Bøger af Ediho Kengete Ta Koi Lokanga

Buku oyo ezali ya losambo - mabondeli ya Bonzambe ya Bukongo, ndenge Bakoko ba biso bazalaka kosambela mpe kobelela Nzakumba. Mabondeli ya buku oyo, ezali pona banso ba oyo tozali na mikakatano ya misala, bitumba ya butu, milimo mabe, botutu [libabe], makambo ya mibali ya butu mpe ndenge ya kolongola molili pona ete mwinda eingela o kati wa biso. Mabondeli oyo ekosalisa mpe ekokotisa mwinda okati wa biso. Na kati ya buku oyo, mabondeli ya ndenge na ndenge ezali. Mabondeli ya mwinda ezali, ya kosenga bolimbisi, ya kokumisa Nkolo mpe kolongola mikakatano. Ntina ya buku oyo ezali nde pona mabondeli manso oyo ekomami awa, esukola mpe engegisa biso.

Na buku oyo ya Masapo: Bizaleli mpe Bopeto ya Ekelamu ya Tata Nzambe, nalobeli makambo etali bizaleli mpe bopeto ya biso bana ya Tata Nzambe. Na makambo etali bopeto, nalobeli bopeto ya makanisi mpe bopeto ya nzoto. Bopeto ya makanisi ekosalisa biso pona ete tomibomba na makambo ya mabe oyo ezali o kati ya mokili oyo ya se. Losambo, mpe bosukuami ya makanisi ekosalisa biso pona ete tokueya te na mitambo mingi ya kili kili. Pona oyo etali bopeto ya nzoto, mateya epesami pona ete esunga biso, pona kokimisa bokono mpe tozala nzoto kolongonu. Bopeto ya nzoto ezali natina mingi mpenza, pona libota mobimba. Bopeto ya makanisi mpe nzoto, epesaka ekelamu nyoso, bondimi mpe nguya ya kokenda liboso. Kimia, bolingo mpe boboto ezala o kati wa bino.

Na buku oyo ya Masapo, tolobeli makambo oyo etali, Bolingo, Bosangani mpe Bosalisi. Bandeko ba ngayi, nakanisi biso nyoso, tokoyekola makomami oyo ezali na kati ya buku oyo. Buku oyo ekomami na bolingi bwa Tata Nzambe a Mpungu, Nzakumba. Ngayi oyo nakomi yango, nasali kelasi te oyo ya bokomi Masapo, nazali moluki, molukiluki ya fiziki, eletoniki, na efomatiki, moto oyo azali koluka, na mipesi na mosala ya mwa boluki zebi. Mobembo monene nasalaki na mboka ya Kongo-Kinshasa, na libota na ngayi mobimba, kokutana na baboti ba ngayi na baboti ya muasi na ngayi na Kongo-Brazaville, efungoli ba nzela mingi, ndenge na ndenge. Nazuaki bobandi ya Bukongo, yango efungoli ngayi pona koka koyeba Bankoko ba ngayi ba Penge-Onadikondo, Sankuru. Bango oyo bazali na mokili ya Muela Kongo, nde bazali kosunga, bafungoli ngayi, miso, matoyi, na mayele ya bokomi. Muke oyo bokotanga, bokabola yango na ba oyo nyoso bazali na mposa ya koyekola mpe ya koyeba. Kimia, bolingo, boboto, na bondimi, ezala na kati bwa bino. Natondi bino mingi mpenza. Wabino ndeko Dk. Ediho Kengete Ta Koi Lokanga

Bandeko: Na buku oyo ya Masapo, nalobeli makambo etali bitumba, zuwa, mpe songi songi. Mateya manso mapesami awa ezali pona ete esalisa biso banso pona ete tokoka kokueya te to kolanda banzela ya mabe. Bolandi ya toli epesami ekosunga biso. Ezala bakulutu to bana, mateya manso ezali se pona bolamu bwa biso banso.

Digital Physics: The Physics of Information, Computation, Self-Organization and Consciousness Q&A is another digital physics book, by the Congolese-born, British-based, Ediho Lokanga. A fascinating book by the African scientist. In it, he attempts to refute several criticisms of his books and offers further arguments, insights, clarifications, and developments of the main idea of digital physics (DP), offering an original vision of reality. In this book, he presents a brief survey of the main idea discussed in his three previous books.For many years now, physicists have been trying to come up with a wonderful theory which will explain everything in the universe and make sense of everything around us. This would be a staggering and wonderful achievement. Digital physicists have added their names to the quest for a ToE from the viewpoint of computation. Physicists are busy attempting to synthesize quantum and relativistic physics. A rich variety of approaches has emerged, and these are competing against each other. The most prominent include string theory (ST), loop quantum gravity (LQG), causal sets, Euclidean gravity, topological quantum field theory (TQFT), non-commutative geometry, Penrose's twistor theory etc.Digital physicists believe they may be able to provide a possible solution to the problem of reconciling general relativity (GR) with quantum mechanics (QM) in the ongoing effort towards a possible theory of quantum gravity, which will better explain the universe in which we live. This would represent a leap forward in the human species' quest for a ToE.For students and researchers this DP Q&A can act as a starting point and an up-to-date reference for developing such a broader perspective. The Q&A presents an overview of some of the many ideas, problems and outstanding philosophical and technical issues. The book introduces the problems of quantum gravity (QG) and ToE, and raises some of the fundamental issues that researchers are trying to address. The book and Q&A are presented at an intermediate and advanced level, but use a non-technical approach so that the reader is exposed to the basic ideas as well as an overview of the results achieved so far.

This book reveals astonishing details about the universe, and particularly the unseen consciousness that is embedded in everything in the universe and that expresses itself through computation. This view leads to the realization that computing drives everything in the universe and that the universe can be understood as a self-computing consciousness.Ediho Lokanga argues that there is enough evidence in physics, chemistry and biology to justify a comparison of the universe with a programmed, self-organizing system. Everything around us-be it our planet Earth, a megasystem-like galaxy, photosynthesis in plants, and even the migration of butterflies-is a programmed system in its own right, and all these transformational processes involve computations. Together, all these components are integrated to produce what we call our universe.The last few years have given rise to a steady accumulation of theoretical, experimental, mathematical, and observational evidence that unseen computations drive every action in the universe, and that this view may be necessary to explain certain observed nonphysical, physical, chemical and biological phenomena in a new light. We have reached the point at which some of the most compelling evidence can no longer be ignored: the universe computes. This realization has several implications for humanity and is summarized by the five postulates of digital physics: Computation can describe all things: With the advent and development of computer hardware and software, everything that we use, including literature, pictures, music, images, equations and CDs, is encapsulated in the basic notation of computation.All things can compute: Computers have been made out of various materials, including human brains, Tinkertoys, steel, tungsten, quantum particles and DNA.All computation is one: The work of Alan Turing, Alonso Church, Emil Post and David Deutsch combines the first two postulates into one: the principle that computation is universal means that every constituent of the universe (such as atoms, molecules, and cells) manipulates, computes and transmits information.Holographic computation is used by the universe: This combines the first three postulates into one, and states that humans, animals, plants and particles communicate, compute and transmit information both non-locally and holographically.The universe is a self-organizing system: By transmitting information non-locally and holographically, the universe organizes itself, which means that it is a self-conscious organizing system