The creation of a new industry of brain capital technologies could stimulate major economic activity, create jobs, and contribute to technological advances for the U.S. and its allies, write Harris Eyre, Rachel Meidl and co-authors.
“Green brain capital” places a central emphasis on the brain to deliver a healthy environment, and likewise on a green environment to safeguard brain health. The authors look at the existing literature and explain how this concept can help us build a sustainable future.
Electronic waste is surging globally, presenting growing threats to the environment and human health. Rachel A. Meidl explains how coordinated action can help us move to a sustainable, circular economy of electronics.
In the next year, the EPA could make a final decision on whether to classify PVC as hazardous waste. What would this entail? Fellow Rachel Meidl explores why a hazardous designation for PVC would have costly implications — moving the U.S. further from its goal of achieving a sustainable, circular economy.
In an extension of an earlier analysis prepared for the American Action Forum, the authors use the Diamond-Zodrow computable general equilibrium model of the U.S. economy to simulate the macroeconomic effects of a 10-year fiscal plan financed by tax changes proposed by Joe Biden’s 2020 presidential campaign.
In this paper, authors examine the concerns raised by a new wealth tax and analyze the economic effects of the tax using a computable general equilibrium model.
John W. Diamond, George R. ZodrowSeptember 15, 2020
Public finance fellow John Diamond and Rice faculty scholar George Zodrow analyze the short- and long-term economic effects of a federal carbon tax in the United States.
A numerical simulation of the macroeconomic effects of the House Republican Tax Reform plan, using the Diamond-Zodrow model, suggests that its net macroeconomic effects would be positive.
In March 2013, Houston was awarded one of five inaugural Mayor’s Challenge Prizes from Bloomberg Philanthropies for its innovative proposal “One Bin for All.” A $1 million prize was given to Houston to be used to implement a workable process utilizing cutting-edge technology to separate trash from recyclables, allowing residents to discard all materials — including kitchen garbage and other organics — in one bin and accomplish all separation and processing at a mechanical biological treatment with advanced resource recovery facility. Under the proposed One Bin plan, the city has set an initial goal of diverting 55 percent of municipal waste away from landfills, eventually increasing that to 75 percent. If Houston can succeed in pulling off this project, it will set a new standard in waste disposal that will revolutionize the industry for years to come.