Rejoignez-nous pour un voyage dans le monde des livres!
Ajouter ce livre à l'électronique
Grey
Ecrivez un nouveau commentaire Default profile 50px
Grey
Abonnez-vous pour lire le livre complet ou lisez les premières pages gratuitement!
All characters reduced
Nanoruler - Precision Engineering in DNA Based Measurement Systems - cover

Nanoruler - Precision Engineering in DNA Based Measurement Systems

Fouad Sabry

Maison d'édition: One Billion Knowledgeable

  • 0
  • 0
  • 0

Synopsis

"Nanoruler" is a groundbreaking exploration of the intersection between nanotechnology and plasmonics within the context of DNA Origami. Authored by Fouad Sabry, this book is a mustread for professionals, students, and enthusiasts keen on advancing their understanding of molecular assembly and its application in nanoscale engineering. It presents detailed insights into the principles, technologies, and emerging applications of nanorulers, plasmonic systems, and their influence on modern science and technology. The book serves as an essential reference for undergraduate and graduate students, as well as researchers and hobbyists interested in pushing the boundaries of nanoscale manipulation.
 
Chapters Brief Overview:
 
1: Nanoruler: Delve into the concept of nanorulers, focusing on their design, fabrication, and critical role in DNA Origami.
 
2: Atomicterrace lowangle shadowing: Examine how this technique is used to create precise nanoscale patterns, essential for DNAbased construction.
 
3: Plasmonic solar cell: Discover the integration of plasmonics with solar technology, enhancing energy conversion efficiency at the molecular level.
 
4: Localized surface plasmon: Uncover the properties of localized surface plasmon resonances and their applications in nanotechnology.
 
5: Surface plasmon resonance microscopy: Explore how this powerful tool is employed to study molecular interactions at nanoscale resolution.
 
6: Surface plasmon resonance: Learn about the role of surface plasmon resonance in biosensing and nanostructure characterization.
 
7: Nanophotonics: Gain an indepth understanding of lightmatter interaction at the nanoscale, crucial for DNA Origami advancements.
 
8: Nanolaser: Investigate the potential of plasmonic nanolasers for ultrasmall, highefficiency light sources in nanotechnology.
 
9: Productive nanosystems: Focus on the design and application of nanosystems capable of performing specific functions in DNAbased devices.
 
10: Nanoscale plasmonic motor: Study the principles behind the operation of nanoscale plasmonic motors, revolutionizing microscopic transport.
 
11: Surface plasmon: Deepen your knowledge of surface plasmon theory and its implications in nanotechnology, particularly in sensing.
 
12: Nanotechnology: Understand the foundations of nanotechnology and how they integrate with DNA Origami techniques to create innovative structures.
 
13: Nanochemistry: Discover the essential chemical processes that enable the synthesis of nanoscale materials and structures in DNAbased technologies.
 
14: Nanolithography: Examine the methods and tools used to pattern materials at the nanoscale, critical for DNA Origami precision.
 
15: Dippen nanolithography: Explore this advanced technique that enables the precise deposition of molecular materials on a nanoscale.
 
16: Plasmonic nanolithography: Learn how plasmonic effects are harnessed to enhance lithographic techniques for creating intricate nanostructures.
 
17: Nanosensor: Investigate the design of nanosensors that leverage plasmonic and DNAbased technologies for advanced detection applications.
 
18: Plasmon: Dive deeper into the role of plasmons in nanotechnology, shaping future advancements in molecular sensing and energy.
 
19: Molecular nanotechnology: Discover how molecularlevel fabrication promises to revolutionize nanoruler designs in DNA Origami.
 
20: Surfaceenhanced Raman spectroscopy: Study the principles and applications of SERS in enhancing molecular detection at nanoscale precision.
 
21: Nanometrology: Understand the importance of nanometrology for measuring and characterizing nanoscale devices, crucial for DNA Origami success.
Disponible depuis: 17/03/2025.
Longueur d'impression: 259 pages.

D'autres livres qui pourraient vous intéresser

  • It's Mine - How the Crypto Industry Is Redefining Ownership - cover

    It's Mine - How the Crypto...

    Steven Boykey Sidley

    • 0
    • 0
    • 0
    ‘Crypto’, a loose term that means many things to different people, only entered the public consciousness within the last five years or so, now evident by the volume of public discussion, commentary and analysis spread across every conceivable media outlet.
    Voir livre
  • The Jeremy Fragrance Story - Power Baby! - cover

    The Jeremy Fragrance Story -...

    Jeremy Fragrance

    • 0
    • 0
    • 0
    Jeremy Fragrance is a YouTube phenomenon. The eccentric German with the white suit inspires millions of fans around the world with his practical tips on perfumes.
    
    Over two million subscribers on YouTube, more than 6 million followers on TikTok and almost one million on Instagram speak for themselves. What Jeremy says and does is heard.
    
    But who is this man? The 34-year-old has had to jump over many hurdles on his way to the top, both privately and professionally. Here he gives
    a rare glimpse behind the scenes, talks openly about the hard hand in his upbringing and why it's important to always focus on the positive.
    
    Discipline, determination and the pursuit of significance make Jeremy Fragrance what he is today, the world's #1 perfume influencer.
    
    Let yourself be carried away by the enthusiasm for self-optimization, good fragrances and the POWER of Jeremy Fragrance!
    Voir livre
  • How to Be a Wildflower - A Field Guide - cover

    How to Be a Wildflower - A Field...

    Katie Daisy

    • 0
    • 1
    • 0
    A field guide to finding calm, creativity, and self-discovery through encounters with nature.  
     
    A fresh perspective, an outdoor exploration, a new adventure about to begin—How to Be A Wildflower is a book for celebrating these and other wide-open occasions. Encouraging self-discovery through encounters with nature, beloved artist Katie Daisy brings her beautiful paintings and lettering to this collection of things to do and make, quotes, meditations, natural history, and more. 
     
    Find wonder and inspiration in these peaceful pages, live life to the fullest, and discover the wild and free spirit within.  
     
    “For pure whimsy, you just can’t beat How to Be a Wildflower: A Field Guide by Katie Daisy. The Bend, Oregon, artist brings her beautiful paintings and lettering to this delightful book, a collection of nature-inspired quotations, meditations, lore, and even a recipe for fresh strawberry-rhubarb pie.” —Traditional Home
    Voir livre
  • Surfing the Tides of Complexity - How Genetic Algorithms Guide Us Through Emergent Phenomena - cover

    Surfing the Tides of Complexity...

    CLINTON YONCK, RICHARD SHEPPARD

    • 0
    • 0
    • 0
    Surfing the Tides of Complexity: How Genetic Algorithms Guide Us Through Emergent Phenomena 
    Do you often find yourself asking: 
    • How do genetic algorithms and neural networks work, and how can I harness their potential for innovation?   
    • What are the practical applications of these advanced technologies, and how can I integrate them into my projects?   
    • Is there a comprehensive guide that simplifies the complexities of genetic algorithms and neural networks for practical understanding? 
    Meet the Author: The Tech Visionary 
    The author, a seasoned expert in the field of genetic algorithms and neural networks, empathizes with readers grappling with the challenges of understanding and implementing these advanced technologies. They've navigated the complexities of coding, experimentation, and real-world applications, striving to demystify these concepts for those eager to embrace the future of technology. 
    What to Expect: 
    • Unlock the secrets behind genetic algorithms and neural networks, unraveling their potential for revolutionizing technology.   
    • Explore real-world applications, from optimizing processes to enhancing artificial intelligence systems.   
    • Gain practical insights into coding and implementing genetic algorithms and neural networks in your projects.   
    • Understand the synergy between these technologies and their role in solving complex problems.   
    • Explore case studies of successful applications in various industries, from healthcare to finance.   
    • Access tips and tricks from renowned experts in the field of artificial intelligence and evolutionary computation.   
    • Master the art of balancing innovation and practicality in your journey through genetic algorithms and neural networks.  
    Voir livre
  • Saving Jemima - Life and Love with a Hard-Luck Jay - cover

    Saving Jemima - Life and Love...

    Julie Zickefoose

    • 0
    • 0
    • 0
    For fans of Wesley the Owl and The Soul of an Octopus, the story of a sick baby bird nursed back to health and into the wild by renowned writer/artist Julie Zickefoose. When Jemima, a young orphaned blue jay, is brought to wildlife rehabilitator Julie Zickefoose, she is a virtually tailless, palm-sized bundle of gray-blue fluff. But she is starved and very sick. Julie’s constant care brings her around, and as Jemima is raised for eventual release, she takes over the house and the rest of the author's summer.   Shortly after release, Jemima turns up with a deadly disease. But medicating a free-flying wild bird is a challenge. When the PBS show Nature expresses interest in filming Jemima, Julie must train her to behave on camera, as the bird gets ever wilder. Jemima bonds with a wild jay, stretching her ties with the family. Throughout, Julie grapples with the fallout of Jemima’s illness, studies molt and migration, and does her best to keep Jemima strong and wild. She falls hard for this engaging, feisty and funny bird, a creative muse and source of strength through the author’s own heartbreaking changes. Emotional and honest, Saving Jemima is a universal story of the communion between a wild creature and the human chosen to raise it. Read by the author.   
    Voir livre
  • Psychiatry - A Very Short Introduction - cover

    Psychiatry - A Very Short...

    Tom Burns

    • 0
    • 0
    • 0
    Psychiatry is an endlessly controversial endeavor, incorporating emotively-charged questions over the reality of mental illness, the medicalization of everyday life, and the role of nature versus nurture which cause constant discussion today, and on which almost everyone has an opinion.In this Very Short Introduction Tom Burns explores the nature of psychiatry, focusing on what it can and cannot do, and discussing why its history has been beset by dramatic shifts in emphasis and types of treatment. Considering the main disorders that have shaped its practice (such as schizophrenia and manic depression), he analyzes how it differs from (and overlaps with) psychology and psychotherapy. Many of the controversies arise from its dual origin 200 years ago and the separate development of psychiatry with a more 'medical' approach in the asylums, rather than the psychological approach which birthed psychoanalysis and various forms of psychotherapy. Discussing philosophical issues of psychiatry's legitimacy, Burns explores the mistakes psychiatry has made and the blind alleys in its history, before looking forward to the likely changes in its practice with the coming of artificial intelligence and virtual reality.
    Voir livre