Larry lim kheng cheong (27 risultati)

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Paperback or Softback. Condizione: New. Almost Working: Why Artificial Intelligence Fails at the Threshold of Drug Discovery. Book.

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Paperback or Softback. Condizione: New. Logica Quanta: Total Wave Modified Schr�dinger Equation: A Framework for Wave-Based Collapse. Book.

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Paperback or Softback. Condizione: New. Quantum Computing Is Stalling: A Way Forward- The Hidden Physics Behind the Measurement Bottleneck. Book.

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Paperback. Condizione: new. Paperback. Almost Working: Why Artificial Intelligence Fails at the Threshold of Drug DiscoveryArtificial intelligence has transformed many areas of science. Algorithms can now predict protein structures, design new molecules, and explore chemical space at extraordinary speed. For a moment, it seemed inevitable that AI would finally unlock the long-standing bottleneck of drug discovery.And yet the breakthrough has not arrived.Despite remarkable advances in machine learning, robotics, and computational chemistry, clinical success rates have remained stubbornly unchanged. Many programs appear promising in early stages-statistically convincing, biologically plausible, technologically sophisticated-only to fail later in development.Why?In Almost Working, Larry Lim Kheng Cheong argues that the problem is not a lack of intelligence, data, or computing power. The deeper issue lies in the nature of biology itself. Artificial intelligence excels in smooth, continuous systems that can be optimized step by step. Living systems do not behave this way. They operate through fragile thresholds, context shifts, and irreversible biological decisions.Drug discovery is not a gradual engineering problem. It is a landscape of cliffs.Drawing on historical experiments, clinical failures, and the logic of complex systems, this book offers a new way to understand why the AI revolution in medicine has been slower than expected-and what it may take to move forward. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Paperback. Condizione: new. Paperback. What if wavefunction collapse is not a mystery - but a natural result of wave interference?For nearly a century, the measurement problem has stood as one of the deepest questions in physics. The Schroedinger equation describes a smooth evolution of possibilities - yet every measurement yields a single outcome. Why?In the third and final volume of the Logica Quanta series, independent researcher Larry Lim Kheng Cheong introduces the Total Wave Modified Schroedinger Equation (TWMSE) - a testable framework in which collapse emerges directly from accumulated wave interference.Rather than placing the observer outside the system, TWMSE treats the observer and environment as part of the total wave field. When interference crosses a critical threshold, superposition resolves into a single realized state - naturally, without invoking consciousness or parallel universes.This book presents: - A clear explanation of the measurement problem and the limits of existing interpretations- The full conceptual and mathematical structure of TWMSE (with rigorous derivations referenced in the author's Zenodo papers)- Three distinct regimes of quantum behavior: non-collapse, resonance, and collapse- Falsifiable experimental pathways - from laboratory interference tests to GNSS satellite signals, tidal dynamics, the Karman line boundary, and a 2027 solar eclipse campaignBuilding on Book 1 (The Evasive Logic of Quantum Physics) and Book 2 (Logical Reasoning and the Formulation of Quantum Mechanics), this volume completes a coherent trilogy - moving from philosophy, to logic, to a fully testable physical framework.Whether you are a student, researcher, or simply curious about the foundations of quantum mechanics, this book offers a wave-based answer to one of science's most enduring questions: How do quantum possibilities become physical reality?A humble yet ambitious proposal - grounded in wave dynamics and open to empirical testing.Part of the Logica Quanta trilogyBook 3 of 3 This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Paperback. Condizione: new. Paperback. WHAT IF IT IS ALREADY HERE?What if the equation physicists have searched for is not decades away?What if it is already here, waiting to be tested?For more than a century, quantum mechanics has described what nature does with extraordinary accuracy. Yet one mystery remains: why do many possible outcomes become the one reality we actually experience?The Beautiful Theory of Everything presents a daring answer: the Total Wave Modified Schroedinger Equation, or TWMSE. It proposes that a system wave and an observer wave physically interact, producing interference that may accumulate, reach a threshold, and transform possibility into one definite reality.If this book is right, the hidden equation may already be here. It could offer a breakthrough in the mystery of quantum collapse and reveal a deeper principle connecting particles, forces, measurement, and the everyday world.Written for the general reader, this book travels from the double slit experiment to gravity, tides, artificial intelligence, human decisions, and the laboratories that could finally put the proposal to the test. No advanced knowledge of physics is required. Only curiosity.Most books tell you what science already knows. This book invites you to witness an idea before the verdict, when one equation may either disappear under the weight of experiment or change how we understand the universe.The decisive test has not yet been completed.That is precisely what makes this the moment to read it. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Paperback. Condizione: new. Paperback. Quantum computing is stalling.Not because the engineering has failed -but because the physics may have been misread from the beginning.For decades, the field has operated on a single assumption: Keep quantum systems isolated.Delay measurement.Treat collapse as failure.Build faster. Build colder. Correct more errors.But what if collapse is not the enemy of computation -but its mechanism?This book introduces a fundamental reframing built on the Total Wave Modified Schroedinger Equation (TWMSE) - a deterministic framework in which quantum collapse is not a random terminal event, but a structured physical process shaped by accumulated wave interactions.Under this view, what the standard model calls noise, error, and decoherence may not be obstacles to computation.but carriers of information that current architectures are designed to discard.The implications are architectural - not incremental.If collapse can be guided rather than suppressed, the entire logic of coherence preservation - surface codes, lattice surgery, and massive qubit overhead - may be solving the wrong problem.Grounded in a century of foundational experiments - from Tonomura's single-electron interference to Haroche's cavity QED - this book connects established physics to a new, testable framework.It proposes three experimental signatures that distinguish TWMSE from standard quantum mechanics: - A history-dependent collapse bias observable on current qubit hardware- A second-harmonic interference signal in cold-atom systems- A nonzero Sorkin parameter in three-slit photon experimentsThis is not philosophy.It is a falsifiable claim about how quantum systems resolve.Quantum Computing Is Stalling: A Way Forward is written for physicists, engineers, and technically curious readers who have watched the quantum horizon keep moving - and want to understand why.No equations are required in the main text.The full mathematical framework is provided in Appendix D.The remaining step is experimental. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Paperback. Condizione: new. Paperback. Almost Working: Why Artificial Intelligence Fails at the Threshold of Drug DiscoveryArtificial intelligence has transformed many areas of science. Algorithms can now predict protein structures, design new molecules, and explore chemical space at extraordinary speed. For a moment, it seemed inevitable that AI would finally unlock the long-standing bottleneck of drug discovery.And yet the breakthrough has not arrived.Despite remarkable advances in machine learning, robotics, and computational chemistry, clinical success rates have remained stubbornly unchanged. Many programs appear promising in early stages-statistically convincing, biologically plausible, technologically sophisticated-only to fail later in development.Why?In Almost Working, Larry Lim Kheng Cheong argues that the problem is not a lack of intelligence, data, or computing power. The deeper issue lies in the nature of biology itself. Artificial intelligence excels in smooth, continuous systems that can be optimized step by step. Living systems do not behave this way. They operate through fragile thresholds, context shifts, and irreversible biological decisions.Drug discovery is not a gradual engineering problem. It is a landscape of cliffs.Drawing on historical experiments, clinical failures, and the logic of complex systems, this book offers a new way to understand why the AI revolution in medicine has been slower than expected-and what it may take to move forward. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Paperback. Condizione: new. Paperback. WHAT IF IT IS ALREADY HERE?What if the equation physicists have searched for is not decades away?What if it is already here, waiting to be tested?For more than a century, quantum mechanics has described what nature does with extraordinary accuracy. Yet one mystery remains: why do many possible outcomes become the one reality we actually experience?The Beautiful Theory of Everything presents a daring answer: the Total Wave Modified Schroedinger Equation, or TWMSE. It proposes that a system wave and an observer wave physically interact, producing interference that may accumulate, reach a threshold, and transform possibility into one definite reality.If this book is right, the hidden equation may already be here. It could offer a breakthrough in the mystery of quantum collapse and reveal a deeper principle connecting particles, forces, measurement, and the everyday world.Written for the general reader, this book travels from the double slit experiment to gravity, tides, artificial intelligence, human decisions, and the laboratories that could finally put the proposal to the test. No advanced knowledge of physics is required. Only curiosity.Most books tell you what science already knows. This book invites you to witness an idea before the verdict, when one equation may either disappear under the weight of experiment or change how we understand the universe.The decisive test has not yet been completed.That is precisely what makes this the moment to read it. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Paperback. Condizione: new. Paperback. What if wavefunction collapse is not a mystery - but a natural result of wave interference?For nearly a century, the measurement problem has stood as one of the deepest questions in physics. The Schroedinger equation describes a smooth evolution of possibilities - yet every measurement yields a single outcome. Why?In the third and final volume of the Logica Quanta series, independent researcher Larry Lim Kheng Cheong introduces the Total Wave Modified Schroedinger Equation (TWMSE) - a testable framework in which collapse emerges directly from accumulated wave interference.Rather than placing the observer outside the system, TWMSE treats the observer and environment as part of the total wave field. When interference crosses a critical threshold, superposition resolves into a single realized state - naturally, without invoking consciousness or parallel universes.This book presents: - A clear explanation of the measurement problem and the limits of existing interpretations- The full conceptual and mathematical structure of TWMSE (with rigorous derivations referenced in the author's Zenodo papers)- Three distinct regimes of quantum behavior: non-collapse, resonance, and collapse- Falsifiable experimental pathways - from laboratory interference tests to GNSS satellite signals, tidal dynamics, the Karman line boundary, and a 2027 solar eclipse campaignBuilding on Book 1 (The Evasive Logic of Quantum Physics) and Book 2 (Logical Reasoning and the Formulation of Quantum Mechanics), this volume completes a coherent trilogy - moving from philosophy, to logic, to a fully testable physical framework.Whether you are a student, researcher, or simply curious about the foundations of quantum mechanics, this book offers a wave-based answer to one of science's most enduring questions: How do quantum possibilities become physical reality?A humble yet ambitious proposal - grounded in wave dynamics and open to empirical testing.Part of the Logica Quanta trilogyBook 3 of 3 This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Paperback. Condizione: new. Paperback. Quantum computing is stalling.Not because the engineering has failed -but because the physics may have been misread from the beginning.For decades, the field has operated on a single assumption: Keep quantum systems isolated.Delay measurement.Treat collapse as failure.Build faster. Build colder. Correct more errors.But what if collapse is not the enemy of computation -but its mechanism?This book introduces a fundamental reframing built on the Total Wave Modified Schroedinger Equation (TWMSE) - a deterministic framework in which quantum collapse is not a random terminal event, but a structured physical process shaped by accumulated wave interactions.Under this view, what the standard model calls noise, error, and decoherence may not be obstacles to computation.but carriers of information that current architectures are designed to discard.The implications are architectural - not incremental.If collapse can be guided rather than suppressed, the entire logic of coherence preservation - surface codes, lattice surgery, and massive qubit overhead - may be solving the wrong problem.Grounded in a century of foundational experiments - from Tonomura's single-electron interference to Haroche's cavity QED - this book connects established physics to a new, testable framework.It proposes three experimental signatures that distinguish TWMSE from standard quantum mechanics: - A history-dependent collapse bias observable on current qubit hardware- A second-harmonic interference signal in cold-atom systems- A nonzero Sorkin parameter in three-slit photon experimentsThis is not philosophy.It is a falsifiable claim about how quantum systems resolve.Quantum Computing Is Stalling: A Way Forward is written for physicists, engineers, and technically curious readers who have watched the quantum horizon keep moving - and want to understand why.No equations are required in the main text.The full mathematical framework is provided in Appendix D.The remaining step is experimental. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…