Skip to content

Activate Welcomes 50 New Fellows to Cohort 2026

July 14, 2026

Meet the 41 Hard Tech Companies Across 5 Activate Communities

The challenges defining our era—how we make energy, grow food, build materials, treat disease—won't be solved by incremental improvements. They'll be solved by scientists and engineers willing to bet their careers on a better answer.

Today, we are announcing the 50 scientist-innovators of Cohort 2026. The 41 companies they're building span 22 cities and 11 states across the U.S., joining Activate's communities in Berkeley, Boston, Houston, and New York, as well as Activate Anywhere.

COHORT 2026

“This cohort clearly demonstrates that the next industry-defining companies won't choose between modern technology and deep science; they'll be built by combining both,” said Cyrus Wadia, CEO of Activate. “These are the scientists and engineers turning our most urgent global challenges into the companies that will deliver a more sustainable future.”

 


Activate Anywhere

Hard-tech innovation happens everywhere—and so does Cohort 2026. The Activate Anywhere Community brings together scientists and engineers building across the country, connected by Activate's network of mentorship, education, and community regardless of geography. With quarterly in-person gatherings, Anywhere fellows get the full fellowship experience without leaving their local ecosystem.

This year's Anywhere fellows are working across industrial decarbonization, antimicrobial resistance, food systems, and advanced materials—tackling problems that don't fit neatly into any one geography or sector.

Laura White 

Andon Bio measures the cell's hidden supply chain to make protein production predictable.

Anthony Berardi

Citrimer makes green chemicals for composites manufacturing—without a green premium.

Anmol Laxmankumar Purohit

CureXco’s regeneration process restores PFAS-contaminated water filters for continued service, turning a waste problem into a safe, sustainable reuse solution.

Solene Moulin

Haven is a nature-inspired solution to create the next generation of crops that can biologically produce their own nitrogen fertilizers.

Spencer Dansereau

Mach Electric turns CO₂ into carbon fiber, enabling low-cost, low-emissions composite materials at scale.

Devon McCornack

Marva uses bacterial biology to build a new class of cooperative antimicrobials that defeat drug-resistant infections.

Stacy Anderson, Primary Bioscience

Like DNA sequencing, but for proteins—unlocking the most actionable data in biology and medicine.

 

Lindsey Williams, Primary Bioscience

Like DNA sequencing, but for proteins—unlocking the most actionable data in biology and medicine.

Amy Jean Swanson

Ultropia uses ultrasound to dry materials in seconds, replacing fossil-fuel heat with high-speed, all-electric mechanical water removal.

 


Activate Berkeley

Activate's longest-standing community, Activate Berkeley, marks its 12th cohort partnering with the Cyclotron Road program at Lawrence Berkeley National Laboratory. Berkeley fellows may gain access to the Lab's expertise and world-class facilities, including the Molecular Foundry and Advanced Bioprocessing and Development Unit. All fellows join a decade-deep alumni network built through hard-tech commercialization.

This year's Berkeley fellows are pushing the boundaries of food systems, energy infrastructure, and advanced materials, working in one of the country's most established ecosystems for translating science into impact.

Matthew Szarzanowicz

BasidioBio engineers Agrobacterium using synthetic biology for precise, controllable plant transformation.

Nicolas Herard, Euler Materials

Advanced lightweight lattice materials that absorb vibration and shock up to 100x better than conventional solutions—for aerospace, defense, and semiconductors.

Saurabh Malani

Fermeate uses programmable light to lower the cost of bio-based production across food, materials, and medicine.

Bo Xu

Gilly uses fungi to help cattle produce more from less feed.

Yashee Mathur

Hydrify is building AI- and physics-driven hydrogen exploration that pinpoints the best extraction sites, then develops them into low-cost hydrogen and electricity generation.

Charles Dove

NeoOptics is building a fundamentally new form of optics with optical neural networks.

Elizabeth Hann

Nolux is pioneering light-independent agriculture to unlock affordable, resilient food production everywhere.

Marcus Harland-Dunaway

Nolux is pioneering light-independent agriculture to unlock affordable, resilient food production everywhere.

Lucy Wu

PeraWatt is solving the energy efficiency bottleneck for AI data centers and electrification through advanced magnetics.

 

Edson Perez

PeraWatt is solving the energy efficiency bottleneck for AI data centers and electrification through advanced magnetics.

Zach Detweiler

Radify Metals exists to make metal modern: cheap, fast, and scalable metalmaking for resilient supply chains.

Jinyu Guo

Recovered Potential turns wastewater nutrient pollution into a valuable product—at a fraction of the cost and footprint of conventional treatment.

Kindle Williams

Recovered Potential turns wastewater nutrient pollution into a valuable product—at a fraction of the cost and footprint of conventional treatment.

 


Activate Boston

The Activate Boston Community is based in Kendall Square, Cambridge—one of the world's densest concentrations of research institutions, startups, and investors. With formal partnerships at The Engine, memberships at CIC, and deep connections to MIT and Harvard, Boston fellows are building in one of the most resource-rich environments in hard tech.

This year's Boston fellows are working across energy, food systems, coastal resilience, and advanced manufacturing—reflecting the breadth of Boston's innovation ecosystem and its tradition of supporting high-impact science across fields.

Alex Wynn

Today's chips waste 100,000 times more energy than physics requires. Adiabatic Machines is closing that gap.

Camron Blackburn

Today's chips waste 100,000 times more energy than physics requires. Adiabatic Machines is closing that gap.

Miana Smith

Apidae Forms offers a robotically assembled modular building material system for faster and more sustainable construction.

Walt Zesk

Coastal Assembly uses geospatial AI and ecosystem positive underwater structures to restore shorelines and protect coastal communities.

 

Natalie Rubio

Deco Labs develops animal-free alternatives that outperform incumbents at drastically lower costs, meeting demands to move away from animal origin ingredients.

John Yuen Jr.

Deco Labs develops animal-free alternatives that outperform incumbents at drastically lower costs, meeting demands to move away from animal origin ingredients.

Michael Saad

EntoCellular is a company developing a low-cost insect cell culture platform for sustainable biomanufacturing, with an initial focus on pet food ingredients.

Sophie Letcher

EntoCellular is a company developing a low-cost insect cell culture platform for sustainable biomanufacturing, with an initial focus on pet food ingredients.

Katya Boukin

Flood Dynamics turns the world's most common and destructive natural hazard into a manageable challenge through end-to-end flood intelligence.

Mani Chandra

nOhm Devices is developing semiconductors with superconductor-like performance.

Joshua Persky

Teragen Energy's advanced solid oxide fuel cell delivers fast, reliable, and affordable on-site clean power for mission-critical infrastructure and industrial electrification.

Ruofan Wang

Teragen Energy's advanced solid oxide fuel cell delivers fast, reliable, and affordable on-site clean power for mission-critical infrastructure and industrial electrification.

 


Activate Houston

Home to the largest concentration of engineers in the U.S. and a dense ecosystem of Fortune 100 and Fortune 500 companies, Houston is uniquely positioned for scientists tackling large-scale industrial challenges. Activate Houston fellows are connected to the city's deep networks in energy, chemicals, and materials.

This year's Houston fellows are working across energy, space, AI infrastructure, and agriculture—bringing a new generation of science-driven companies into one of the country's most powerful industrial ecosystems.

Sophie Clare Broun

Anning Corporation is pioneering geologic hydrogen through advanced geoscience and stimulation technologies, creating a scalable source of low-cost, clean energy.

Kathy Andersen

Brint Tech builds optical sensing systems that quantify hydrogen—giving infrastructure operators the data to scale safely and credibly.

Dorsa Talebi

Kinetiq Drive builds rare-earth-free, contact-free electric motors with wireless rotors for everything from small appliances to vehicles and heavy industry.

Neethu Pottackal

Nivera develops natural composite coatings and packaging materials that reduce food waste and sustainably extend the shelf life of fresh food.

Jonathan Huffman

Orbital Arc introduces electric propulsion on a microchip—powering movement in space at an unmatched scale, speed, and cost.

Tim Lee

Renesin develops advanced materials that enable faster, more efficient AI hardware.

Joshua Livingston

Selerra Separations' high-performance membranes cut the cost and energy consumption of water treatment—without compromising durability or water quality.

Wenli Jiang

SwieNitro Recovery converts waste ammonia into sustainable fertilizer, transforming an environmental pollutant into a valuable crop nutrient.

 

 


Activate New York

Located in the heart of New York City, the Activate New York Community gives fellows access to office space in Manhattan and a dense network of investors, startups, and partners. It's a community built for scientists ready to build companies at the center of one of the world's great innovation ecosystems.

This year's New York fellows are working across life sciences, advanced materials, space, defense, and agriculture—spanning scales from the nanoscale to low-Earth orbit.

Ella Csuka

Ecotune develops bio-based materials to replace polyurethanes in textiles—decarbonizing and detoxifying the fabrics used across fashion, interiors, and automotive industries.

Grace Akinyele

Mitovon Biosciences’ cryopreservation technology extends mitochondrial viability from four hours to one year, accelerating research across pharma, biotechnology, and agriculture.

 

Elsy El Khoury

Nanovib detects and chemically identifies nanoparticles at scales current tools cannot, with applications in drug safety and environmental health.

Naixin Qian

Nanovib detects and chemically identifies nanoparticles at scales current tools cannot, with applications in drug safety and environmental health.

Xingyu Du

OneFiltr replaces hundreds of fixed radio frequency filters with a single adaptive device, enabling next-generation wireless systems.

Tongwei Xu

Redox Metals is building scalable electrochemical technology for clean critical mineral production.

Stefan Bell

Sagitta Borealis Systems produces microscale propulsion systems for spacecraft that enable long-duration, globally persistent, low-altitude satellite constellations.

Akhila Mallavarapu

Vividence Labs detects crop stress days before it shows, helping growers act before yield is lost.

This marks the 12th cohort for Activate, which was founded in 2015. Over the past decade, Activate Fellows have created more than 275 companies. These companies have raised over $5.5 billion in follow-on funding and created over 3,000 new jobs across the U.S. This year's fellows were selected from over 850 applications.

 

Activate-Cohort-2026-Infographic-v3 (1)

 

As a nonprofit organization, Activate relies on partnerships with funders across government and private philanthropy to make the fellowship possible. Supporters of Cohort 2026 include the U.S. National Science Foundation (NSF), Mass Clean Energy Center (MassCEC), the National Institute of Standards and Technology (NIST), an agency of the U.S. Department of Commerce, and Cyclotron Road, a U.S. Department of Energy Lab-Embedded Entrepreneurship Program (LEEP) at the Lawrence Berkeley National Laboratory.

Activate is a 501(c)(3) nonprofit dedicated to turning scientific discoveries into real-world impact. Through partnerships with government, philanthropy, universities, and industry, Activate builds the cross-sector ecosystem that drives hard tech innovation—equipping scientists and engineers with world-class resources, training, and community to bring their work from discovery to deployment.