rate analysis if the situation is needed because of their potential power. Because of that there needs to be an accurate portrayal of these potential risks before decisions are made. Once the decision is made, one must decide how to handle the risk side of risk-benefit situations. Hence, many conservation and toxic emission laws that protect not only our lives but our nature as well. Brining back the power behind chemistry, R&D, we are able to develop new ways at cutting these risks and improving the benefits. New products not only cut down on pollution control, but pollution prevention to cut it off at the source. Now that the who, what, when, where and even how have been covered “Your Chemical World,” tries its hand at divination. A precise picture of what is to come will never happen so we look at the past and present and try to formalize an idea from that. Starting with shelter or our home we might see some startling changes. Houses will be built to custom needs and specifications. There will be no construction sight because the building will take place in a factory and then shipped whole or in pieces to the sight where it can easily be put together much like a puzzle. Biogenetics will sweep the agriculture industry transforming the way we eat. We will be able to engineer larger crops larger cows larger pigs larger and better tasting eliminating not only hunger but also that quest for the perfect taco. Health will became a constant thing eliminating sickness. Death is unstoppable but comfertablity while declining can change, theoretically we can still be crazy little sparks until the day we die. Clothes will become smart, (no that does mean they will always look good on you) changing and adapting with temperature changes in the atmosphere. Communication will be done almost solely on the computer. Access to information will be easy to get and very fast. Biomechanics could take over silicon for even fast transmission of ...
