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Hugo Munsterberg was born into a merchant family in Danzig (now Gdansk, Poland), then a port city in West Prussia. His father Moritz (1825-1880), was a successful lumber merchant and his mother, Minna Anna Bernhardi (1838-1875), a recognized artist and musician, was Moritz's second wife. Moritz had two sons with his first wife, Otto (1854-1915) and Emil (1855-1915), and two with Anna, Hugo (1863-1916) and Oscar (1865-1920). The four sons remained close, and all of them became successful in their careers. A neo-Renaissance villa in Detmold, Germany, that Oscar lived in from 1886-1896 has recently been renovated and opened as a cultural center. The family had a great love of the arts, and Munsterberg was encouraged to explore music, literature, and art. Both his mother and his father died before he was 20 years old. When he was 12, his mother died. This marked a major change in the young boy's life, transforming him from a carefree child to a much more serious young man. Then in 1880 his father also died."
Erin, Ontario is the subject of Book 22 in the Cruising Ontario series of books of photographs of towns and cities in Ontario. The photos show the architecture and design of old buildings, many that are over 100 years old, with some descriptions of the buildings and background information, but mostly it is a visual experience to enjoy. A small community began at the headwaters of the Credit and Grand Rivers with the erection of mills in 1829-30. The mills were later rebuilt by Daniel McMillan who is in our extended family tree. As we drive from our home in Dundas to the home of our sons and their families in Orangeville, we pass through Erin, often stopping at the bakeshop, and now occasionally making a stop at the Tim Horton's.
Innerkip, Ontario is the subject of Book 17 in the Cruising Ontario series of books of photographs of towns and cities in Ontario. Included in this book are pictures in Woodstock, Huntingford, Punkeydoodles Corners, and Hickson. The photos show the architecture and design of old buildings, many that are over 100 years old. Sometimes there are descriptions of the buildings and some background information, but mostly it is a visual experience to enjoy.
The Most Basic and Vital Skill Everyone Should Master Everything you could ever want to do will eventually involve other people. There is just no way around it. You must learn to effectively communicate with others. You must know how to share your ideals, vision, passions and even a good story. The hard truth is everything is communication. Everything is sending a message. What messages are you sending or not sending by having poor communication skills? How many opportunities have you missed or let pass-by for lack of a way to get your message across? It has been said that the lack of communication is the cause of many problems. If this is true, then mastering communication is the cause of finding solutions. Learning how to effectively communicate can change your life. In just hours you will discover: How to talk to anyone, anytime and anywhere One key "trick" to both control and pace an entire conversation How to create an irresistible magnetism that will hold people captivated How easy it is to hold an entire conversation and only talk 30% - 40% of the time How verbal communication is only 30% (or less) of what is actually being "said" How to tell stories to get a specific messages across What to do when things go downhill How to elegantly translate every technique and method into print and online communication The hidden "factor" that will skyrocket your skills to the next level And much more... These techniques are simple to learn and easy to put into practice. No fluff, no drawn out examples, just uncomplicated and tested methods to improve the way you communicate. You can improve your life with just a few hours investment. What are you waiting for?"
One of the critical issues in semiconductor technology is the precise electrical characterization of ultra-shallow junctions. Among the plethora of measurement techniques, the optical reflectance approach developed in this work is the sole concept that does not require physical contact, making it suitable for non-invasive in-line metrology. This work develops extensively all the fundamental physical models of the photomodulated optical reflectance technique and introduces novel approaches that extend its applicability from dose monitoring towards detailed carrier profile reconstruction. It represents a significant breakthrough in junction metrology with potential for industrial implementation.
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