The universe's most common element, hydrogen, is emerging as a key player in the transition towards a post-oil energy future. Governments, industries, and scientific institutions are increasingly turning their focus towards geologic hydrogen, which offers a pathway to zero-emission energy production. Experts, including U.S. Geological Survey geologist Geoffrey Ellis, highlight the potential of harnessing geologic hydrogen as a sustainable alternative to traditional fossil fuels. Unlike current hydrogen production methods that rely on energy-intensive processes, geologic hydrogen forms naturally through interactions in the earth's subsurface, presenting a vast untapped resource. Alaska, with its unique geological characteristics and energy needs, is identified as a promising area for geologic hydrogen exploration and development. The UAF workshop emphasized the vast reserves of geologic hydrogen globally, signaling a shift in energy paradigms. With estimates suggesting substantial quantities of geologic hydrogen waiting to be tapped, the potential for meeting future energy demands sustainably is within reach. However, challenges such as extraction techniques and utilization efficiency pose hurdles that require further research and innovation. Despite these obstacles, the sentiment towards geologic hydrogen remains positive, offering a beacon of hope for a greener energy landscape.