Mostrando resultados por autor "Alan Hall" en Todas las categorías

Homeless. No other word better describes our modern-day suffering. It reveals one of our deepest and most painful conditions—not having a sense of belonging. However, Alan Graham, founder of Mobile Loaves & Fishes and Community First! Village, is improving the quality of life for a large...

Practical ideas, tools, and tips for managing yourself, collaborating with others, and leading other people when working in remote, virtual, and hybrid teams, and when working from home. Based on the latest research and over 25 years’ experience training over 100,000 people in remote and virtual working with over 400 leading organizations around the world. Includes the latest learning from the COVID period global mass experiment in remote working.

Traditional management training prioritizes clarity, predictability and control. In a matrix we need to be able to balance this with the ability to tolerate ambiguity, manage uncertainty and decentralize control. Managers need an expanded toolkit to help them move from the hard to the soft, from the concrete to the ambiguous and back again depending on the situation. Making the Matrix Work helps you develop your matrix mindset and will show you how to establish and engage networks that do not depend on role, control or authority to get things done.

This essay is a slight revamp of my original magnetism discourse. It contains some new information and is illustrated. The essay also contains a list of pertinent references and further reading material.

We all know about magnetism right? But hold the phone! Where does this force come from in the first place? Did magnetism play a role in the creation of the universe? Why is this force important in everything from atomic structure to the way solar flares form?

Radiation? What's that all about then? Where does radiation come from? What does it do? This audiobook takes a look at the many different types of radiation including radioactivity, X-rays, and other forms of emissions such as cell phone radiation. It also examines the nuclear power industry and the effects that different types of radiation have on living cells. The book is backed up by references to other works on this topic, and every term used is explained in a jargon-free, easy-to-understand fashion.

This eBook comprises of several essays devoted to compact objects. It covers Neutron Stars, Black Holes and Dark Matter. This would be useful to students and other persons who want to know some of the basic physics relating to dense objects in the Universe. The text is backed up by a list of useful references to other literature on each topic.

In the late 1960's cosmologists began to take the idea of invisible stars seriously. Then, in the early 70's, scientists found hard evidence in favor of the existence of black holes. This essay deals with what these mysterious objects are and why they might explain how things work in the known universe. For students, this essay is also a source of references on the subject of singularities.

We all know about magnetism right? Where does this force come from in the first place? Did magnetism play a role in the creation of the universe? Why is this force important in everything from atomic structure to the way solar flares form? This easy-to-read, jargon-free essay addresses some of these issues and more and contains many useful references on electromagnetism and thus an aid to physics students.

This discourse takes a look at some vitamins and what has recently been discovered about how they might function in specific diseases such as prostate and breast cancer as well as neurodegenerative diseases such as multiple sclerosis. Other 'essential' substances are also discussed. The work contains a wealth of references pertinent to vitamins and is thus an aid to students or anyone who wants to learn more about vitamins and disease states.

Radiation? What's that all about then? Where does radiation come from? What does it do? This eBook takes a look at the many different types of radiation including radioactivity, X-rays and other forms of emissions such as cell phone radiation. It also examines the nuclear power industry and the effects that different types of radiation has on living cells. The book is backed up by references to other work on this topic and every term used is explained in a jargon-free, easy to understand fashion. This book would be useful to students and laypersons who need to be better informed on radiation.

¿Qué constituye exactamente un átomo? ¿Cómo y por qué se formó el universo a la existencia y cómo terminará todo esto? ¿Qué partículas subatómicas van a constituir el modelo estándar? Este ensayo sirve como punto de entrada a la física nuclear y contiene muchas referencias útiles para otros trabajos sobre este y otros temas relacionados. El ensayo también se ocupa de cosas fascinantes.

What exactly is an element? Where did these fragments of matter come from? How did the ancient alchemists give rise to modern day chemistry? How did the Periodic Table of elements come about? Why is it called ‘The Periodic Table’? This essay addresses these questions in a jargon free, light-hearted fashion. Here, I discuss a number of interesting elements and how they have influenced mankind both culturally and superstition-wise. The essay, which also contains a number of ‘interesting’ element-related stories, serves as an introduction to the chemistry of the elements. As such it ...

How do we remember things? How does a low voltage current passing through the brain improve our ability to do math? How is brain size and shape related to intelligence? Do smart pills really work? This essay discusses these and other issues relating to brain function.

When we look out into the depths of the cosmos, we see that matter isn't evenly distributed. Mixed in amongst the nebulae, galaxies, and whatnot, there are regions that contain massive voids. Some voids are billions of light years in length. One has to ask, then, how visible matter came to be so unevenly distributed. Moreover, why does hadronic matter only account for four percent of the stuff that makes up the universe? This audiobook takes a look at what nothingness is and asks the question - where did everything come from in the first place?

Why do we age? What are the biological mechanisms which drive senescence? This short essay alludes to the main theories of aging and some recent findings on the topic of the aging process. The essay contains a list of relevant references to other material and will be helpful as a source of background information for biochemistry students as well as laypersons.

Did the Universe really come from nothing? Was there a pre-Big Bang era? Is empty space really devoid of anything? Can space exist without matter? This illustrated essay tackles these questions and discusses the nature of nothingness. It also contains a number of useful references on this subject. There is some humour.

Electrons are the simplest of sub-atomic particles yet despite being the most studied - we still know relatively little about them. This essay summarizes what some scientists have discovered about the electron and how these leptons interact with other particles. The essay also contains references to other literature on this subject.

What exactly constitutes an atom? How and why did the universe come into existence and how will it end? What subatomic particles go to make up the Standard Model? This essay serves as an entry point to nuclear physics and contains many useful references to other work on this and related topics. The essay also deals with other fascinating stuff.

As a mental disorder, madness lurks within us all. This essay deals with the links between madness, genius, and the self. It takes a look at some famous scientists and mathematicians and their eccentricities. This is a quick guide to how madness arises and more importantly, how we can make sense of madness.