The focus is on fast turnaround of small grant amounts to help frontier longevity biotechnology or molecular nanotechnology ideas and projects get off the ground quickly.
Areas we fund include but are not limited to include:
Longevity Biotechnology
Healthcare 3.0: Advancing biomarker analysis and scalable personal longevity approaches
Reversible Biostasis: Pioneering new approaches to reversible biological preservation
Replacement: Developing organ, brain, and whole body replacement approaches
ECM: Maintaining or improving extra cellular matrix health for healthy aging
Exosomes: Exosomes for tissue repair, drug delivery, and other longevity interventions
Automation: Accelerating scientific discovery, research, and lab work through automation
Molecular Nanotechnology
Design and Simulation: Developing cutting-edge modeling software for molecular systems
Construction and Assembly: Paths for integrating various DNA, protein, STM/AFM or other approaches toward molecular functional nanomachines or molecular 3D printers
Actuation and Control: Approaches for generating motion and controlling functional nanomachines
Near-term profitability: Analysis of promising near-term applications in climate, energy, health, materials, etc that pave a financially viable way for acceleration progress on long-term progress
Automation: Accelerating scientific discovery, research, and lab work through automation
New Foresight Longevity Bio & Molecular Nano Grants Program
Foresight Institute is launching a new Longevity Bio & Molecular Nano Grants program.
The focus is on fast turnaround of small grant amounts to help frontier longevity biotechnology or molecular nanotechnology ideas and projects get off the ground quickly.
Areas we fund include but are not limited to include:
Longevity Biotechnology
Healthcare 3.0: Advancing biomarker analysis and scalable personal longevity approaches
Reversible Biostasis: Pioneering new approaches to reversible biological preservation
Replacement: Developing organ, brain, and whole body replacement approaches
ECM: Maintaining or improving extra cellular matrix health for healthy aging
Exosomes: Exosomes for tissue repair, drug delivery, and other longevity interventions
Automation: Accelerating scientific discovery, research, and lab work through automation
Molecular Nanotechnology
Design and Simulation: Developing cutting-edge modeling software for molecular systems
Construction and Assembly: Paths for integrating various DNA, protein, STM/AFM or other approaches toward molecular functional nanomachines or molecular 3D printers
Actuation and Control: Approaches for generating motion and controlling functional nanomachines
Near-term profitability: Analysis of promising near-term applications in climate, energy, health, materials, etc that pave a financially viable way for acceleration progress on long-term progress
Automation: Accelerating scientific discovery, research, and lab work through automation
If that’s you, we encourage you to apply to the first round by March 31: https://foresight.org/bio-nano-grants