In the labs of the Massachusetts Institute of Technology (MIT), a team led by Dr. Damian Stefaniuk, has unveiled a groundbreaking innovation that could potentially redefine the worldwide approach to energy storage. In short, what was once perceived as a passive construction material is now on the brink of becoming an integral component in powering homes and infrastructure.

By combining cement with conductive carbon black, the MID researchers created a material riddled with microscopic pathways for electricity. Reported by Sujita Sinha for Interesting Engineering here, scientists of MIT and Harvard, this innovation involves three readily available ingredients – cement, water, and a soot-like substance called carbon black – and transforms them into energy storage devices. 

Regional Connection to Accelerate Advancements in Climate

 Salient Predictions, the leader in S2S weather forecasting and insights, today announced in a release it has strengthened its ties to Tulsa’s innovation ecosystem, leveraging previous investments from Energy Innovation Capital (EIC) Rose Rock and support from Rose Rock Bridge (RRB), an incubator program supported by an extensive network of leaders across the energy sector. RRB selected Salient to be one of the first RRB startup incubator members to build an energy innovation community in Tulsa. Salient’s presence in Tulsa exemplifies the dynamic integration of business and science, driving the future of climate technology in the region.

“Oklahoma has significant contributions to meteorology and climate science, highlighted by the University of Oklahoma’s esteemed School of Meteorology and NOAA’s National Weather Service Forecast Office,” noted Dr. Ray Schmitt, co-founder of Salient. “We collaborate closely with the university, where Dr. Jason Furtado, a member of our Science Advisory Board, teaches and conducts crucial research. Additionally, Dr. Ty Dickinson, a climate scientist with deep ties to the area and an expert in extreme weather, joined our team last year, working out of Salient’s space within the Rose Rock Bridge incubator. These connections are integral to our mission to enhance climate understanding and forecasting capabilities. Salient is proud to be part of this vibrant community, pushing the boundaries of what’s possible in climate technology.”

Salient’s semi-annual meeting and company retreat, which includes scientists from all over the world, will take place in Tulsa from May 13-17, 2024. Both private and public activities are planned to foster innovation and collaboration in the climate science sector, bolstered by local and academic ties.

Research shows Quantum Energy Speeds up Human Cell Recovery

A release yesterday from Schoerfling, Austria, heralds new research conducted in the biochemistry lab at The University of Tulsa demonstrating that Quantum Upgrade® helps accelerate the recovery of human cells after the cells are “scratched” with a laser.

Quantum Upgrade is a technology service that provides a continuous flow of quantum energy to people in many environments, including homes, cars, and businesses. The studies of the effects of Quantum Upgrade on human dermal fibroblasts exposed to the stress of laser scratching were conducted over 12 months by Dr. Robert Sheaff, PhD, an Associate Professor of Biochemistry.