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Paolo Di Sia

University of Padova, Department of Industrial Engineering, Adjunct

Università di Verona, Department of Philosophy, Education and Phychology, Adjunct

University of Padova, Department of Physics and Astronomy, Adjunct

Università degli Studi di Padova, FISPPA-Department of Philosophy, Sociology, Education & Applied Psychology, Adjunct

Free University of Bozen-Bolzano, Facolty of Science and Technology, Adjunct

University of Padova, Department Of Neurosciences, Adjunct

Università Degli Studi Di Verona, Scienze Chirurgiche, Adjunct

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Adjunct Professor by the Universities of Padova and Verona (Italy) & Independent Researcher (Senior Scientist and Principal Investigator). Bachelor in Metaphysics, Master in Theoretical Physics, PhD in Theoretical Physics/Mathematical Modeling applied to NanoBioTechnology, PhD in Mathematics, PhD in Philosophy (of Science). More than 350 publications to date (2024-11-25).
https://paolo-di-sia.weebly.com/ - Full CV on request.

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Papers by Paolo Di Sia

Primordial Dynamic Space and Quantum Personal Ergonomics

Ergonomics international journal, Jan 23, 2024

The paper defines the notions of "Primordial Dynamic Space" and "Quantum Personal Ergonomics", wi... more

Interesting Details about Diffusion of Nanoparticles for Diagnosis and Treatment in Medicine by a New Analytical Theoretical Model

Journal of Nanotechnology in Diagnosis and Treatment

In recent years diagnosis and treatment in medicine have important advantages by the use of nanop... more In recent years diagnosis and treatment in medicine have important advantages by the use of nanoparticles. Of great interest results the modality, with which they diffuse into the human body, and/or in specific human organs; the diffusion is indeed one of the three most important parameters for transport processes in solid state physics and soft condensed matter, also at nanolevel. A new appeared analytical “time-domain” Drude-Lorentz-like model for classical, quantum and relativistic transport in nano-systems is demonstrating high generality and good fitting with available experimental literature data. The range of application is very large, due to a gauge factor inside the model, comprehending all sectors of medicine. An interesting analysis related to the diffusion of nano-substances in the human body through nanoparticles indicated in nanomedicine is considered in this paper.

Post-Trans Human Techno Science as Help or Threat: An Overview with Emphasis on a Current Nanotechnology Application

Ergonomics International Journal

Aim: The paper focuses on the progressive growth of a particular direction of science which, in t... more Aim: The paper focuses on the progressive growth of a particular direction of science which, in the name of an alleged human and social progress, is imposing itself in a disputable way, progressively stifling people’s freedom of choice. Never as in this time, technoscience has been trying to impose its highly questionable rules, to the detriment of human freedom and health. True science is currently often confused with a sort of scientism. The scientific medicine fights against unofficial medicines and is enjoying a credit comparable to a religion. Methods: The paper analyzes the role of technoscience in the post-transhuman framework, with particular attention to nanotechnologies and to the unfortunate consequences emerging from its recent application in the field of gene sera in relation to Covid-19 pandemic. Results: Technoscience and nanotechnological applications, closely related to it, can become dangerous tools for the future of humanity if their use is not properly controlled...

The Primordial Dynamic Space (Introduction 1)

Introduction 1 to the "Primordial Dynamic Space"

About Consciousness, Subtle Energies and Unification

Ergonomics International Journal

In this paper we analyze the consciousness through a new structural model of energy we could call... more In this paper we analyze the consciousness through a new structural model of energy we could call "General Gaussian Energy Group" (GGEG). By the infinite number of symmetry groups we recognize a series of new energy sources. We consider these ones as effective causes for fundamental consciousness. They would play an important role for consciousness (physical stuff with spirit stuff), explaining an individual material body system within a broader global system. The involved energy sources are SU(6), SU(12), SU(24), etc. This new structural model can be explained mathematically as follows: SU(11) ⊃ SU(6) × SU(5) × U(1); SU(23) ⊃ SU(12) × SU(11) × U(1); SU(47) ⊃ SU(24) × SU(23) × U(1), etc, bringing to the creation of various new unknown particle-like entities in wave status, directly and indirectly linked to the creation of life, consciousness and other biological phenomena. The model, called B-DS model, is giving new answers to unsolved questions of reality. It is a new set...

Analytical Modelling for Sensitivity Improvement of Nano-Bio-Devices

Zenodo (CERN European Organization for Nuclear Research), Feb 2, 2022

The nano-bio-device/sensoristic sector is one of the mainstreams of nanotechnology and requires c... more The nano-bio-device/sensoristic sector is one of the mainstreams of nanotechnology and requires careful information for constant improvement of the nanodevice performance. The sensing/sensitivity plays a peculiar role, is a determinant characteristics, able to cause a great improvement of the device quality. The paper provides a detailed analysis on the casuistry for increasing the performance of nano-systems through enhanced diffusion, studied with the use of a recent analytical transport model, able to accommodate previously not completely understood behaviours and to predict new interesting features at nanoscale.

On the relevance of biosurfactant for contaminated soil and diesel degradation

World Scientific News, 2021

Contaminated sites are areas where, due to accidental spills or illegal deposits, polluting subst... more Contaminated sites are areas where, due to accidental spills or illegal deposits, polluting substances are present in the soil and are dangerous for humans and the environment. These are hydrocarbon contaminants, in particular the compounds making diesel. We know many engineering techniques for remedying it; some of them have been developed in recent decades, called bioremediation. They exploit the degradation of contaminants by microorganisms, for a lower impact on the ecosystem and considerable economic savings. Microorganisms are suitable for diesel degradation, capable of degrading a good percentage of contaminant. In contaminated microcosms we have a much higher CO2 production than biotic controls (uncontaminated microcosms), with a progressive mineralization of diesel, data confirmed by gas chromatograph analyzes. Reductions of order of 70% for diesel are also obtained. By in-depth analyzes on the gas chromatograph, it can be highlighted that low molecular weight compounds are degraded in percentages greater than 90%, while high molecular weight compounds are reduced by 35-40%. Microbial populations are therefore able to use pollutants as a source of carbon and energy. There is still a limited knowledge about processes and microorganisms involved in the degradation of hydrocarbons in marine environment. Then it is of primary importance to deepen the phylogenetic and functional diversity of microbial communities, virtually involved in the biodegradation of hydrocarbons. Highly contaminated sites are unexplored sources of microorganisms with high potential for studying bioremediation processes and for the growth of new strategies in the field of environmental remediation.

Popularisation of Science on the Internet as Exemplified by Facebook

Nowadays the use of the Internet enables anyone to access a huge amount of information on any top... more Nowadays the use of the Internet enables anyone to access a huge amount of information on any topic. However, when scientific contexts are approached, often it becomes difficult for the "generic" user to understand the research results. Internet, the network of networks, has become the symbol of global society. The net, understood both as a technology infrastructure and as a global social community, is the space where information, data, knowledge and skills are increasingly created and disseminated. This article considers a particular area of net communication, that is related to science; it comes from academia and through the popularization of results, reaches the public. The current situation of science on the web is analysed, focusing also on obtainable scientific information on Facebook through pictures.

Looking at the Quantum Internet

The future of the Internet and of computer communication goes through modern physics. Using the n... more The future of the Internet and of computer communication goes through modern physics. Using the new properties of quantum mechanics, various research laboratories around the world are building prototypes of "quantum networks", a new way that uses some quantum physics principles to deliver information packets. In the near future our data will be able to travel on the Internet at very high speed, also greater than the speed of light, thanks to the quantum network. Independent research groups have already been able to demonstrate the entanglement of photons on fiber optic networks in China and Canada. The result can be considered as the first step for the realization of quantum telematic networks on a metropolitan scale and the connection at large distances of future computers based on quantum physics. But the quantum computer will be such a powerful system that can even damage the security of our systems and networks as we know them today, as well as to personal privacy, alr...

The Internet and new educational perspectives

In today's society people are immersed in a large amount of data, in which there is the risk ... more In today's society people are immersed in a large amount of data, in which there is the risk of getting lost. Information can be a problem, unless we know how to handle, control, monitor and verify its reliability. Data become useful information only when they quickly and effectively respond to a need. We have witnessed with telematics to the progressive transformation of the user into protagonist of her/his own formation. For educational systems new tasks have emerged, as well as the appearance of new tools, needed to deal with the new knowledge. The amount of scientific/didactic quality information available on the net constantly increases, for free and common use.

On Surface Electron Mobility of Nanomaterials for Cancer Nanotechnology

Nanometer-sized particles have optical, magnetic, chemical and structural properties that set the... more Nanometer-sized particles have optical, magnetic, chemical and structural properties that set them apart from bulk solids, with fruitful potential applications in nanomedicine. The intrinsic limitations of conventional cancer therapies have led to the development and application of nanotechnology for more effective and safer cancer treatment, Mobility, correlated to carrier diffusion, plays a very important role in the dynamics of processes that take place at this scale. Interesting details about surface electronic diffusion for nanomaterials used in nanomedicine are given in this paper thanks to a recent analytical "time-domain" model for classical and quantum transport in nano-systems, which is demonstrating high generality and good fitting with available experimental data of literature and last models.

Le difficoltà della teoria del Big Bang e un nuovo quadro esplicativo

An Introduction to Self-Powered Nanosystems

Received: 09.05.2012 This work presents a detailed interesting introduction about the importance ... more

Nanowires and Nanobelts: Between Phenomenology and Theoretical Modelling

This paper describes the most significant properties of nanowires and nanobelts, considering both... more This paper describes the most significant properties of nanowires and nanobelts, considering both the phenomenic and the theoretical aspects. ZnO nanostructures are paid a special attention, but interesting considerations related to the most utilized nanomaterials for different applications and topics are also considered.

Diffusion in Nano-Systems as a Function of Carrier Mass Analyzed with a New Analytical Transport Model

Nano-research is considered very promising as basis for micro-nano-systems sector. In micro-nanod... more Nano-research is considered very promising as basis for micro-nano-systems sector. In micro-nanodevices an important role is played by sensitivity, which can be modified in relation to used materials, so as in relation to the effective mass of the carriers travelling inside the nano-structure. The efforts in designing new devices benefit of theoretical modelling, which continuously tests current experimental data and offers innovation. In this paper an interesting analysis concerning possible ways in the process of performance improvement of micro-nano-systems is considered, in particular in relation to a recently appeared analytical model for transport dynamics. Variations of the carrier mass and the corresponding advantages are considered and analyzed, in relation to the most used nano-materials in this area, as Si, TiO 2 , ZnO, GaAs and CNTs.

Time, Physics and Neuroscience

It has been suggested by some authors that time has no physical existence, but it would be an ill... more It has been suggested by some authors that time has no physical existence, but it would be an illusion. The human being uses clocks for measuring the numerical sequential order of the duration of material changes, namely the motion which runs in space. We experience a run of changes in the frame of the linear psychological time “past-present-future”, which has its basis in the neurological activity of the brain. We could link it with a concept of universe where there is neither physical past nor physical future. In this model of “time-free” space (in the physical sense) it exists only what we observe with our senses and measure with apparatuses.

Looking at the new digital school: didactics 2.0 and school 2.0

E-methodology, 2020

Aim. Today we have the need to develop more effective teaching methods, where thestudent is no lo... more Aim. Today we have the need to develop more effective teaching methods, where thestudent is no longer just a user, but becomes an integral part of the training process by creating,selecting and processing experiences in a personal way. Digital teaching has become/isbecoming part of the school scenario along with the wealth of digital technologies and toolsthat have spread over the past decades. Today’s society has changed and even the schoolmust be able to exploit all resources that social networks make available for capturing theattention of “digital natives”.Methods. The student becomes an active constructor of knowledge, integrating it in apersonal way. We talk about “didactics 2.0”, i.e. the study and improvement of teachingactivity achievable with the use of ICT tools. To create a learning environment, we musttake into account the collaboration of several parties (teachers, experts in the fi eld, students,parents), not forgetting the complexity and multiplicity of the surroundi...

Global weakness of the paper: “Mass-energy equivalence Extension onto a Superfluid Quantum Vacuum” i.e. why the so-called “model” introduced is in this form not viable

With these comments, I wish to focus on the problems encountered in the paper: Šorli, A.S. Mass -... more With these comments, I wish to focus on the problems encountered in the paper: Šorli, A.S. Mass - Energy Equivalence Extension onto a Superfluid Quantum Vacuum. Sci Rep 9, 11737 (2019). https://www.nature.com/articles/s41598-019-48018-2. Thepaper denotes problems of conceptual, technical and aesthetic nature, and brings as support of a possible “introduced model”, as indicated there, extremely poor mathematical concepts, confused ideas and concepts in general, inadequate qualitative figures, everything presented in a questionable English. It follows an analysis of the critical found points.

The Difficulties of Big Bang Theory and a New Explanatory Scenario

Ergonomics International Journal, 2020

The Big Bang (BB) theory is considered an accepted scientific fact, despite some lack of empirica... more The Big Bang (BB) theory is considered an accepted scientific fact, despite some lack of empirical evidence and although there is a set of discrepancies with the observations made of the far universe. New measurements of the Hubble constant suggest implications about the validity of the current Standard Model of cosmology at the extreme scales of cosmos. NASA measured in 2014 that space in the universe seems to have an Euclidean shape. According to Stephen Hawking and Alan Guth, the universe started by a mathematical point, with an infinite amount of energy, which is a non-physical assumption. Problems also exist about the size of the universe observable today. A new model aims to resolve all these problems and offers a new vision of cosmology through the extension of the Einstein's theory of relativity.

Birth and development of quantum physics: a transdisciplinary approach

The last century has been a period of extreme interest for scientific research, marked by the ove... more The last century has been a period of extreme interest for scientific research, marked by the overcoming of the classical frontiers of scientific knowledge.Research oriented towards the infinitely small and infinitely big, in both cases beyondthe borders of the visible. Quantum physics has led to a new Copernican revolution,opening the way to new questions that have led to a new view of reality. At the sametime, new theories have developed, involving every field of science, philosophy and art, rediscovering the link between unity and totality and the importance of humanpotential. In a transdisciplinary approach we consider quantum field theory, new ideason the concepts of vacuum and entanglement, metaphysical aspects of quantum revolution and the introduction of different interpretative approaches on the “Whole”.

Primordial Dynamic Space and Quantum Personal Ergonomics

Ergonomics international journal, Jan 23, 2024

The paper defines the notions of "Primordial Dynamic Space" and "Quantum Personal Ergonomics", wi... more

Interesting Details about Diffusion of Nanoparticles for Diagnosis and Treatment in Medicine by a New Analytical Theoretical Model

Journal of Nanotechnology in Diagnosis and Treatment

In recent years diagnosis and treatment in medicine have important advantages by the use of nanop... more In recent years diagnosis and treatment in medicine have important advantages by the use of nanoparticles. Of great interest results the modality, with which they diffuse into the human body, and/or in specific human organs; the diffusion is indeed one of the three most important parameters for transport processes in solid state physics and soft condensed matter, also at nanolevel. A new appeared analytical “time-domain” Drude-Lorentz-like model for classical, quantum and relativistic transport in nano-systems is demonstrating high generality and good fitting with available experimental literature data. The range of application is very large, due to a gauge factor inside the model, comprehending all sectors of medicine. An interesting analysis related to the diffusion of nano-substances in the human body through nanoparticles indicated in nanomedicine is considered in this paper.

Post-Trans Human Techno Science as Help or Threat: An Overview with Emphasis on a Current Nanotechnology Application

Ergonomics International Journal

Aim: The paper focuses on the progressive growth of a particular direction of science which, in t... more Aim: The paper focuses on the progressive growth of a particular direction of science which, in the name of an alleged human and social progress, is imposing itself in a disputable way, progressively stifling people’s freedom of choice. Never as in this time, technoscience has been trying to impose its highly questionable rules, to the detriment of human freedom and health. True science is currently often confused with a sort of scientism. The scientific medicine fights against unofficial medicines and is enjoying a credit comparable to a religion. Methods: The paper analyzes the role of technoscience in the post-transhuman framework, with particular attention to nanotechnologies and to the unfortunate consequences emerging from its recent application in the field of gene sera in relation to Covid-19 pandemic. Results: Technoscience and nanotechnological applications, closely related to it, can become dangerous tools for the future of humanity if their use is not properly controlled...

The Primordial Dynamic Space (Introduction 1)

Introduction 1 to the "Primordial Dynamic Space"

About Consciousness, Subtle Energies and Unification

Ergonomics International Journal

In this paper we analyze the consciousness through a new structural model of energy we could call... more In this paper we analyze the consciousness through a new structural model of energy we could call "General Gaussian Energy Group" (GGEG). By the infinite number of symmetry groups we recognize a series of new energy sources. We consider these ones as effective causes for fundamental consciousness. They would play an important role for consciousness (physical stuff with spirit stuff), explaining an individual material body system within a broader global system. The involved energy sources are SU(6), SU(12), SU(24), etc. This new structural model can be explained mathematically as follows: SU(11) ⊃ SU(6) × SU(5) × U(1); SU(23) ⊃ SU(12) × SU(11) × U(1); SU(47) ⊃ SU(24) × SU(23) × U(1), etc, bringing to the creation of various new unknown particle-like entities in wave status, directly and indirectly linked to the creation of life, consciousness and other biological phenomena. The model, called B-DS model, is giving new answers to unsolved questions of reality. It is a new set...

Analytical Modelling for Sensitivity Improvement of Nano-Bio-Devices

Zenodo (CERN European Organization for Nuclear Research), Feb 2, 2022

The nano-bio-device/sensoristic sector is one of the mainstreams of nanotechnology and requires c... more The nano-bio-device/sensoristic sector is one of the mainstreams of nanotechnology and requires careful information for constant improvement of the nanodevice performance. The sensing/sensitivity plays a peculiar role, is a determinant characteristics, able to cause a great improvement of the device quality. The paper provides a detailed analysis on the casuistry for increasing the performance of nano-systems through enhanced diffusion, studied with the use of a recent analytical transport model, able to accommodate previously not completely understood behaviours and to predict new interesting features at nanoscale.

On the relevance of biosurfactant for contaminated soil and diesel degradation

World Scientific News, 2021

Contaminated sites are areas where, due to accidental spills or illegal deposits, polluting subst... more Contaminated sites are areas where, due to accidental spills or illegal deposits, polluting substances are present in the soil and are dangerous for humans and the environment. These are hydrocarbon contaminants, in particular the compounds making diesel. We know many engineering techniques for remedying it; some of them have been developed in recent decades, called bioremediation. They exploit the degradation of contaminants by microorganisms, for a lower impact on the ecosystem and considerable economic savings. Microorganisms are suitable for diesel degradation, capable of degrading a good percentage of contaminant. In contaminated microcosms we have a much higher CO2 production than biotic controls (uncontaminated microcosms), with a progressive mineralization of diesel, data confirmed by gas chromatograph analyzes. Reductions of order of 70% for diesel are also obtained. By in-depth analyzes on the gas chromatograph, it can be highlighted that low molecular weight compounds are degraded in percentages greater than 90%, while high molecular weight compounds are reduced by 35-40%. Microbial populations are therefore able to use pollutants as a source of carbon and energy. There is still a limited knowledge about processes and microorganisms involved in the degradation of hydrocarbons in marine environment. Then it is of primary importance to deepen the phylogenetic and functional diversity of microbial communities, virtually involved in the biodegradation of hydrocarbons. Highly contaminated sites are unexplored sources of microorganisms with high potential for studying bioremediation processes and for the growth of new strategies in the field of environmental remediation.

Popularisation of Science on the Internet as Exemplified by Facebook

Nowadays the use of the Internet enables anyone to access a huge amount of information on any top... more Nowadays the use of the Internet enables anyone to access a huge amount of information on any topic. However, when scientific contexts are approached, often it becomes difficult for the "generic" user to understand the research results. Internet, the network of networks, has become the symbol of global society. The net, understood both as a technology infrastructure and as a global social community, is the space where information, data, knowledge and skills are increasingly created and disseminated. This article considers a particular area of net communication, that is related to science; it comes from academia and through the popularization of results, reaches the public. The current situation of science on the web is analysed, focusing also on obtainable scientific information on Facebook through pictures.

Looking at the Quantum Internet

The future of the Internet and of computer communication goes through modern physics. Using the n... more The future of the Internet and of computer communication goes through modern physics. Using the new properties of quantum mechanics, various research laboratories around the world are building prototypes of "quantum networks", a new way that uses some quantum physics principles to deliver information packets. In the near future our data will be able to travel on the Internet at very high speed, also greater than the speed of light, thanks to the quantum network. Independent research groups have already been able to demonstrate the entanglement of photons on fiber optic networks in China and Canada. The result can be considered as the first step for the realization of quantum telematic networks on a metropolitan scale and the connection at large distances of future computers based on quantum physics. But the quantum computer will be such a powerful system that can even damage the security of our systems and networks as we know them today, as well as to personal privacy, alr...

The Internet and new educational perspectives

In today's society people are immersed in a large amount of data, in which there is the risk ... more In today's society people are immersed in a large amount of data, in which there is the risk of getting lost. Information can be a problem, unless we know how to handle, control, monitor and verify its reliability. Data become useful information only when they quickly and effectively respond to a need. We have witnessed with telematics to the progressive transformation of the user into protagonist of her/his own formation. For educational systems new tasks have emerged, as well as the appearance of new tools, needed to deal with the new knowledge. The amount of scientific/didactic quality information available on the net constantly increases, for free and common use.

On Surface Electron Mobility of Nanomaterials for Cancer Nanotechnology

Nanometer-sized particles have optical, magnetic, chemical and structural properties that set the... more Nanometer-sized particles have optical, magnetic, chemical and structural properties that set them apart from bulk solids, with fruitful potential applications in nanomedicine. The intrinsic limitations of conventional cancer therapies have led to the development and application of nanotechnology for more effective and safer cancer treatment, Mobility, correlated to carrier diffusion, plays a very important role in the dynamics of processes that take place at this scale. Interesting details about surface electronic diffusion for nanomaterials used in nanomedicine are given in this paper thanks to a recent analytical "time-domain" model for classical and quantum transport in nano-systems, which is demonstrating high generality and good fitting with available experimental data of literature and last models.

Le difficoltà della teoria del Big Bang e un nuovo quadro esplicativo

An Introduction to Self-Powered Nanosystems

Received: 09.05.2012 This work presents a detailed interesting introduction about the importance ... more

Nanowires and Nanobelts: Between Phenomenology and Theoretical Modelling

This paper describes the most significant properties of nanowires and nanobelts, considering both... more This paper describes the most significant properties of nanowires and nanobelts, considering both the phenomenic and the theoretical aspects. ZnO nanostructures are paid a special attention, but interesting considerations related to the most utilized nanomaterials for different applications and topics are also considered.

Diffusion in Nano-Systems as a Function of Carrier Mass Analyzed with a New Analytical Transport Model

Nano-research is considered very promising as basis for micro-nano-systems sector. In micro-nanod... more Nano-research is considered very promising as basis for micro-nano-systems sector. In micro-nanodevices an important role is played by sensitivity, which can be modified in relation to used materials, so as in relation to the effective mass of the carriers travelling inside the nano-structure. The efforts in designing new devices benefit of theoretical modelling, which continuously tests current experimental data and offers innovation. In this paper an interesting analysis concerning possible ways in the process of performance improvement of micro-nano-systems is considered, in particular in relation to a recently appeared analytical model for transport dynamics. Variations of the carrier mass and the corresponding advantages are considered and analyzed, in relation to the most used nano-materials in this area, as Si, TiO 2 , ZnO, GaAs and CNTs.

Time, Physics and Neuroscience

It has been suggested by some authors that time has no physical existence, but it would be an ill... more It has been suggested by some authors that time has no physical existence, but it would be an illusion. The human being uses clocks for measuring the numerical sequential order of the duration of material changes, namely the motion which runs in space. We experience a run of changes in the frame of the linear psychological time “past-present-future”, which has its basis in the neurological activity of the brain. We could link it with a concept of universe where there is neither physical past nor physical future. In this model of “time-free” space (in the physical sense) it exists only what we observe with our senses and measure with apparatuses.

Looking at the new digital school: didactics 2.0 and school 2.0

E-methodology, 2020

Aim. Today we have the need to develop more effective teaching methods, where thestudent is no lo... more Aim. Today we have the need to develop more effective teaching methods, where thestudent is no longer just a user, but becomes an integral part of the training process by creating,selecting and processing experiences in a personal way. Digital teaching has become/isbecoming part of the school scenario along with the wealth of digital technologies and toolsthat have spread over the past decades. Today’s society has changed and even the schoolmust be able to exploit all resources that social networks make available for capturing theattention of “digital natives”.Methods. The student becomes an active constructor of knowledge, integrating it in apersonal way. We talk about “didactics 2.0”, i.e. the study and improvement of teachingactivity achievable with the use of ICT tools. To create a learning environment, we musttake into account the collaboration of several parties (teachers, experts in the fi eld, students,parents), not forgetting the complexity and multiplicity of the surroundi...

Global weakness of the paper: “Mass-energy equivalence Extension onto a Superfluid Quantum Vacuum” i.e. why the so-called “model” introduced is in this form not viable

With these comments, I wish to focus on the problems encountered in the paper: Šorli, A.S. Mass -... more With these comments, I wish to focus on the problems encountered in the paper: Šorli, A.S. Mass - Energy Equivalence Extension onto a Superfluid Quantum Vacuum. Sci Rep 9, 11737 (2019). https://www.nature.com/articles/s41598-019-48018-2. Thepaper denotes problems of conceptual, technical and aesthetic nature, and brings as support of a possible “introduced model”, as indicated there, extremely poor mathematical concepts, confused ideas and concepts in general, inadequate qualitative figures, everything presented in a questionable English. It follows an analysis of the critical found points.

The Difficulties of Big Bang Theory and a New Explanatory Scenario

Ergonomics International Journal, 2020

The Big Bang (BB) theory is considered an accepted scientific fact, despite some lack of empirica... more The Big Bang (BB) theory is considered an accepted scientific fact, despite some lack of empirical evidence and although there is a set of discrepancies with the observations made of the far universe. New measurements of the Hubble constant suggest implications about the validity of the current Standard Model of cosmology at the extreme scales of cosmos. NASA measured in 2014 that space in the universe seems to have an Euclidean shape. According to Stephen Hawking and Alan Guth, the universe started by a mathematical point, with an infinite amount of energy, which is a non-physical assumption. Problems also exist about the size of the universe observable today. A new model aims to resolve all these problems and offers a new vision of cosmology through the extension of the Einstein's theory of relativity.

Birth and development of quantum physics: a transdisciplinary approach

The last century has been a period of extreme interest for scientific research, marked by the ove... more The last century has been a period of extreme interest for scientific research, marked by the overcoming of the classical frontiers of scientific knowledge.Research oriented towards the infinitely small and infinitely big, in both cases beyondthe borders of the visible. Quantum physics has led to a new Copernican revolution,opening the way to new questions that have led to a new view of reality. At the sametime, new theories have developed, involving every field of science, philosophy and art, rediscovering the link between unity and totality and the importance of humanpotential. In a transdisciplinary approach we consider quantum field theory, new ideason the concepts of vacuum and entanglement, metaphysical aspects of quantum revolution and the introduction of different interpretative approaches on the “Whole”.

“FISICA MODERNA, COSCIENZA, MULTIVERSO, AZIONE DIVINA” Problemi, dubbi, convergenze

Stamen (https://www.edizionistamen.net/) Series: The Human and the Divine, 2018

Publisher: Stamen (https://www.edizionistamen.net/) Series: The Human and the Divine Edition year... more

Advanced Materials and their Applications: Micro to nano scale

ISBN (eBook): 978-1-910086-21-6 Publisher: One Central Press (OCP) (2018) (co-editor)

Mathematics and Physics for Nanotechnology - Technical Tools and Modelling

In press - Pan Stanford Publishing (2018)

D = 4, N = 1 supergravity in superspace: general overview and technical analysis

Considering the supersymmetry, the Einstein theory of general relativity brings to supergravity ... more Considering the supersymmetry, the Einstein theory of general relativity brings to
supergravity and the superspace gives a geometrical meaning to the supersymmetry
transformations. I consider in this work the technical complete construction of D = 4, N = 1 supergravity in a geometrical way, i.e. using superforms in superspace as extension of spinortensor calculus. Starting by the pure D = 4, N = 1 supergravity, the coupling with scalar multiplets (multiplets of Wess-Zumino) and vector multiplets is performed. I use the concepts of supersymmetry, superspace and rheonomic principle. Bianchi identities are analyzed and resolved, ending with the Bianchi identity of gravitino. Supergravity theories are the effective theories of superstring theories.

Supergravità nel superspazio: panoramica generale e analisi tecnica

Aracne Editrice, via Raffaele Garofalo 133/A-B – 00173 Roma (Italy) (2014) ISBN 978-88-548-7875-4... more

Nano-bio-tecnologie: stato dell'arte, modellistica matematica, prospettive

Aracne Editrice, via Raffaele Garofalo 133/A-B – 00173 Roma (Italy) (2014) ISBN 978-88-548-7254-7... more

Fondamenti di Matematica e Didattica II

Aracne Editrice, via Raffaele Garofalo 133/A-B – 00173 Roma (Italy) (2014) ISBN 978-88-548-7108-3... more

Elementi di Didattica della Matematica I - Laboratorio

Aracne Editrice, via Raffaele Garofalo 133/A-B – 00173 Roma (Italy) (2013) ISBN 978-88-548-6040-7... more

Fondamenti di Matematica e Didattica I

Editor: Aracne Editrice, via Raffaele Garofalo 133/A-B – 00173 Roma (Italy) (2013) ISBN 978-88-54... more

Appunti di Analisi Matematica 2

Editor: CUSL – Il Sentiero, Verona (Italy), 92 pp. (2005)

Science and applications of Tailored Nanostructures

ISBN (eBook): 978-1-910086-19-3 Publisher: One Central Press (OCP) (2017)

Awards -Nominations (selected)