The Simons Foundation, the Alfred P. Sloan Foundation, and the John Templeton Foundation have partnered to fund 11 innovative 'tabletop' experiments in physics. These experiments aim to explore realms of physics typically probed by large-scale facilities. The projects include detecting time-asymmetric forces, creating macroscopic quantum superpositions, resolving the disconnect between quantum physics and general relativity, measuring gravity at tiny scales, measuring the difference between the electric charges of protons and electrons, levitating diamonds to explore the quantum nature of gravity, searching for ultralight particles called axions, searching for evidence of new fundamental particles, implementing a new approach to finding time-reversal symmetry violations, and developing ultra-precise atomic clocks. The foundations have collectively pledged $30 million for all the projects, which will receive funding for up to five years. The funding is expected to magnify the impact of their grantmaking.
These projects represent a significant investment in exploring the fundamental aspects of physics and pushing the boundaries of our understanding of the universe. By funding 'tabletop' experiments, the foundations are enabling researchers to investigate complex phenomena in a more accessible and cost-effective manner. This approach allows for a broader range of scientists to contribute to the field and encourages innovation and creativity in experimental design. The projects cover a wide range of topics, from exploring the quantum nature of gravity to searching for new fundamental particles, highlighting the diverse and interdisciplinary nature of modern physics research.
The funding provided by the Simons Foundation, the Alfred P. Sloan Foundation, and the John Templeton Foundation will support these projects for up to five years. This long-term commitment ensures that researchers have the necessary resources and stability to carry out their experiments and make significant progress in their respective fields. Additionally, the collective nature of the funding demonstrates the importance of collaboration and cooperation in advancing scientific knowledge.
Overall, the funding of 'tabletop' physics experiments by these foundations represents a significant step forward in our quest to understand the universe. By supporting innovative research and providing resources for exploration, these projects have the potential to uncover new insights and push the boundaries of our current understanding of physics. The impact of this funding is expected to be far-reaching and will contribute to the ongoing advancement of scientific knowledge.
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