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From Femto-to Attoscience and Beyond
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Authors: Janina Marciak-Kozlowska (Inst. of Electron Technology, Warsaw, Poland) Miroslaw Kozlowski (Physics Dept. Warsaw University, Warsaw University, Warsaw, Poland) 
Book Description:
Fascinating developments in optical pulse engineering over the last 20 years lead to the generation of laser pulses as short as few femtosecond, providing a unique tool for high resolution time domain spectroscopy. However, a number of the processes in nature evolve with characteristic times of the order of 1 fs or even shorter. Time domain studies of such processes require at first place sub-fs resolution, offered by pulse depicting attosecond localization. The generation, characterization and proof of principle applications of such pulses is the target of the attoscience.
In this book the interaction of the attosecond laser pulses with matter is investigated. The Proca's termal equation for laster - matter interaction is formulated and solved. It is shown that for attosecond laster pulses the Proca's thermal equation can be simplified and thermal Klein-Gordon equation is obtained.
The book is divided into six chapters and the Epilogue presents the contemporary status of the attoscience: sub-femtosecond laster-matter interactions, master equations: Proca and Klein-Gordon equations and the perspectives: Attosecond Free Electron Laser (AFEL), LASETRON and Entangled Photon Laser (EPL).


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Table of Contents:
Preface

Introduction

Chapter 1. Fundamentals of the laser pulses interaction with matter;pp. 7-39
1.1. Classical hyperbolic transport equation 16
1.2. Quantum hyperbolic transport equation 33
1.3. Heat transport in nanoscale

Chapter 2. Heaviside equation for hyperbolic transport Processes;pp. 41-67 processes
2.1. Boltzmann equation for heat transport induced by ultra-short laser pulses
2.2. Universal relaxation time for electron and nucleon gases
2.3. Nonlinear Klein – Gordon equation for nanoscale transport
2.4. Sub- and supersonic transport processes
2.5. Transport processes in n – dimensional space time

Chapter 3. Schrödinger- Newton hyperbolic equation for quantum thermal processes;pp. 69-91
3.1. Non-local Schrödinger equation
3.2. The time evolution of the Bohmian pilot wave
3.3. Quantum thermal waves in quantum corrals
3.4. Klein – Gordon thermal equation with Casimir potential for attosecond laser pulses
3.5. Attophysics of thermal phenomena in carbon nanotubes

Chapter 4. Proca equation for relativistic thermal processes;pp. 93-114
4.1. Transport phenomena in Minkowski spacetime
4.2. On the possible thermal tachyons
4.3. On the possible void decay in free – electron laser SASE FEL experiment
4.4. Fourier diffusion and special relativity in nanotechnology
4.5. Proca equation for attosecond electron pulses

Chapter 5. Extreme light, LASETRON and TESLA SASE - FEL;pp. 115-144
5.1. Space – time engineering with Lasetron pulses
5.2. Fundamental physics at an X – ray free – electronlasers
5.3. π – mesons as the quarks of non – Newton hadronic fluid
5.4. Second sound in nuclear interactions
5.5. Production and detection of axion – like particles at VUV – FEL

Chapter 6. Beyond orthodox quantum theory;pp. 145-152

Chapter 7. Proca equation for heavy photons and gravitons;pp. 153-164
7.1. Introduction
7.2. Proca equation and the photon mass
7.3. Proca equation and graviphoton mass
7.4. Consequences of local graviton mass
7.5. Application to coherent quantum matter

Appendices:

A Laser induced transport phenomena in graphene

B Generalized Maxwell – Proca equations for heavy photons

C Genealogy of the Klein – Gordon equation

D HiPER – High Power laser Energy Research facility

Index

   Series:
      Lasers and Electro-Optics Research and Technology
   Binding: Hardcover
   Pub. Date: 2009
   Pages: 7 x 10, 191pp.
   ISBN: 978-1-60741-164-2
   Status: AV
  
Status Code Description
AN Announcing
FM Formatting
PP Page Proofs
FP Final Production
EP Editorial Production
PR At Prepress
AP At Press
AV Available
  
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