A coalition of scientists and former intelligence officials is urging White House support for an initiative to advance U.S. research in ‘edge science’ and controversial fields like quantum computing and consciousness studies, The Debrief has learned.
As American advancements in technology and science rapidly evolve amid global competition, officials from the Executive Office of the President at the White House in Washington, D.C. recently met with a group of scientists and former intelligence officials advocating for a groundbreaking new initiative, Research and Innovation at the Scientific Edge (RISE), which aims to push the boundaries of scientific exploration.
RISE seeks support for projects dedicated to unconventional or cutting-edge research areas, such as quantum computing, consciousness studies, remote viewing, micro-psychokinesis (PK), time-agnostic cryptography, evidence-based tools informed by Indigenous knowledge, and potential applications for the study of unidentified anomalous phenomena (UAP). RISE advocates argue that pursuing these fields is essential to maintain America’s competitive edge against rapidly advancing nations like China.
The initiative’s proponents further argue that the U.S. can overcome obstacles and stigma surrounding unconventional research with Chief Executive support, allowing the U.S. to develop game-changing advantages related to everything from national security to human resilience.
The organization consists of heavy hitters from not only the science community, but former internal government officials with a diversity of agency insights, including Neuroscientist Julia Mossbridge, Ph.D.; Chitra Sivanandam from the National Security Institute; Daniel “Rags” Rasgdale, Ph.D., Former Assistant Director for Cyber in the Office of the Director of Defense Research and Engineering (Research & Technology); and Carmen Medina, a retired Senior Federal Executive with more than three decades in the Intelligence Community, including work with the CIA.
“During my more than 30 years in national security, too many times we were surprised by things that others claimed could never happen,” Medina said in a recent statement announcing the initiative. “The best way to prevent that in the future in the science and technology domains is to have a dedicated program to scan the horizon for new discoveries.”
Discussions about foreign adversaries gaining a technological edge have recently intensified, with reports suggesting that China is investing significantly in fields like quantum computing, photonics, and brain-machine interfaces.
In July, the Chinese government announced an ambitious goal to set a new world standard for brain-machine interfaces. Parallel to these efforts, China has already invested $15.3 billion in quantum technology compared to the U.S.’s $3.7 billion, an investment gap that highlights the urgent need for the U.S. to prioritize advanced research.
Along similar lines, a February 2022 RAND Corporation report comparing the U.S. and Chinese industrial bases with relation to advancements in quantum technology emphasized that Chinese efforts are primarily concentrated in government-funded laboratories, some of which have made rapid progress.
Given such concerning advancements by adversary nations, a related area of focus for RISE also involves problems associated with over-classification within the U.S. intelligence community, which even U.S. Director of National Intelligence Avril Haines has said potentially “undermines critical democratic objectives” by limiting access to information that could help advance U.S. capabilities.
“Over-classification is a considerable burden,” said neuroscientist Julia Mossbridge, Ph.D., in an email to The Debrief. “Even just bureaucratically, it weighs down government functioning. But beyond that, it has a dampening effect on science and technology ecosystems, any form of exploration, and democracy itself.”
Mossbridge told The Debrief that problems like over-classification are paralleled by separate issues that include stigmas that have long hampered serious studies into unconventional research topics.
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