Residency
Betting big on the misfits
Astera enables high potential innovators whose work falls through the cracks of traditional markets or funding opportunities.

We want to help address these gaps by seeding and supporting mission-driven, open projects that can catalyze further private and public sector advancements.

We target creative, high-agency scientists, engineers and entrepreneurs who are passionate about reducing the barriers to progress within and across domains.

What we’re seeking for our residencies
Open-First

Projects must yield open, accessible, nonproprietary products or research that are unlikely to be created otherwise.

High-Impact

They must have line of sight to generate a positive impact on a societal scale.

“No Secret Sauce”

Residents should be excited to share about both their projects and their underlying process, making it easy for others to learn both positive and negative outcomes from their work.

Future-Focused

We are approaching a technological discontinuity, and we target projects that will leverage resulting opportunities or create new ones.

About the residency program
Our residency program is a one-year, fully funded program centered on the creation of public goods. We want to provide talented people freedom and support to create new pieces of the machinery of science that are adapted to the era of advanced technology that we’re entering. This includes non-proprietary infrastructure, tools, standards, hardware, software, or wetware, as well as pre-commercial fundamental research that can enable progress across a field.

We support projects before it’s clear whether they will one day become nonprofit organizations, for-profit companies, or one-off outputs in the public domain. Given our focus on public goods during the residency period, Astera will not take equity in projects that spin out although we may ask for follow-on investment rights. On the flip side, residents will be required to assign to Astera any IP generated during the course of their residency, so that Astera has the ability to ensure these are freely and publicly accessible.

We welcome up to 10 new residents to each cohort in Emeryville, California, where we are building a hub for open science, data, and technology. While we don’t strictly define project areas, we are increasingly prioritizing proposals that benefit from our in-house expertise and focus areas. We believe this enables us to better support and synergize with residents both during and after their residency periods.

What we offer to residents:

  • a salary for one year, which typically falls between $125,000-$250,000, commensurate with experience
    an additional negotiated budget to cover project expenses (e.g. lab, infrastructure, licenses, personnel), which typically falls between $500K-$1.5M
  • access to compute resources via Voltage Park, a 24,000x H100 cluster
  • the chance to join a community of exceptionally talented individuals operating in an environment optimized for experimentation, collaboration, and the pursuit of ambitious projects for the benefit of humanity

Please note that Astera is experimenting outside of traditional publication frameworks. Residents are expected to share their key learnings (including null and negative results) and products in open, usable forms. Additional guidance is provided through Astera’s open science policy.

Application process

The next round of applications to our next cohort will be available on our page in a few months. You can also subscribe to our newsletter to stay up to date.

Learn more about our current residents below.

Astera Residents

Our Residents are hungry, dedicated, and opinionated entrepreneurs. They have a theory of change they’re testing, and they’re doing it with urgency.

Aaron Tohuvavohu
Cosmic Frontier Labs
Full bio
Chongxi Lai
Building brain-like models
Full bio
Dakota Gruener
Studying sunlight reflection to limit climate impact
Full bio
Damien Scott
Sub-1¢/kWh fusion energy
Full bio
Edwin Kite
Warming Mars
Full bio
Erika Alden DeBenedictis
Designing life for Mars
Full bio
Rachel Dutton
Accessing the health benefits of fermented foods
Full bio
Thomas Teisberg
Modeling the Earth’s ice sheets
Full bio
Tim McGee
Impossible Fibers
Full bio