Men, It's Time to Master your EmotionsToo often Men are told to bottle up how they feel which leads to emotional numbness. Men, take the reins back and master your emotions with this guide to emotional healing. Every man has a deep bed of emotions. Emotions and feelings shouldn't be ignored. To get the great and healthy relationships you desire, you need to change the way that you manage your emotions. David Kundtz has created this full guide to steer you towards emotional healing. Men, master your emotions. Emotions are diverse, learn all of different ways to spot your emotions and how to better express emotions. Become comfortable with your emotions, tune in to the emotions around you, and learn good communication skills. Men, this book is for you. This motivational book is dedicated to teenage boys, young men, fathers, and grandfathers. Build your emotional confidence and your communication skills. The language, tools, and the exercises inside of this book are designed to help you express the deep, vibrant and ever-present emotions that you hold inside of you. Nothing's Wrong is packed with: Processes to identify and master your emotions Information for teenage boys, young men, fathers, and grandfathers Tips and Tools to aide you on your path towards emotional healing If you enjoyed motivational books like Cry Like A Man, Master Your Emotions, or The Mental Toughness, then you'll love Nothing's Wrong.

For a quantitative understanding of the physics of the universe - from the solar system through the milky way to clusters of galaxies all the way to cosmology - these edited lecture notes are perhaps among the most concise and also among the most critical ones: Astrophysics has not yet stood the redundancy test of laboratory physics, hence should be wary of early interpretations. Special chapters are devoted to magnetic and radiation processes, supernovae, disks, black-hole candidacy, bipolar flows, cosmic rays, gamma-ray bursts, image distortions, and special sources. At the same time, planet earth is viewed as the arena for life, with plants and animals having evolved to homo sapiens during cosmic time.

This text is unique in covering the basic qualitative and quantitative tools, formulae as well as numbers, needed for the precise interpretation of frontline phenomena in astrophysical research. The author compares mainstream interpretations with new and even controversial ones he wishes to emphasize.

The second edition includes numerous updates throughout the book and, in addition, it contains a list of alternative explanations to astrophysical findings that can be seen as a serious testing ground for young scientists.

This volume is the documentation of the first Course on 'Neutron Stars, Active Galactic Nuclei and Jets', of an Erice School with a wide astro physical scope. The choice of the subject was made because of an apparent similari ty - stressed already at earlier meetings - of four classes of astrophy sical jet sources: Active Galactic Nuclei, Young Stellar Objects, Binary Neutron Stars and Binary White Dwarfs. They share important properties such as their morphology, high variability and large veloci ty gradients as well as - with some inference - their broad spectrum, hypersonic outflow and core/lobe power ratio. Despite this apparent similarity of the four source classes, quite different models have been put forward for their description: (i) The central engine of active galactic nuclei has been generally thought to be a black hole, in contrast to the central engine of young stellar objects and cometary nebulae which apparently is a pre-T-Tauri star, some six orders of magnitude less compact, and to the central engine of planetary nebulae which mayor may not be a binary white dwarf. (ii) The elongated lobes, or flow patterns, have been often interpreted as highly directional stellar wind outflows whereas in a few well mapped cases, the elongated flow appears to be 'pumped up' through a much narrower channel, or jet, both in the extragalactic and stellar sources."

Radek Kundt compares the notion of evolution in cultural evolutionary theories with neo-Darwinian evolutionary theory to determine the value of the biological concept for studying culture. Contemporary Evolutionary Theories of Culture and the Study of Religion surveys the historical background of cultural evolution as used in the study of religion, pinpointing major objections to classical nineteenth-century theories. Radek Kundt argues that contemporary theories of cultural evolution do not repeat the same mistakes but that when they are evaluated in terms of fitting the core requirements of neo-Darwinian natural selection, it is clear that they are not legitimate extensions of neo-Darwinian theory. Rather, they are poor metaphors and misleading analogies which add little to conventional cause-and-effect historiographical work. This book also introduces an alternative evolutionary approach to the study of culture which does not claim that the principles of neo-Darwinian evolution should be applicable outside the biological domain. Radek Kundt shows that this alternative evolutionary approach nevertheless provides a deeply enriching line of enquiry that incorporates both biological evolutionary history as shaping cultural change and culture as a force acting on the gene.

Coping Skills for Dealing with the Overwhelming Responsibilities of Life "An elegant, powerful, and simple tool for finding serenity. Just what the world needs right now." Richard Carlson, author of Don't Sweat the Small Stuff We are always on the go. Balancing work, family, friends, and everything in between is a routine of running and never stopping a cycle that can be tiring. We forget the beauty of the smaller moments and sometimes we forget to stop and use our coping skills. Stopping is a gift to yourself. Knowing when to breathe and regain a clearer vision of yourself and your surroundings helps give you a fresh perspective and an inner balance meant to help you feel in control of the bigger things. Who are you? What are your true priorities? Your responsibilities may have taken over and are preventing you from living to your fullest potential. Dr. Kundtz gives you insight into key questions you should be asking. Stop whatever you're doing and enjoy the sunrise. Big things can grab your attention but don't forget to turn around and find the serenity in stillness the peace in a deep breath, and the happiness in remembering who you are. With this valuable guide learn to: Connect with the spiritual aspects of your life Practice mindfulness and reduce stress Acknowledge when it becomes too much and take a step back Use proper coping skills to create healthier habits If you enjoyed books like The Way of Integrity, Giving Grief Meaning, I Am Invincible, Time Management for Mortals, or The Road Less Traveled, then you'll love The Art of Stopping.

Daily Mindful Minutes are Necessary for StillnessDavid Kundtz offers readers mindful minutes through the power of stillness. In the haste of everyday life, Quiet Mind offers us an extension of time by allotting us moments of healing and self introspection. Find yourself in the spaces between yourself and life. The miracle of mindfulness is a welcome respite for anyone who lives a life that feels nonstop. Connect with your inner self by pausing your thoughts, banishing your self-doubt, and embracing a daily practice of observing a moment of silence. Welcome yourself to a quiet mind. Quiet Mind is an invitation to rest, find peace, awaken, and remember. You will find guidance on using the moments between activities, which the author calls "still points," as opportunities to focus on becoming more fully awake to who you are at any time, even during one, sacred mindful minute. Inside this mindful moment book, you'll find: Ways to cultivate a positive mindset to remain open to infinite possibilities of spiritual growth A series of reflections that can assist you with unwinding anxiety blocking your path to spiritual connection Insight that stems from spirituality and the psychology of introspection If you like how to "be mindful" books like Return to You, Breath, or Each Day a Renewed Beginning, you'll love Quiet Mind.

Devised for a quantitative understanding of the physics of the universe from the solar system through the milky way to clusters of galaxies all the way to cosmology, this acclaimed text offers among the most concise and most critical ones of extant works. Special chapters are devoted to magnetic and radiation processes, disks, black-hole candidacy, bipolar flows, cosmic rays, gamma-ray bursts, image distortions, and special sources. At the same time, planet earth is viewed as the arena for life, with plants and animals having evolved to homo sapiens during cosmic time. This text is unique in covering the basic qualitative and quantitative tools, formulae as well as numbers, needed to for the precise interpretation of frontline phenomena.

Jets are ubiquitous in the Universe, but ill-understood. Conservative books base their interpretations on focused stellar winds, ejected "bullets," black-hole central engines, and in-situ upgrading of electron energies via shocks. This volume, however, attempts a uniform interpretation of the bipolar-flow family, involving extremely relativistic pair plasma as the jet substance, and rotating magnets (possibly burning disks) as the central engines. Among the discussed sources are SS 433, YSO jets, planetary nebulae, our galactic center, and the class of extragalactic QSOs, both radio-loud and radio-quiet.

For a better understanding of supernova explosions the contributors to this volume provide researchers and graduate students in astrophysics with a broad spectrum of alternatives. The confrontation of different theories in one volume should prompt further exploration of the driving piston for the explosions and deeper understanding of the experimental data. Properties of supernova shells are discussed, such as their kinematics, ages, sizes, temperatures, spectra, polarizations, energetics and morphologies. Special attention is given to a few shells of extreme age, viz. G 70.68+1.20, Kepler's SN, and CTB 80, as well as to their statistics.

This volume is the documentation of the first Course on 'Neutron Stars, Active Galactic Nuclei and Jets', of an Erice School with a wide astro physical scope. The choice of the subject was made because of an apparent similari ty - stressed already at earlier meetings - of four classes of astrophy sical jet sources: Active Galactic Nuclei, Young Stellar Objects, Binary Neutron Stars and Binary White Dwarfs. They share important properties such as their morphology, high variability and large veloci ty gradients as well as - with some inference - their broad spectrum, hypersonic outflow and core/lobe power ratio. Despite this apparent similarity of the four source classes, quite different models have been put forward for their description: (i) The central engine of active galactic nuclei has been generally thought to be a black hole, in contrast to the central engine of young stellar objects and cometary nebulae which apparently is a pre-T-Tauri star, some six orders of magnitude less compact, and to the central engine of planetary nebulae which mayor may not be a binary white dwarf. (ii) The elongated lobes, or flow patterns, have been often interpreted as highly directional stellar wind outflows whereas in a few well mapped cases, the elongated flow appears to be 'pumped up' through a much narrower channel, or jet, both in the extragalactic and stellar sources.

This volume is the documentation of the second Course on 'Neutron Stars, Active Galactic Nuclei and Jets', held at Erice in September 1988. This second Course was devoted to our knowledge about neutron-star sources. The poster spoke of: pulsars, accreting X-ray sources and jet englnes, perhaps also UHE pulsars, X ra~' bursters and black-hole candidat.es. Neutron stars have even been proposed as the primary cosmic-ray boosters. Most of theil' properties are stil1 controversial, such as their birth mechanism (neutrino versus magnetic piston), internal structure (neutrons, quarks, strange particles), magnetic, thermal and spin histories, wind generation (hydrogen versus pair plasma, radiation versus centrifugal pressure), magnetospheric structure and accretion modes (along field lines versus quasi-Keplerian). The listed controversies have largely survived through the Course and entered into the proceedings. Several lecturers speak of 'magnetic-field decay' in neutron stars, of the 'recycling' of old pulsars, and of 'accretion-induced collapse' of white dwarfs as though such processes were textbook knowledge. Terms and abbreviations like RPSR (=recycled pulsar), spinup line, AIC, and ADC (=accretion disk corona) help to foster the assumptions. It is not clear to me at this time whether any of these notions has an application to reality.

""Diese eindrucksvolle Sammlung alternativer Vorstellungen der Autoren zu weit verbreiteten Gedankenbildern der Bio-, Geo-, Astro- und Quantenphysik wird jeden Leser begeistern - aber auch intellektuell herausfordern ""

Prof. Dr. Klaus Hasselmann
""Das beeindruckende Inhaltsverzeichnis und die Vorworte zu den Kapiteln machen neugierig Die Lektuere
dieses Buches, welches zehn Gebiete von Biophysik bis Astrophysik behandelt,
wird hoechst anspruchsvoll
sein und den Leser faszinieren und mit neuen Erkenntnissen und Ideen belohnen."""
"Prof. Dr. Sigrid Boege

Dieses Buch ist neu in der Physikgeschichte. Es verfolgt verwandte Ziele zu Fred Hoyles 'Frontiers of Astronomy', oder zu Freeman Dysons 'The Sun, the Genome, and the Internet': Es moechte Physik naeherbringen - aber anders, als andere zuvor.

Der Senior-Autor dieses Buches, Wolfgang Kundt, wurde sozusagen in die Gegenwartsphysik hineingeboren. Als Schueler von Pascual Jordan lernte er fruehzeitig ein paar (weitere) Grossmeister persoenlich kennen: Wolfgang Pauli, Paul Dirac, Richard Feynman, Roger Penrose, Stephen Hawking, Hermann Bondi, Viktor Ambartsumian, John Archibald Wheeler, Martin Rees, Phil Morrison, Yakov Zel'dovic, David Layzer, Brandon Carter und vor allen Thomas Gold beeinflussten seine Gedanken. Lev Landau und Albert Einstein verpasste er nur um wenige Monate.

Das vorliegende Buch stellt Theorien uber unsere Welt auf, wobei es in ueber 135 Faellen von der Lehrmeinung der Physik abweicht. Es verabschiedet die nunmehr 40-jaehrigen Schwarzen Loecher - trotz ehemaliger Taufpatenschaft - holt die Quellen der Gammastrahlblitze aus dem fernen Kosmos in die Milchstrasse zurueck, diskutiert, wie Baeume ihr Trinkwasser in ihre Kronen heben, wie die Hochatmosphaere durch die Kosmischen Strahlen elektrisch aufgeladen wird, wodurch die Kontinentalplatten bewegt werden, wie Supernovae funktionieren, wie die astrophysikalischen Jets erzeugt werden und dass die Tunguska-Katastrophe von 1908 ein Erdgasausbruch war, kein Meteorit.

Diese Abweichungen geschehen nicht heimlich, sondern sind jeweils in Vorworten und Abstrakten vorangestellt. Der eilige Leser kann sich bei seiner Lektuere auf die 85 Abstrakte be-
schraenken. Erklaertes Ziel ist es, Unstimmigkeiten in der heutigen Physik aufzuzeigen und alternative Loesungen anzubieten. Physik sollte konsistent und aesthetisch sein, meinen die Autoren.

Der Autor

Wolfgang Kundt: ist theoretischer Physiker, mit Hochschulprofessuren in Hamburg (1965-1977) und Bonn (seit 1978), emeritiert seit 1996.
---
Ole Marggraf: ist promovierter Nachwuchswissenschaftler am Bonner Argelander-Institut.
"

Coming To: A Biomythography is an autobiographical work - but rather than a straight-forward narrative, this life story consists of twenty discrete chapters, each one written in a different literary form. Taken together, they present life as a rich tapestry rather than a linear journey. Join David Kundtz on a unique and rewarding exploration - many thought provoking insights included. A biomythography "tells all the truth but tells it slant." (Emily Dickinson)

Radek Kundt compares the notion of evolution in cultural evolutionary theories with neo-Darwinian evolutionary theory to determine the value of the biological concept for studying culture. Contemporary Evolutionary Theories of Culture and the Study of Religion surveys the historical background of cultural evolution as used in the study of religion, pinpointing major objections to classical nineteenth-century theories. Radek Kundt argues that contemporary theories of cultural evolution do not repeat the same mistakes but that when they are evaluated in terms of fitting the core requirements of neo-Darwinian natural selection, it is clear that they are not legitimate extensions of neo-Darwinian theory. Rather, they are poor metaphors and misleading analogies which add little to conventional cause-and-effect historiographical work. This book also introduces an alternative evolutionary approach to the study of culture which does not claim that the principles of neo-Darwinian evolution should be applicable outside the biological domain. Radek Kundt shows that this alternative evolutionary approach nevertheless provides a deeply enriching line of enquiry that incorporates both biological evolutionary history as shaping cultural change and culture as a force acting on the gene.

This volume is the documentation of the second Course on 'Neutron Stars, Active Galactic Nuclei and Jets', held at Erice in September 1988. This second Course was devoted to our knowledge about neutron-star sources. The poster spoke of: pulsars, accreting X-ray sources and jet englnes, perhaps also UHE pulsars, X­ ra~' bursters and black-hole candidat.es. Neutron stars have even been proposed as the primary cosmic-ray boosters. Most of theil' properties are stil1 controversial, such as their birth mechanism (neutrino versus magnetic piston), internal structure (neutrons, quarks, strange particles), magnetic, thermal and spin histories, wind generation (hydrogen versus pair plasma, radiation versus centrifugal pressure), magnetospheric structure and accretion modes (along field lines versus quasi-Keplerian). The listed controversies have largely survived through the Course and entered into the proceedings. Several lecturers speak of 'magnetic-field decay' in neutron stars, of the 'recycling' of old pulsars, and of 'accretion-induced collapse' of white dwarfs as though such processes were textbook knowledge. Terms and abbreviations like RPSR (=recycled pulsar), spinup line, AIC, and ADC (=accretion disk corona) help to foster the assumptions. It is not clear to me at this time whether any of these notions has an application to reality.