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Trading floors in the 60s and 70s involved hundreds of people shouting bids and offers in multi-coloured jackets standing next to each other in different pits, gesticulating with their hands. The decibel levels were extremely high, so high that traders who traded every day had hearing problems later in life. In 1980, the first widely used electronic trading exchange was established.On September 1, 1969, the California Commodity Advisory Research Project (CCARP) was formed and housed at UC Berkeley. The project's first aim was to examine the feasibility of an electronic, for-profit exchange. At the time, there were only 12 exchanges worldwide, and none were for-profit — or electronic. Read first-hand from Richard Sandor, the project director and how CCARP was 20 years too early for the financial world.

Environmental asset classes are not a hope for tomorrow but a reality today. This new asset category promises to grow dramatically in the 21st Century as financial analysts, investors, and corporations around the world try to find ways to profit or reduce costs while promoting environmental social benefits. Sustainable Investing and Environmental Markets: Opportunities in a New Asset Class presents a groundbreaking new way to “do well and to do good”. With a combination of over 50 years of practical experience in the field of environmental finance, Richard Sandor, Nathan Clark, Murali Kanakasabai and Rafael Marques provide a solid preliminary understanding of the promising and transformational new investment category of environmental assets. Three broad asset classes — air and water; catastrophic and weather risk; and sustainability — are covered across 12 chapters which analyze how these environmental asset classes are currently being incorporated into commodities, fixed income, and equity instruments and what the future holds for the field.

Through the eyes of an inventor of new markets, Good Derivatives: A Story of Financial and Environmental Innovation tells the story of how financial innovation – a concept that is misunderstood and under attack - has been a positive force in the last four decades. If properly designed and regulated, these “good derivatives” can open vast possibilities to address a variety of global problems. Filled with provocative ideas, fascinating stories, and valuable lessons, it will provide both an insightful interpretation of the last forty years in capital and environmental markets and a vision of world finance for the next forty years. As a young economist at the Chicago Board of Trade, Richard Sandor helped create interest rate futures, a development that revolutionized worldwide finance. Later, he pioneered the use of emissions trading to reduce acid rain, one of the most successful environmental programs ever. He will provide unique insights into the process of creating these new financial products. Covering successes and failures, the story describes the tireless process of inventing, educating and creating support for these new inventions in places like Chicago, New York, London, Paris and how it is unfolding today in Mumbai, Shanghai and Beijing. The book will tell the story of the creation of the Chicago Climate Exchange and its affiliated exchanges (European Climate Exchange, Chicago Climate Futures Exchange and Tianjin Climate Exchange, located in China). The lessons learned in these markets can play a critical role in effectively addressing global climate change and other pressing environmental issues. The author argues that market-based trading systems are a far more effective means of reducing pollutants than “command-and-control”. Environmental markets may ultimately help to find solutions to issues such as rainforest destruction, water problems and biodiversity threats. Written in an engaging, narrative style, Good Derivatives will be of interest to both practitioners and general readers who want to better understand the creative process of financial innovation. In the middle of so much distrust of markets, it is also a recipe of how transparent, well-regulated markets can be a force for good in the environmental, health, and social areas.

This book deals with the most recent achievements in the following areas of high energy physics: physics of e+e- collisions, lepton-nucleon scattering, relativistic heavy ion collisions (the quest for quark-gluon plasma), and multiparticle production. New experimental results from Tevatron, LEP, SPS and HERA and the theoretical progress in the aforementioned fields are presented.