HIT Fund Portfolio
The High Impact Technology Fund Portfolio
Physical Sciences
Read about each of the HIT Fund's Physical Sciences awardees in more detail below.
Christa Biologics: Mitochondrial transplantation therapy for heart failure
Extracellular vesicles delivering functional mitochondria directly to damaged cardiomyocytes.
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Food allergy diagnostics
Composite blood-based biomarker analysis for accessible, safe and accurate food allergy diagnostics.
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Infant Nutrition
AI tool to recommend total parenteral nutrition formulation for infants in the NICU.
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Maguro: Kidney stone removal via magnetic hydrogel
A medical device using a magnetic hydrogel for effective and efficient retrieval of kidney stone fragments during surgery.
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Non-invasive Diagnosis of Skin Cancer
A machine learning approach for transforming OCT images, enabling fast, non-invasive skin cancer diagnosis.
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Pediatric Sleep Apnea Testing Device
Home device for the diagnosis of pediatric sleep apnea bridges critical healthcare gaps.
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SafePath: Surgical drain placement
A safe, simple, and reproducible way to place surgical drains, improving outcomes for both patients and surgeons.
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Thymera Bio: Transplantable, stem cell-derived, regenerative thymic tissues
Reconstituting T cell immunity and T cell receptor repertoire diversity.
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Wearable for Knee Osteoarthritis
A wearable to reduce knee osteoarthritis pain by teaching individuals to coordinate their muscles differently.
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Engineered Biology
Nanophotonic platform for the synthesis of long and diverse oligonucleotides to enable genome-scale synthetic biology.
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Haptica Robotics: Teleoperation platform for robot training
Twin teleoperation suits gather high-quality human data for future automated manufacturing.
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Nanoscale Lithography
Nanoscale lithography to expand access to sub-10nm microchip fabrication.
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Soft Growing Vine Robots
Soft growing robots that can change their length, control their direction, squeeze through tight spaces, and act as a conduit.
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Vital Linac
Monitoring of linear accelerators to reduce downtime for crucial medical treatments in developing countries.
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Arinna: Solar Energy Reimagined
Ultra lightweight flexible solar panels that are durable, eco-friendly, and low-cost.
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Earthflow AI: Subsurface intelligence for carbon storage
A breakthrough for AI-based physics simulation, unlocking faster, safer, and cheaper carbon sequestration.
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FLOWS Energy: Software platform for wastewater utilities
A software platform for wastewater utilities that de-risks energy investments, controls energy resources, and monetizes carbon savings.
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Low-Carbon Geomimetic Cement
A paradigm shift in cement production that harnesses the natural power of volcanic rocks.
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PangeAI: Instant, agent-driven spatial analysis and decision-making
AI-based software platform designed to simplify and scale private sector investment in nature-based solutions.
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Reinventing Cement
Turning waste concrete into new cement while simultaneously lowering costs and emissions.
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