department of Engineering, University of Sannio, Piazza Roma 21, 82100 Benevento, Italy. She is working as Professor in the Department of mathematics, Gulbarga University since 1993. She has published more than 215 research articles in reputed international journals. She is a recipient of Kalpana Chawla Young Scientist award, Sir J.C. Bose award and Erasmus Mundus Fellowship.

Abstract

UV lacquer coatings are very popular in the woodworking industry. This solution belongs to the green chemistry, energy saving and ecological technologies. Nowadays very interesting are digital and printing technologies in which from 5 up to 12 layers of lacquer system can be applied. 

Ready to use furniture board elements prepared in this technologies are characterized by high resistance, very good and stable aesthetic-decorative features and modern and unique design. 

Sometimes some defects in the interlayer adhesion can be observed. Scientists in their works and technical staff in the laboratories are looking for very fast and good investigation method for surface analysis. To this methods belongs wettability, roughness and topography.

This presentation presents the results of surface investigations of the finished wood based materials by the use of profilometer and optical tensiometer

Biography

Dr. Tomasz Krystofiak in 1994 was finished study of Faculty of Wood Technology at Agriculture Academy in Poznan. In 2002 he prepared a PhD dissertation and in 2019 habilitation. Author or co-author of more than 300 scientific publications in the scope of gluing and finishing of wood and wood based composites. To his research activities belongs surface phenomena, wettability, adhesion and adherence, modification, gluability and paintability of lignocellulosic materials. He was a Management Committee Member of COST Actions FP1006 and CA15216 and Working Group Member (FP1303 and FP1407). Since 2021 Guest Editor in 6 Special Issues in Coatings, Forests, Materials journals.

Abstract

The theory of time scales was introduced by Stefan Hilger in his PhD thesis in 1988 (supervised by Bernd Aulbach) in order to unify continuous and discrete analysis and to extend the continuous and discrete theories to cases \in between”. The main aim of this lecture is to present an introduction to the theory of manifolds on arbitrary time scales. They are introduced and investigated  atlases, charts, morphisms , submanifolds, immersions, submersions, manifolds with boundary  and vector bundles. The lecture is provided with suitable examples.

Biography

Svetlin G. Georgiev works on various aspects of mathematics. His current research focuses on harmonic analysis, ordinary differential equations, partial differential equations, fractional calculus, time scale calculus, integral equations, numerical analysis, differential geometry, and dynamic geometry.

Abstract

Fusion power may offer a long-termenergy supply with an uninterrupted power delivery, a high power-generation density and no greenhouse gases emissions, contributing to prevent the worst effectsof climate changeand making an enduring contribution to future energysupply. The intenseconditions inside a fusion power plant (extremetemperatures and high magnetic fieldsnecessary for nuclear fusion) call for addressingseveral potential problems.Mathematical modelling attempts to overcome some of the hindrances posed by these complexities. In this talk, we considerthe numerical solutionof the Magneto-Quasi-Static (MQS) problem in terms of an integral formulation based on the electric vector potential. The application case refers to a large scale problem arising in nuclear fusion devices. Integral formulations give rise to discrete models characterized by dense matrices.Compression techniques, iterativesolvers and parallelcomputing are the only viable options for treating large scale simulations in this context. A key role is played by the design of the preconditioner, which is required to be robust, cost effective and highly parallelizable. We present preconditioning strategies based on the theory of H2-matrix representation, which provides a general mathematical framework for a highly compactand kernel independent accurate representation of integral equations, built by means of the decomposition of small rank blocks with almost linear complexity.

Biography

Bruno Carpentieri has completed his PhD in Computer Science from the Institut National Polytechnique de Toulouse, France, and postdoctoral studies from University of Graz and CRS4 Sardinia. He served as an Assistant Professor at the University of Groningen and as a Reader in Applied Mathematics at Nottingham Trent University. Since May 2017 he is an Associate Professor in Applied Mathematics at the Faculty of Computer Science, Free University of Bozen-Bolzano. He has published about 50 papers in reputed journals and has been serving as a member of the scientific advisory board of several conference panels in computational mathematics and high-performance scientific computing.

Abstract

We will here show and make proofs for the General Relativistic solution of the Expansion of the Universe. Including coherence with the “new” knowledge from observations of the James Webb Telescope. We will start by deriving the Schwartzchild solution from the Friedmann Equation thus prooving that there exist a Relativistic solution to the problem.

We will introduce the 'Galaxy Equation' that can be derived from the Schwartzchild solution of General relativity, also we show some of Maxwells equations adapted to Gravitational waves.

The galaxy equation give the Rotation velocity of a Galaxy generally when it is combined with Keplers 3:rd Law. We can use the Galaxy Equation to describe the outgoing flow of matter of the Universe, the Galaxy Equation give us the rotation velocity but by using these we can also find the equation for a radially expanding Universe.

the values derived for the expansion of the universe are in the common accepted and measured range. We calculate acceleration, curvature, mass and velocity for the Universe. Also some useful mass and velocity formulas are given

Biography

Tony Barrera is a certified autodidact math genius. He have published more than 42 Ordinary high rated scientific papers And up to several hundred publications ,computer simulations and animations In different subjects, scientific papers in mathematics , computer graphics, numerical analysis, astrophysics and Particle Atomic physics. Tony does research general together with prof Ewert Bengtsson, Prof Anders Hast and Physicist Bo Thelin and the crew of Barrera Science Lab.

Abstract

Quantumcomputinghasemergedasatransformativefieldwiththepotentialtorevolutionizevarious industries.However,thefragilenatureofquantumsystemsintroduceserrorsthathinderthe practicalimplementationofquantumalgorithms.Inthispresentation,weexploretheapplicationof theUnifiedEquationofPhysics(MEQ)toaddressthecriticalchallengeoferrormitigationand correctioninquantumcomputing.
TheMEQ,representedasΨ(x,t)=ΨQFT(x,t)+ΨFractal(x,t,D,m,q,s),providesapowerfulframework thatcombinesfreequantumfieldtheory,mechanicalsystems,andfractalpotentialterms.Itoffersa comprehensiveapproachtoerrormitigationbyincorporatingthesolutionoffreequantumfield theory,theperturbativeeffectsofgravity,andtheself-similarfractalstructuredescribedbythe constantparametersV0,L,ands.TheMEQisaversatiletoolthatcanbefurtherenhancedby combiningitwithgeneralrelativity,enablingamoreaccuraterepresentationoftheperturbative effectsofgravityonthequantumfield.
ByapplyingtheMEQtoquantumcomputing,weunlocknewpossibilitiesforerrormitigationand correction.TheMEQallowsustounderstandandcontroltheinteractionsbetweenquantum systems,mitigatingerrorsandenhancingcomputationalaccuracy.Furthermore,theincorporationof theMEQenablesadvancementsinmachinelearning,speed,andcomputationalpower,pavingthe wayforthedevelopmentofmoreefficientandreliablequantumalgorithms.
Inthispresentation,wewilldiscussthetheoreticalfoundationsoftheMEQanditsapplicationin errormitigationandcorrectionforquantumcomputing.Wewillexplorethemathematicalformalism andpracticalimplicationsoftheMEQ,showcasingitspotentialtoaddressthechallengesfacedby quantumcomputers.Throughthisresearch,weaimtocontributetotheadvancementofquantum computinganditsintegrationintovariousdomains.
Keywords:Quantumcomputing,Errormitigation,Errorcorrection,McGintyEquation(MEQ),Quantum fieldtheory,Fractalpotential,Generalrelativity.
 

Biography

Chris McGinty is a visionary entrepreneur who has revolutionized theoretical physics and artificial intelligence. With an unquenchable thirst for understanding the universe, Chris embarked on a quest to develop a unified framework that could transform our knowledge of nature. Through extensive research, he introduced the MEQ, an extraordinary unified equation bridging quantum physics and field theory. As the founder of the L_TOE (Lagrangian Theory of Everything) framework, Chris assembled a brilliant team and harnessed cutting-edge AI technologies to explore the intricacies of the MEQ. This endeavor birthed Skywise.ai, an innovative platform uniting quantum-inspired algorithms, computational resources, and simulation tools to advance various domains. Chris's unwavering pursuit of knowledge and commitment to pushing scientific boundaries have cemented his status as a pioneering figure. His work lays the groundwork for quantum computing, artificial intelligence, and our comprehension of the universe's fundamental laws. Through interdisciplinary collaboration, Chris inspires future generations, leaving an enduring impact on scientific progress.

Abstract

One of the biggest challenges society faces today is the unprecedented level and rate of technological change. Some believe artificial intelligence (AI) (e.g., robots) will destroy us, while others see these technological advances as the next big blessing for humanity. While there is no shortage of fear or hype about our technological future, what we are seeing in the world of productivity is a spate of new AI-driven tools that will help us work more securely, more efficiently, and therefore, more effectively.
In this keynote session, Dr. Zuppo will discuss the current state of technology  development, deployment, and policy creation as they relate to AI, framed within the context of the top technological problems we face from a global perspective.
The keynote session will segue into a panel discussion featuring some of today’s leading experts in the field and will focus on the intersection of AI, security, and people. The panel will explore what AI adoption looks like, and how organizations are leveraging technology to meet some of the biggest productivity challenges we face. In this panel session, we’ll move beyond the hype and look long-term to how emerging technologies are being leveraged to solve problems that we’ve previously lacked the power to tackle. 

Biography

Dr. Colrain (Cori) Zuppo earned her PhD in Technology Management from Indiana State University with a specialization in Human Resource Development and Industrial Training. Cori's dissertation research was entitled "Organizations as consumers of human capital via technology: A policy study of information and communication technologies." Dr. Zuppo also published "Defining ICT in a Boundaryless World: The Development of a Working Hierarchy" which has been used around the world to define ICT sectors, establishing a hierarchy of applications for the term ICT or ICTs. Cori also holds an M.A.Ed. from The George Washington University and B.S. in Conflict Resolution from Ohio University. Cori holds professional certifications of SHRMSCP (Senior Certified Professional in HRM), Senior Professional in Human Resources (SPHR) and Global Professional in Human Resources (GPHR). Cori’s multidisciplinary research agenda is grounded in broad inquiry into the effects of technology on society. Of specific interest are the intended and unintended consequences of technological change and the ways in which those changes have shaped the way individuals and organizations learn, work, and interact. Dr. Zuppo consults in the areas of technology management/forecasting, HRM, HRD, organization development, employee and labor relations, strategic organizational communication, and instructional design

Abstract

In this presentation, we cover the current situation of the major asset clssses.  The current and historical trends in the major markets are presented and highlight that we believe we are entering a new macroeconomic regime.  In this new regime it is possible that interest rates trend higher, inflation trends above average, that market volatility remains elevated and that monetary policy is less reactive. 

Admist this uncertainty, there has been positive news.  Equities have rallied with signs of broadening strength. We have seen the advent of a resilent U.S. consumer and that elevated inflation is trending lower and we believe we are heading towards a “Soft Landing”.

We look at our Chief Investment Office’s (CIO) Neutral View across the asset classes and describe what is meant by a Neutral View.  The key to making progress in this environment is to maintain strategic and tactical discipline.

We take a look at the CIO’s Equity markets view and looking at the bull and bear markets historically and we see we are forming a foundation for a developing bull market.

We consider a total return mindset when thinking about your portfolio, and highlight the Fixed Income market view and  our views on Alternative Investments.

We then move to the second part of our presentation in which we look at the Transforming World.  We cover what has been invented in the last 10 years and contrast that with the projection for the next 10 years and highlight the fact that the projections for the commercialization of these innovations were so far off.

We then look into the next wave of innovations and commercialization and how to avoid the next ‘Kodak Moment’ this time around.  Then we contrast the data with the empirical law known as Moore’s Law,  and find that the new wave of innovation is challenged by the World’s contraints such as rare earth materials, freshwater, food and demographics globally.  We also look at the geopolitical environment, infrastructure and world domination.  The key challenges for the next wave are reviewed, and the our projections for the key products are discussed.

Biography

Mr. Randell Bane is a Senior Financial Advisor, Merrill Lynch Wealth Management. I focus on delivering a comprehensive approach to managing wealth that begins with listening to a client's needs and helping to ensure every strategy is grounded in an understanding of the clients goals and aspirations. I provide access to the investment insights of Merrill Lynch Wealth Management and banking convenience of Bank of America to help address the various aspects of clients financial lives. I have a passion for delivering excellent service and helping clients pursue and meet their financial goals. My years of experience in technology and finance at the executive level in Fortune 500 companies and start-ups makes me uniquely qualified to work with the technology elite in the valley to help them establish and achieve their financial goals.I focus on delivering a comprehensive approach to managing wealth that begins with listening to a client's needs and helping to ensure every strategy is grounded in an understanding of the clients goals and aspirations. I provide access to the investment insights of Merrill Lynch Wealth Management and banking convenience of Bank of America to help address the various aspects of clients financial lives. I have a passion for delivering excellent service and helping clients pursue and meet their financial goals. My years of experience in technology and finance at the executive level in Fortune 500 companies and start-ups makes me uniquely qualified to work with the technology elite in the valley to help them establish and achieve their financial goals.