Quantum Interference Effects In Atom-Atom And Ion-Atom
... using external electromagnetic fields. Since collisions between cold atoms occur for lower partial waves, the rotational temperature of formed molecules is also low. Though this approach is limited to molecules whose constituent atoms can be cooled by laser cooling, it may be regarded as one of the ...
... using external electromagnetic fields. Since collisions between cold atoms occur for lower partial waves, the rotational temperature of formed molecules is also low. Though this approach is limited to molecules whose constituent atoms can be cooled by laser cooling, it may be regarded as one of the ...
Program Abstracts
... Since the sixties biennial Symposium on Spin Waves in St. Petersburg was aimed at providing an opportunity for discussion of the latest advances in fundamental studies of dynamic properties of various magnetically ordered materials. This year the Symposium will highlight the modern problems of magne ...
... Since the sixties biennial Symposium on Spin Waves in St. Petersburg was aimed at providing an opportunity for discussion of the latest advances in fundamental studies of dynamic properties of various magnetically ordered materials. This year the Symposium will highlight the modern problems of magne ...
... this knowledge is quite narrow. As soon as one looks in another direction one may easily ascertain that the amount of work done so far in this field is not enough to systematically cover all possible working conditions where frequency conversion phenomenon can take place. The object of this thesis w ...
Facts and Mysteries in Elementary Particle Physics
... Thus in this book elementary particles are the central objects. They are the actors that we look at, and they play a fascinating piece. There are some very mysterious things about this piece. What would you think about a play in which certain actors always occur threefold? These actors come in tripl ...
... Thus in this book elementary particles are the central objects. They are the actors that we look at, and they play a fascinating piece. There are some very mysterious things about this piece. What would you think about a play in which certain actors always occur threefold? These actors come in tripl ...
Atom interferometry in a 10 m fountain
... electronic format. An original signed hard copy of the signature page is on file in University Archives. ...
... electronic format. An original signed hard copy of the signature page is on file in University Archives. ...
Q QUANTUM COHERENCE PROGRESS
... the appropriate degrees of freedom that might be entangled. The subsystems are technically known as modes, and the possibly entangled degrees of freedom are called observables. Most formally, entanglement is the degree of correlation between observables pertaining to different modes that exceeds any ...
... the appropriate degrees of freedom that might be entangled. The subsystems are technically known as modes, and the possibly entangled degrees of freedom are called observables. Most formally, entanglement is the degree of correlation between observables pertaining to different modes that exceeds any ...
Exercises - RACHEL
... different states. These differences in particle motion explain why solids, liquids, and gases look and act differently. Think about how ice and water differ, or how water vapor differs from liquid water. The kinetic theory of matter explains the differences. Scientific laws are often confused with s ...
... different states. These differences in particle motion explain why solids, liquids, and gases look and act differently. Think about how ice and water differ, or how water vapor differs from liquid water. The kinetic theory of matter explains the differences. Scientific laws are often confused with s ...
Mass measurements of neutron-rich strontium and rubidium
... and Michi, but also Micha and Carl. This first experience at the MPIK and at Heidelberg was great, a bit difficult at the beginning because of communication issues but I guess this is also what made it special. A few days after being back in Bordeaux, I received an email from Klaus, saying that if I ...
... and Michi, but also Micha and Carl. This first experience at the MPIK and at Heidelberg was great, a bit difficult at the beginning because of communication issues but I guess this is also what made it special. A few days after being back in Bordeaux, I received an email from Klaus, saying that if I ...
Smart materials for microrobotics. Motion Control and Power Harvesting Programa de Doctorat
... First of all in this thesis the use of piezoelectric polymers and ionic polymers as materials for motion control of microrobots is studied. Their flexibility opens the door to new applications for microrobot systems as is the case of biomimetics. The first application regards the use of piezoelectri ...
... First of all in this thesis the use of piezoelectric polymers and ionic polymers as materials for motion control of microrobots is studied. Their flexibility opens the door to new applications for microrobot systems as is the case of biomimetics. The first application regards the use of piezoelectri ...
instability of excitation waves induced by electrical fields
... Propagating waves of chemical or biological activity [Eps98, Fie85, Mur89, Wal00] are typical examples of spontaneous pattern formation in macroscopic systems driven far from thermodynamic equilibrium [Bab86, Cro93]. They may show complex dynamics in time or both in time and in space, and they are s ...
... Propagating waves of chemical or biological activity [Eps98, Fie85, Mur89, Wal00] are typical examples of spontaneous pattern formation in macroscopic systems driven far from thermodynamic equilibrium [Bab86, Cro93]. They may show complex dynamics in time or both in time and in space, and they are s ...
Time in physics
Time in physics is defined by its measurement: time is what a clock reads. In classical, non-relativistic physics it is a scalar quantity and, like length, mass, and charge, is usually described as a fundamental quantity. Time can be combined mathematically with other physical quantities to derive other concepts such as motion, kinetic energy and time-dependent fields. Timekeeping is a complex of technological and scientific issues, and part of the foundation of recordkeeping.