Science and Technology Law Commons^™

Forests Up In Smoke: An Analysis Of The Washington State Legislatures 2016-2021 Actions To Combat And Reduce Wildfires, Mckaylin Hughes

Seattle Journal of Technology, Environmental & Innovation Law

“Forests Up in Smoke: An Analysis of the Washington State Legislatures 2016-2021 Actions to Combat and Reduce Wildfires” examines and scrutinizes recent legislation passed by the Washington State Legislature that is specifically focused on preventing and combatting wildfires across the State of Washington. Over the last decade, Washington State has experienced several of the worst wildfire seasons in the state’s history, and with this increase in wildfires, Washingtonians need more action from the State Legislature to manage, protect, and restore our forests.

One way Washington can take a more proactive approach to combatting wildfires is by utilizing alternative methods for …

The Long-Term Problem With Electric Vehicle Batteries: A Policy Recommendation To Encourage Advancement For Scalable Recycling Practices, Lauren Fricke

Seattle Journal of Technology, Environmental & Innovation Law

With the growing popularity of electric vehicles, the demand for lithium ion (Li-ion) batteries, which are the dominant energy source for electric vehicles, are skyrocketing. By default, this means a growing demand for the raw materials needed to manufacture these complex batteries such as lithium, cobalt, and nickel. Economic, environmental, and political supply chain factors bring into question the sustainability of these batteries as a solution to the issues surrounding gasoline powered transportation, creating a need for large scale Li-ion battery recycling. By 2030, 140 million EVs are predicted to be on the road worldwide. In that time, eleven million …

Uranium 233: The Nuclear Superfuel No One Is Using, Maris Hanson

Seattle Journal of Technology, Environmental & Innovation Law

Nuclear power offers more energy in less physical space than solar and wind and yields more energy per pound than fossil fuels. However different nuclear fuels yield different waste profiles and create different beneficial products. Uranium 233 (U233) resists use in nuclear weapons, yields beneficial daughter products, and produces dramatically less of the most problematic waste products than Uranium 235 (U235). U233 results from reactions with Thorium, a plentiful, ubiquitous element currently considered waste from rare earth mines. Additionally, U233 functions well in a liquid fuel reactor resulting in safer, more efficient reactors than current solid fuel U235 or Plutonium …

On The Horizon: Nanosatellite Constellations Will Revolutionize The Internet Of Things (Iot), Diane Janosek

Seattle Journal of Technology, Environmental & Innovation Law

The Internet of Things has experienced exponential growth and use across the globe with 25.1 billion devices currently in use. Until recently, the functionality of the IoT was dependent on secure data flow between internet terrestrial stations and the IoT devices. Now, a new alternative path of data flow is on the horizon.

IoT device manufacturers are now looking to outer space nanosatellite constellations to connect to a different type of internet. This new internet is no longer terrestrial with fiber cables six feet underground but now looking up, literally, 200 to 300 miles above the earth, to communicate, connect …

Learning From South Korea’S Covid-19 Response: Why Centralizing The United States Public Health System Is Essential For Future Pandemic Responses, Meghan Ricci

Seattle Journal of Technology, Environmental & Innovation Law

The COVID-19 pandemic revealed stark differences in governmental preparedness across the globe. The United States, once thought of as a global leader in public health, had the theoretical skill and efficiency to handle the pandemic but failed to utilize those skills and resources during an actual health crisis. In the spring of 2020, everyone watched the U.S.’s reaction to the unfolding of the COVID-19 pandemic due to its historic placeholder as a global leader and innovator. However, the performance of the U.S. in response to the global pandemic disappointed both global commentators and U.S. citizens. This paper will compare the …

Tragedy Of The Energy Commons: How Government Regulation Can Help Mitigate The Environmental And Public Health Consequences Of Cryptocurrency Mining, Jeff Thomson

Seattle Journal of Technology, Environmental & Innovation Law

The use of cryptocurrencies in daily life has continued to rise over the last decade and shows no signs of slowing down. Although cryptocurrencies, such as Bitcoin, provide numerous tangible benefits to society, the process of mining these cryptocurrencies is extremely energy intensive. Accordingly, a tragedy of the energy commons has resulted whereby the monetary incentive to mine cryptocurrencies has distorted our collective ability to care for our shared energy resources. The current system allows for industrious individuals to set up cryptocurrency mines in regions that have access to plentiful and cheap energy sources, utilize this energy to power their …

The “Green Patent Paradox” And Fair Use: The Intellectual Property Solution To Fight Climate Change, Samuel Cayton

Seattle Journal of Technology, Environmental & Innovation Law

As the climate crisis consistently worsens, the United States’ response to the crisis has proven inconsistent. Even with the United States likely to recommit to the Paris Climate Agreement, political tensions will likely further delay a climate response. The polarized characterization of the Green New Deal, the inaction of scientifically misguided conservatives, and the incessant proposal for middle ground approaches lacking the urgency needed to change course all contribute to this delay. While swift action from the federal government is needed, looking to the private sector to transition to sustainability is equally important. Specifically, patent protection is a strong intellectual …