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Molecular Structure and Production of Ultracold \({ }^{88}\mathrm {Sr}_2\) in an Optical Lattice
This chapter serves a pedagogical purpose. I describe the molecular structure of the most abundant isotopologue of diatomic strontium and the...
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Ultracold \({ }^{88}\mathrm {Sr}_2\) Molecules in the Absolute Ground State
In this chapter, I report the first creation of alkaline-earth metal molecules in their absolute ground state using the stimulated Raman adiabatic...
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An Improved Fragmentation Modeling of Aminoacids Under Ionizing Radiation. I. L-Threonine
This work resulted from our observations on the effect of ionizing radiationIonizing radiation on amino acids that was widely debated and interpreted...
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Theoretical Investigation of Cl2, ClO and Cl2O Molecules
In this work, we have investigated the electronic properties of the ground and excited states of the Cl2Cl dimer, the ground state of...
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Spherically Averaged Densities as Basic DFT Variables
In a novel version of density functional theoryDensity functional theory proposed by Theophilou the basic variables are spherically symmetric...
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Relativistic Quantum Chemistry and Spectroscopy of Pionic Atomic Systems: Hyperfine Structure
The consistent relativistic theory of spectra of the exotic pionic atomic systemsPionic atomic systems on the basis of the Klein-Gordon-Fock equation...
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Computational Investigation of the Influence of the Acyl Group on the Reducing Abilities of Acylphloroglucinols
Several naturally occurring acylphloroglucinolsAcylphloroglucinols (ACPLs) exhibit good antioxidantAntioxidants properties. The...
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Integrated In-Silico Drug Modeling for Viral Proteins
The Fragment Molecular OrbitalFragment molecular orbital (FMO) (FMO) method is a powerful computational chemistry technique that can be used for...
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Formally Exact Many-Body Perturbation Theory with Optimized Zeroth Approximation in Calculations of Spectral Parameters of Diatomic Molecules
This chapter reviews the fundamentals of effective approach to computing different molecular characteristics (the potential energy curves, molecular...
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Review of Classical Phenomenological Models of Linear Viscoelasticity
From the 1st-orderPhenomenological models ordinaryLinear viscoelasticity differential equations of the MaxwellPhenomenological modelsMaxwell and...
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How CTMD Might Be Applied to Free Volume Relaxation at Constant Temperature and at Controlled Rate of Cooling
This chapter conjectures on, and provides a first formulation of, the prospects of CTMD’s extension to volume relaxation and free volume...
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Treatment of Experimental Data: The Problem of the Initial Strain (or Stress) Ramps
The problem of how to treat the initial strain and stress rampsStrain and stress ramps in experiments in the case of stress relaxation is considered,...
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Physical Characterization of the Dynamics of Amorphous Condensed Matter
Eleven main characteristics of the dynamics of amorphous materials are listed and described, to define what must be explained and therefore stand as...
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Development of Table-Top Free Electron Lasers Based on a Laser Wakefield Accelerator
In this chapter, we introduce the recent advances on high-quality laser wakefield accelerator and table-top free electron lasing experiments. By...
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Sub-optical-Cycle Attosecond Control of Molecular Ionization by Using Multicolor Fourier-synthesized Laser Fields
We report that intense (~1013 W/cm2) phase-controlled laser fields consisting of a fundamental pulse and its second-harmonic pulse induce...
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Particle Ensemble Density: Rotating Wall
The particle number density and shape of an ensemble of confined in a Penning trap can be controlled by the so-called ‘rotating-wall technique’,...
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Other Cooling Techniques
In this chapter we look at cooling techniques that are neither electronic nor optical by nature, this refers to sympathetic cooling, buffer gas...
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Penning Trap Concept
In this chapter, we have a look at the underlying working principle of the Penning trap, discuss the notion of particle confinement, the main...
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Magnetic Bottles Implemented in Penning Traps
This chapter takes a look at the effects and possible implementations of specific magnetic field geometries, mainly of so-called ‘magnetic bottles’...
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Brief History and Context
This chapter gives a brief description of what a Penning trap is, a short account of the history of Penning traps (for more details see appendix),...