Join us for the premier event to energize conversations and connections at the frontier of solid-state #fusion energy technology.
#LENR,#ColdFusion,#Nuclear
Weren’t able to attend ARPA-E back in April? We’ve got you covered! Check out the recording of our panel session on envisioning a future where energy is 10 times cheaper and how this reality is less far-fetched than it seems, even as global energy prices surge globally.
Check out our research summary of the paper "Deuteron-deuteron nuclear reactions at extremely low energies" and find the link to the full paper at https://t.co/mhtQKHtULQ
#Energy#Fusion
Have you heard we’ve launched a new newsletter for Solid State Fusion? We'd love for you to be part of it and this video shows you how to sign up at https://t.co/nJPOJKBzMH
#Science#Research#Innovation
Check out our research summary of the paper "Observation of Neutron Emission During Acoustic Cavitation of Deuterated Titanium Powder" and find the link to the full paper at https://t.co/mhtQKHtULQ
#Science#Innovation
We'll soon be sharing our first newsletter!
Sign up today at https://t.co/oGoQVIIsti to stay updated on our work and the broader field of fusion energy. Our newsletter will offer insights on the latest research, milestones, team interviews, events, and more!
#Fusion#Energy
Check out our research summary of the paper "Review of materials science for studying the Fleischmann and Pons effect" and find the link to the full paper at https://t.co/mhtQKHtULQ
#Energy#Innovation
Our "Birds of a Feather" event for students at ARPA-E was a resounding success, gathering bright young minds to formulate practical solutions aimed at making energy ten times cheaper in the near future. We extend our sincere gratitude to all participants for bringing their brilliant ideas to the forefront, and a huge congratulations to our winning team! The future of energy innovation looks brighter already.
Winners:
Erik Barbosa, Georgia Institute of Technology
Catherine Russell, The University of Texas at Austin
Madeline Morrell, Georgia Institute of Technology
Andres Miranda Manon, University of Michigan
Carissa Yim, University of Michigan, Ann Arbor
Grayson Cliff, The University of Texas at Austin
And we are grateful for all participating universities:
Stanford University
Georgia Institute of Technology
The University of Texas at Austin
UC San Diego
UCLA
University of California, Berkeley
Caltech
Pohang University of Science and Technology (POSTECH)
North Carolina State University
The Johns Hopkins University
Massachusetts Institute of Technology
University of Pennsylvania
Northwestern University
University of Michigan
University of Michigan, Ann Arbor
Duke University
University of Connecticut
Purdue University
University of Nevada-Las Vegas
#ARPAE #Energy
The Anthropocene Institute and Solid State Fusion team have arrived in San Diego for ARPA-E!
We’ve set up our booth, #308, and are excited to connect with attendees. Be sure to swing by to meet the team, learn about our mission to accelerate clean energy, and nab some swag!
The ARPA-E Energy Innovation Summit is less than a week away, starting April 7th through the 9th, in San Diego, California!
If you plan to attend, come see us at booth 308!
https://t.co/KLX2L2iW48
#Energy#CleanEnergy
DARPA has launched a new program that could change the trajectory of solid-state fusion research in the US. The MARRS program is exploring what amplification methods might be capable of scaling solid state fusion technology for practical applications.
What makes this moment big is not just the science, but the signal. Research long dismissed as fringe is now getting rigorous, government-backed attention, with a focus on reproducible experiments, solid theory, and real mechanisms. If successful, even at modest levels, this work could open the door to compact energy systems, distributed energy applications, and new classes of radiation sources for materials analysis.
It is a legitimizing step for solid-state fusion energy and a sign that the future of fusion research may soon be bright as the sun.
Check out our blog post to learn more: https://t.co/hFNBNCV5NG
#Innovation #Science
The U.S. Defense Advanced Research Projects Agency (DARPA) has launched the Mechanisms of Amplification of Fusion Reaction Rates In Solids (MARRS) research initiative and is currently accepting research proposals that center on innovative approaches to help revolutionize low-energy fusion discoveries. DARPA is accepting proposals until the 12th of March.
This is fantastic news for the LENR and Solid State Fusion communities and we’re excited to see what results this initiative may yield!
Find more information and how to submit your proposals at
#Innovation #Science
Michael McKubre was a giant in his field, and his absence is deeply felt. In his honor, we created this short documentary celebrating his life, his work, and the impact he had on those who knew him best. We extend our sincere thanks to Dr. McKubre’s friends and family, who generously gave their blessing for this project and shared personal photos and memories from his life beyond the laboratory.
https://t.co/JzidmnSzcJ
#Science #Memorial #Rememberence
Watch Jirohta Kasagi’s full #ICCF26 presentation, “Measurement of radiant spectrum for excess heat generation in NiCu” on YouTube at https://t.co/czKZ4jwDtg
#Innovation#Science
Check out Haslen Back’s full #ICCF26 presentation, “Powering the Future with Low Energy Nuclear Reaction Technology,” now at https://t.co/K4ASTxnw3o
#Innovation#Science
We can repair the climate—we have the technology—but we must act now.
Our January @WeDontHaveTime article kicks off the year by outlining how far we’ve come in the battle to decarbonize and how climate action is not only the ethical path forward but the most pragmatic course of action for health, stability, economic resilience, and political security.
Check it out at https://t.co/FIN4HG1yLC
#Nuclear #Energy