Sebastian hassinger (28 resultados)

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Paperback or Softback. Condición: New. The New Quantum Era: An Outsider's Introduction. Book.

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Paperback. Condición: New. Explore quantum computing concepts and separate hype from reality with a clear, accessible guide to this emerging technologyKey FeaturesExplore quantum computing concepts without complex math or codeUnderstand the history, challenges, and future of quantum technologiesDistinguish real progress from hype in quantum technologiesBook DescriptionMake sense of quantum computing without needing a background in physics or mathematics, and cut through growing industry hype to understand what's real and what's not. This book provides the clarity needed to understand what quantum computing is, what it can realistically achieve, and where it stands today.Drawing on decades of experience in emerging technologies, Sebastian Hassinger presents a clear, narrative-driven exploration of quantum computing. The book explains the key ideas, historical breakthroughs, and technological challenges that define the field without focusing on equations or programming. You will explore how quantum mechanics reshaped information theory, why classical computing faces limits, how quantum approaches attempt to overcome them, and the experimental origins of quantum technologies.Through real-world context and industry insights, the book examines current hardware, competing approaches to building qubits, and the realities of today's rudimentary systems. It also addresses common misconceptions and inflated expectations, helping you critically evaluate claims made by companies and researchers.By the end of this book, you will have a grounded understanding of quantum computing's capabilities, limitations, and future direction, enabling you to engage confidently with this rapidly evolving field.What you will learnUnderstand core quantum computing concepts intuitivelyExplore the history of quantum physics and computationIdentify the limits of classical computing systemsEvaluate current quantum hardware and architecturesDistinguish hype from realistic quantum applicationsLearn how qubits differ from classical bitsUnderstand challenges in scaling quantum systemsAnalyze potential use cases across industriesWho this book is forThis book is for software developers, IT professionals, technology leaders, and curious learners who want to understand quantum computing without deep mathematical knowledge. It is especially useful for professionals exploring emerging technologies, product managers evaluating quantum opportunities, and anyone seeking a clear conceptual foundation in quantum information science. No prior experience in quantum physics is required.…

Paperback. Condición: New. Explore quantum computing concepts and separate hype from reality with a clear, accessible guide to this emerging technologyKey FeaturesExplore quantum computing concepts without complex math or codeUnderstand the history, challenges, and future of quantum technologiesDistinguish real progress from hype in quantum technologiesBook DescriptionMake sense of quantum computing without needing a background in physics or mathematics, and cut through growing industry hype to understand what's real and what's not. This book provides the clarity needed to understand what quantum computing is, what it can realistically achieve, and where it stands today.Drawing on decades of experience in emerging technologies, Sebastian Hassinger presents a clear, narrative-driven exploration of quantum computing. The book explains the key ideas, historical breakthroughs, and technological challenges that define the field without focusing on equations or programming. You will explore how quantum mechanics reshaped information theory, why classical computing faces limits, how quantum approaches attempt to overcome them, and the experimental origins of quantum technologies.Through real-world context and industry insights, the book examines current hardware, competing approaches to building qubits, and the realities of today's rudimentary systems. It also addresses common misconceptions and inflated expectations, helping you critically evaluate claims made by companies and researchers.By the end of this book, you will have a grounded understanding of quantum computing's capabilities, limitations, and future direction, enabling you to engage confidently with this rapidly evolving field.What you will learnUnderstand core quantum computing concepts intuitivelyExplore the history of quantum physics and computationIdentify the limits of classical computing systemsEvaluate current quantum hardware and architecturesDistinguish hype from realistic quantum applicationsLearn how qubits differ from classical bitsUnderstand challenges in scaling quantum systemsAnalyze potential use cases across industriesWho this book is forThis book is for software developers, IT professionals, technology leaders, and curious learners who want to understand quantum computing without deep mathematical knowledge. It is especially useful for professionals exploring emerging technologies, product managers evaluating quantum opportunities, and anyone seeking a clear conceptual foundation in quantum information science. No prior experience in quantum physics is required.…

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Paperback. Condición: New. Explore quantum computing concepts and separate hype from reality with a clear, accessible guide to this emerging technologyKey FeaturesExplore quantum computing concepts without complex math or codeUnderstand the history, challenges, and future of quantum technologiesDistinguish real progress from hype in quantum technologiesBook DescriptionMake sense of quantum computing without needing a background in physics or mathematics, and cut through growing industry hype to understand what's real and what's not. This book provides the clarity needed to understand what quantum computing is, what it can realistically achieve, and where it stands today.Drawing on decades of experience in emerging technologies, Sebastian Hassinger presents a clear, narrative-driven exploration of quantum computing. The book explains the key ideas, historical breakthroughs, and technological challenges that define the field without focusing on equations or programming. You will explore how quantum mechanics reshaped information theory, why classical computing faces limits, how quantum approaches attempt to overcome them, and the experimental origins of quantum technologies.Through real-world context and industry insights, the book examines current hardware, competing approaches to building qubits, and the realities of today's rudimentary systems. It also addresses common misconceptions and inflated expectations, helping you critically evaluate claims made by companies and researchers.By the end of this book, you will have a grounded understanding of quantum computing's capabilities, limitations, and future direction, enabling you to engage confidently with this rapidly evolving field.What you will learnUnderstand core quantum computing concepts intuitivelyExplore the history of quantum physics and computationIdentify the limits of classical computing systemsEvaluate current quantum hardware and architecturesDistinguish hype from realistic quantum applicationsLearn how qubits differ from classical bitsUnderstand challenges in scaling quantum systemsAnalyze potential use cases across industriesWho this book is forThis book is for software developers, IT professionals, technology leaders, and curious learners who want to understand quantum computing without deep mathematical knowledge. It is especially useful for professionals exploring emerging technologies, product managers evaluating quantum opportunities, and anyone seeking a clear conceptual foundation in quantum information science. No prior experience in quantum physics is required.…

Paperback. Condición: New. Explore quantum computing concepts and separate hype from reality with a clear, accessible guide to this emerging technologyKey FeaturesExplore quantum computing concepts without complex math or codeUnderstand the history, challenges, and future of quantum technologiesDistinguish real progress from hype in quantum technologiesBook DescriptionMake sense of quantum computing without needing a background in physics or mathematics, and cut through growing industry hype to understand what's real and what's not. This book provides the clarity needed to understand what quantum computing is, what it can realistically achieve, and where it stands today.Drawing on decades of experience in emerging technologies, Sebastian Hassinger presents a clear, narrative-driven exploration of quantum computing. The book explains the key ideas, historical breakthroughs, and technological challenges that define the field without focusing on equations or programming. You will explore how quantum mechanics reshaped information theory, why classical computing faces limits, how quantum approaches attempt to overcome them, and the experimental origins of quantum technologies.Through real-world context and industry insights, the book examines current hardware, competing approaches to building qubits, and the realities of today's rudimentary systems. It also addresses common misconceptions and inflated expectations, helping you critically evaluate claims made by companies and researchers.By the end of this book, you will have a grounded understanding of quantum computing's capabilities, limitations, and future direction, enabling you to engage confidently with this rapidly evolving field.What you will learnUnderstand core quantum computing concepts intuitivelyExplore the history of quantum physics and computationIdentify the limits of classical computing systemsEvaluate current quantum hardware and architecturesDistinguish hype from realistic quantum applicationsLearn how qubits differ from classical bitsUnderstand challenges in scaling quantum systemsAnalyze potential use cases across industriesWho this book is forThis book is for software developers, IT professionals, technology leaders, and curious learners who want to understand quantum computing without deep mathematical knowledge. It is especially useful for professionals exploring emerging technologies, product managers evaluating quantum opportunities, and anyone seeking a clear conceptual foundation in quantum information science. No prior experience in quantum physics is required.…

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Paperback. Condición: new. Paperback. Explore quantum computing concepts and separate hype from reality with a clear, accessible guide to this emerging technologyKey FeaturesExplore quantum computing concepts without complex math or codeUnderstand the history, challenges, and future of quantum technologiesDistinguish real progress from hype in quantum technologiesBook DescriptionMake sense of quantum computing without needing a background in physics or mathematics, and cut through growing industry hype to understand whats real and whats not. This book provides the clarity needed to understand what quantum computing is, what it can realistically achieve, and where it stands today.Drawing on decades of experience in emerging technologies, Sebastian Hassinger presents a clear, narrative-driven exploration of quantum computing. The book explains the key ideas, historical breakthroughs, and technological challenges that define the field without focusing on equations or programming. You will explore how quantum mechanics reshaped information theory, why classical computing faces limits, how quantum approaches attempt to overcome them, and the experimental origins of quantum technologies.Through real-world context and industry insights, the book examines current hardware, competing approaches to building qubits, and the realities of todays rudimentary systems. It also addresses common misconceptions and inflated expectations, helping you critically evaluate claims made by companies and researchers.By the end of this book, you will have a grounded understanding of quantum computings capabilities, limitations, and future direction, enabling you to engage confidently with this rapidly evolving field.What you will learnUnderstand core quantum computing concepts intuitivelyExplore the history of quantum physics and computationIdentify the limits of classical computing systemsEvaluate current quantum hardware and architecturesDistinguish hype from realistic quantum applicationsLearn how qubits differ from classical bitsUnderstand challenges in scaling quantum systemsAnalyze potential use cases across industriesWho this book is forThis book is for software developers, IT professionals, technology leaders, and curious learners who want to understand quantum computing without deep mathematical knowledge. It is especially useful for professionals exploring emerging technologies, product managers evaluating quantum opportunities, and anyone seeking a clear conceptual foundation in quantum information science. No prior experience in quantum physics is required. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Taschenbuch. Condición: Neu. Die Identifikation von Cib1 Interaktionspartnern | in Ustilago maydis | Sebastian Hassinger | Taschenbuch | 92 S. | Deutsch | 2016 | AV Akademikerverlag | EAN 9783639678000 | Verantwortliche Person für die EU: preigu GmbH & Co. KG, Lengericher Landstr. 19, 49078 Osnabrück, mail[at]preigu[dot]de | Anbieter: preigu.…

Paperback. Condición: new. Paperback. Explore quantum computing concepts and separate hype from reality with a clear, accessible guide to this emerging technologyKey FeaturesExplore quantum computing concepts without complex math or codeUnderstand the history, challenges, and future of quantum technologiesDistinguish real progress from hype in quantum technologiesBook DescriptionMake sense of quantum computing without needing a background in physics or mathematics, and cut through growing industry hype to understand whats real and whats not. This book provides the clarity needed to understand what quantum computing is, what it can realistically achieve, and where it stands today.Drawing on decades of experience in emerging technologies, Sebastian Hassinger presents a clear, narrative-driven exploration of quantum computing. The book explains the key ideas, historical breakthroughs, and technological challenges that define the field without focusing on equations or programming. You will explore how quantum mechanics reshaped information theory, why classical computing faces limits, how quantum approaches attempt to overcome them, and the experimental origins of quantum technologies.Through real-world context and industry insights, the book examines current hardware, competing approaches to building qubits, and the realities of todays rudimentary systems. It also addresses common misconceptions and inflated expectations, helping you critically evaluate claims made by companies and researchers.By the end of this book, you will have a grounded understanding of quantum computings capabilities, limitations, and future direction, enabling you to engage confidently with this rapidly evolving field.What you will learnUnderstand core quantum computing concepts intuitivelyExplore the history of quantum physics and computationIdentify the limits of classical computing systemsEvaluate current quantum hardware and architecturesDistinguish hype from realistic quantum applicationsLearn how qubits differ from classical bitsUnderstand challenges in scaling quantum systemsAnalyze potential use cases across industriesWho this book is forThis book is for software developers, IT professionals, technology leaders, and curious learners who want to understand quantum computing without deep mathematical knowledge. It is especially useful for professionals exploring emerging technologies, product managers evaluating quantum opportunities, and anyone seeking a clear conceptual foundation in quantum information science. No prior experience in quantum physics is required. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Taschenbuch. Condición: Neu. nach der Bestellung gedruckt Neuware - Printed after ordering - This book explains quantum computing in plain terms, helping you understand what it is, why it matters, and how close we are to real-world impact.

Paperback. Condición: new. Paperback. Explore quantum computing concepts and separate hype from reality with a clear, accessible guide to this emerging technologyKey FeaturesExplore quantum computing concepts without complex math or codeUnderstand the history, challenges, and future of quantum technologiesDistinguish real progress from hype in quantum technologiesBook DescriptionMake sense of quantum computing without needing a background in physics or mathematics, and cut through growing industry hype to understand whats real and whats not. This book provides the clarity needed to understand what quantum computing is, what it can realistically achieve, and where it stands today.Drawing on decades of experience in emerging technologies, Sebastian Hassinger presents a clear, narrative-driven exploration of quantum computing. The book explains the key ideas, historical breakthroughs, and technological challenges that define the field without focusing on equations or programming. You will explore how quantum mechanics reshaped information theory, why classical computing faces limits, how quantum approaches attempt to overcome them, and the experimental origins of quantum technologies.Through real-world context and industry insights, the book examines current hardware, competing approaches to building qubits, and the realities of todays rudimentary systems. It also addresses common misconceptions and inflated expectations, helping you critically evaluate claims made by companies and researchers.By the end of this book, you will have a grounded understanding of quantum computings capabilities, limitations, and future direction, enabling you to engage confidently with this rapidly evolving field.What you will learnUnderstand core quantum computing concepts intuitivelyExplore the history of quantum physics and computationIdentify the limits of classical computing systemsEvaluate current quantum hardware and architecturesDistinguish hype from realistic quantum applicationsLearn how qubits differ from classical bitsUnderstand challenges in scaling quantum systemsAnalyze potential use cases across industriesWho this book is forThis book is for software developers, IT professionals, technology leaders, and curious learners who want to understand quantum computing without deep mathematical knowledge. It is especially useful for professionals exploring emerging technologies, product managers evaluating quantum opportunities, and anyone seeking a clear conceptual foundation in quantum information science. No prior experience in quantum physics is required. This item is printed on demand. Shipping may be from our Sydney, NSW warehouse or from our UK or US warehouse, depending on stock availability.…

Taschenbuch. Condición: Neu. The New Quantum Era | An Outsider's Introduction | Sebastian Hassinger | Taschenbuch | Englisch | 2026 | Packt Publishing | EAN 9781807787370 | Verantwortliche Person für die EU: Libri GmbH, Europaallee 1, 36244 Bad Hersfeld, gpsr[at]libri[dot]de | Anbieter: preigu Print on Demand.…

Taschenbuch. Condición: Neu. This item is printed on demand - it takes 3-4 days longer - Neuware -Ustilago maydis dient als Modellorganismus fur die Untersuchung der pathogenen Entwicklung von biotrophen Pilzen. Fur die Umstellung von der saprophytischen zur biotrophen Phase des Pilzes wird ein komplexes regulatorisches Netzwerk benötigt. Schlusselregulatoren sind die vom b-Paarungstyplocus kodierten bE/bW Homeodomänen-Transkriptionsfaktoren, der Zink-Finger Transkriptionsfaktor Rbf1 und Clp1, das durch Protein-Protein-Interaktion die Aktivität von bE/bW und Rbf1 moduliert. Cib1 wurde als weiterer Interaktionspartner von Clp1 identifiziert und ist ebenfalls fur die pathogene Entwicklung notwendig. Das Cib1 Homolog in Hefe (Hac1) ist der Masterregulator der unfolded protein response (UPR). Die UPR dient der Proteinqualitätskontrolle und besitzt somit eine große Bedeutung bei der Bekämpfung von Zellstress. Dieser Stress äußert sich in der Akkumulation von fehlerhaften Proteinen im endoplasmatischen Retikulum. In keinem Organismus war bisher ein Protein wie Clp1 bekannt, welches den zentralen UPR-Regulator (Cib1/Hac1) kontrolliert. Dieses Buch beschreibt, wie die molekularen Funktionen des Cib1 Proteins in U. maydis untersucht wurden. Dazu konnten in einem Hefe Zwei-Hybrid-Screen Proteine identifiziert werden, welche direkt mit Cib1 interagieren. 92 pp. Deutsch.…

Kartoniert / Broschiert. Condición: New. Dieser Artikel ist ein Print on Demand Artikel und wird nach Ihrer Bestellung fuer Sie gedruckt. Autor/Autorin: Hassinger SebastianSebastian Hassinger, geboren in Homburg (Saar), hat sein Diplomstudium der Biologie am Karlsruher Institut fuer Technologie 2011 abgeschlossen.Ustilago maydis dient als Modellorganismus fur die Untersuchung der .…

Taschenbuch. Condición: Neu. nach der Bestellung gedruckt Neuware - Printed after ordering - Ustilago maydis dient als Modellorganismus fur die Untersuchung der pathogenen Entwicklung von biotrophen Pilzen. Fur die Umstellung von der saprophytischen zur biotrophen Phase des Pilzes wird ein komplexes regulatorisches Netzwerk benötigt. Schlusselregulatoren sind die vom b-Paarungstyplocus kodierten bE/bW Homeodomänen-Transkriptionsfaktoren, der Zink-Finger Transkriptionsfaktor Rbf1 und Clp1, das durch Protein-Protein-Interaktion die Aktivität von bE/bW und Rbf1 moduliert. Cib1 wurde als weiterer Interaktionspartner von Clp1 identifiziert und ist ebenfalls fur die pathogene Entwicklung notwendig. Das Cib1 Homolog in Hefe (Hac1) ist der Masterregulator der unfolded protein response (UPR). Die UPR dient der Proteinqualitätskontrolle und besitzt somit eine große Bedeutung bei der Bekämpfung von Zellstress. Dieser Stress äußert sich in der Akkumulation von fehlerhaften Proteinen im endoplasmatischen Retikulum. In keinem Organismus war bisher ein Protein wie Clp1 bekannt, welches den zentralen UPR-Regulator (Cib1/Hac1) kontrolliert. Dieses Buch beschreibt, wie die molekularen Funktionen des Cib1 Proteins in U. maydis untersucht wurden. Dazu konnten in einem Hefe Zwei-Hybrid-Screen Proteine identifiziert werden, welche direkt mit Cib1 interagieren.…

Taschenbuch. Condición: Neu. This item is printed on demand - Print on Demand Titel. Neuware -Ustilago maydis dient als Modellorganismus für die Untersuchung der pathogenen Entwicklung von biotrophen Pilzen. Für die Umstellung von der saprophytischen zur biotrophen Phase des Pilzes wird ein komplexes regulatorisches Netzwerk benötigt. Schlüsselregulatoren sind die vom b-Paarungstyplocus kodierten bE/bW Homeodomänen-Transkriptionsfaktoren, der Zink-Finger Transkriptionsfaktor Rbf1 und Clp1, das durch Protein-Protein-Interaktion die Aktivität von bE/bW und Rbf1 moduliert. Cib1 wurde als weiterer Interaktionspartner von Clp1 identifiziert und ist ebenfalls für die pathogene Entwicklung notwendig. Das Cib1 Homolog in Hefe (Hac1) ist der Masterregulator der unfolded protein response (UPR). Die UPR dient der Proteinqualitätskontrolle und besitzt somit eine große Bedeutung bei der Bekämpfung von Zellstress. Dieser Stress äußert sich in der Akkumulation von fehlerhaften Proteinen im endoplasmatischen Retikulum. In keinem Organismus war bisher ein Protein wie Clp1 bekannt, welches den zentralen UPR-Regulator (Cib1/Hac1) kontrolliert. Dieses Buch beschreibt, wie die molekularen Funktionen des Cib1 Proteins in U. maydis untersucht wurden. Dazu konnten in einem Hefe Zwei-Hybrid-Screen Proteine identifiziert werden, welche direkt mit Cib1 interagieren.OmniScriptum SRL, Str. Armeneasca 28/1, office 1, 2012 Chisinau 92 pp. Deutsch.…