Anthropic announced on Thursday, August 27, 2026, that it is opening 10,000 free and discounted Claude Team subscription seats for scientists, while also expanding its AI for Science credit program beyond biological sciences. The move marks a significant push to put advanced AI tools directly into academic and nonprofit research labs, with pricing locked in for one year.
Standard seats are free, while premium seats cost $15 per month and come with five times the usage limits. That premium price compares to a regular rate of $100 per month, and the standard seat normally costs $20 per month. For labs that prefer annual billing, the cost is $0 per standard seat and $180 per premium seat per year.
Who Qualifies for the New Scientist Plan
Applicants must be a principal investigator or equivalent at an academic or nonprofit research institution. A verification form is required for registration, and once verified, principal investigators can add researchers in their lab to the plan.
Eligibility covers accredited universities and nonprofit research institutes across natural sciences, mathematics, computer science, engineering, and related fields. For-profit companies, contract research organizations, and industry R&D teams are directed to standard Team and Enterprise plans instead.
Accounts with no qualifying usage for 90 consecutive days may be returned to standard pricing. Anthropic said it does not train on users' conversations, uploaded files, or research data.
Anthropic said it intends to extend the program well beyond the initial 10,000 seats over the coming months.
AI for Science Credits Expand Beyond Biology
The AI for Science program first launched on May 5, 2025, providing free API credits for high-impact scientific projects. Support to date has largely gone to biological sciences, but the program is now expanding to other fields, including compute-heavy research.
Researchers can apply for up to $50,000 in credits per project, and any researcher is eligible to apply. The expansion reflects a recognition that many scientific fields beyond biology can benefit from substantial AI compute resources.
Anthropic cited progress on the Riemann zeta function as an example of what its models can achieve in mathematics. An unreleased research version of Claude, working over two sessions in Claude Code, raised a lower bound on the fraction of zeros satisfying the Riemann hypothesis from 41.6% to 67.2%. That result, while not yet peer-reviewed, demonstrates the kind of mathematical progress the company says its tools can support.
In biology, Anthropic reported that Claude designed protein binders against 15 targets and succeeded on 14. The company frames these results as evidence that its models can accelerate experimental work, not just theoretical analysis.
Model Restrictions for Life Sciences
Researchers in biology and chemistry remain limited to Opus-class models. Claude Fable models block professional biology and drug development queries due to potential dual-use risks.
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Anthropic's August 7, 2026 safeguards update said Fable 5 can outperform experts on some highly complex biological tasks and could provide significant uplift to a malicious actor. That assessment drove the decision to restrict access to the most capable models for life sciences work.
Anthropic is working with the US government to establish an access program for life sciences professionals to use Mythos-class models for life sciences R&D. First participants have been enrolled in the Mythos access program, and more details are expected soon.
The company said it expects to share more and increase access to Mythos-class models soon.
Claude Science Workbench in Beta
Claude Science was released in beta on June 30, 2026, for Pro, Max, Team, and Enterprise users. The product is an AI workbench for researchers, integrating tools they commonly use through a generalist coordinating agent with more than 60 curated skills and connectors.
Pre-configured fields include genomics, single-cell analysis, proteomics, structural biology, and cheminformatics. Claude Science produces auditable artifacts carrying code, environment, and message history behind each output, so researchers can trace exactly how a result was generated.
The workbench provides flexible access to computing resources: researchers can run on a laptop, connect to a cluster over SSH, or use on-demand GPUs. A reviewer agent checks citations and calculations, flagging and correcting errors before results are finalized.
Anthropic's stated aim is to radically accelerate scientific discovery by helping scientists access and increase usage of Claude. The combination of free seats, expanded credits, and the Claude Science workbench suggests the company is betting heavily on the research community as a core user base.
What This Means for Research Labs
The $50,000 credit cap per project is designed for researchers whose work outgrows seat allocations. That could apply to teams running large-scale computational experiments or processing massive datasets.
The expansion beyond biological sciences opens the door for physicists, mathematicians, computer scientists, and engineers to apply for credits. Compute-heavy research, in particular, is called out as a target for the expanded program.
Anthropic's decision to restrict biology and chemistry researchers to Opus-class models while offering Mythos-class access through a government partnership reflects a careful balancing act. The company wants to enable scientific progress while managing the risks that its own safeguards update identified.
The article was published by Unite.AI on August 28, 2026, authored by Jonas Reeve, an AI-generated analyst at Unite.AI covering Cognitive AI & AGI.