Research InstituteBerkeley Lab superconducting quantum computing testbed open to research collaborators.
Quantum Computing
Quantum computers and quantum networks, and the companies, research labs, funders, and communities building them: qubit hardware across modalities, the enabling stack of cryogenics, control electronics, and photonics, software, algorithms, and error correction, and the applications and access that turn machines into useful computation.
The field
At a glance
Definition
Quantum computing: $1.88B market in 2026, 14 specialist funders, $275K-$1.65M check range
Field at a glance
- Quantum Computing organizations
- 212
- Quantum Computing people
- 401
- Upcoming Quantum Computing events
- 19
- Quantum Computing programs and funding
- 48
Field overview
Quantum computing represents one of the most capital-intensive and geopolitically significant computing revolutions since silicon. Unlike AI, which can be deployed incrementally, quantum requires fundamental physics breakthroughs, specialized hardware, and multi-year customer integration cycles. The sector has attracted $3.77 billion in funding through Q3 2025, with clear momentum shifting from speculative research toward architectures with credible paths to quantum advantage.
For founders, this is a niche within a niche. Only 14 active funders in the Superscout database focus on quantum, concentrated in North America (5), Europe (5), and Asia (5). Check sizes cluster around $275K for pre-seed rounds and $1.65M for growth-stage, reflecting the deep technical vetting required. The market favors companies solving specific, high-value problems in finance, pharma, materials science, and national security rather than general-purpose quantum computers.
Technologies
Quantum computing leverages three primary physical implementations, each with distinct tradeoffs. Superconducting qubits, pioneered by Google and IBM, use macroscopic circuits operating at near-absolute-zero temperatures. They benefit from established semiconductor fabrication techniques for scaling and achieve nanosecond gate times, but suffer from short coherence windows (microseconds) requiring rapid error correction. Trapped-ion systems, developed by IonQ and Honeywell, confine individual ions using precise lasers. They achieve unprecedented coherence times (up to 600 seconds in hyperfine qubits) and gate fidelities exceeding 99.9%, but gate operations are slow (milliseconds) and scaling to thousands of qubits remains challenging.
Photonic quantum computers, pursued by Quandela and PsiQuantum, encode information in photons and operate at room temperature, eliminating costly cryogenic infrastructure. However, photon loss and the difficulty of reliably entangling photons create engineering obstacles. Neutral atom approaches from Pasqal and Atom Computing use optical traps to hold arrays of atoms, offering potential scaling advantages and room-temperature operation. Each architecture targets different problem classes: superconductors suit optimization on near-term hardware, trapped ions excel at chemistry simulation, photonics promise scalability without cooling, and neutral atoms offer a middle ground on coherence and speed.
Beyond hardware, the quantum stack requires specialized control systems. Companies like Quantum Machines provide the electronics and software that translate high-level quantum instructions into precise laser and microwave pulses that manipulate qubits. Classical-quantum hybrid systems, which dispatch appropriate problems to quantum processors while keeping the control loop and data processing classical, are emerging as the most pragmatic near-term architecture. Software tools for algorithm development, simulation, and optimization continue to mature through platforms from IBM, Amazon (Braket), Microsoft (Azure Quantum), and Google (Cirq).
Applications
Real-world quantum applications cluster into four high-value domains. Drug discovery and molecular simulation represent the most mature use case. Quantum computers can simulate molecular interactions with fidelity impossible for classical computers, compressing drug candidate identification from 4-6 years to 18 months. Roche's 2025 achievement—identifying three Alzheimer's drug candidates using quantum simulation in 18 months—validated this narrative and catalyzed pharma sector interest. Major pharmaceutical companies including Merck, AstraZeneca, and Sanofi have announced quantum research programs.
Financial services is the second major driver. Portfolio optimization, risk modeling, option pricing, and fraud detection all benefit from quantum speedup. Goldman Sachs and JPMorgan have deployed quantum algorithms for portfolio optimization. These use cases are attractive because they have clear economic value (basis points of performance matter at scale) and well-defined problem structures that map cleanly to quantum algorithms.
Materials science and battery design represent the third pillar. Companies developing next-generation batteries, semiconductors, and advanced materials use quantum simulation to explore molecular configurations and predict material properties. This accelerates the innovation cycle for hardware-dependent industries where materials performance is a competitive moat.
The fourth and most urgent domain is quantum-safe cryptography and security. As quantum computers approach sufficient scale, they threaten to break RSA and elliptic curve encryption retroactively through 'harvest now, decrypt later' attacks on encrypted data already captured. This creates immediate revenue opportunity for companies helping enterprises transition to post-quantum cryptographic standards ahead of regulatory deadlines (NSA's 2027 deadline for national security systems).
All of these use cases remain in pilot or research phase. Commercial quantum advantage—where a quantum solution demonstrably outperforms classical approaches on a production problem—remains rare. This explains why quantum computing revenues have grown only to $650-750 million globally despite massive funding, well below the $1+ trillion AI market.
Market and funding
Quantum computing attracts a highly specialized subset of venture capital. Across the Superscout platform, 14 funders have invested in quantum-focused startups, with clear stage distribution: 5 focus on pre-seed, 9 on seed, 7 on Series A, 6 on Series B, and 1 on growth equity. This distribution reflects the sector's early maturity—capital is beginning to consolidate behind later-stage winners, but the pipeline remains robust at early stages.
Median check sizes are $275,000 for minimum checks and $1,650,000 for maximum commitments, roughly 2-3x larger than consumer software at equivalent stages, reflecting the capital intensity of hardware and simulation infrastructure. Top funders include IQT (In-Q-Tel), which bridges US national security with venture backing across seed to Series B; Summer Capital, which specializes in quantum and data; Qubits Ventures, which focuses on quantum and AI-native platforms; and several government-aligned vehicles like MiraclePlus and Harper Court Ventures.
Geographic distribution is remarkably balanced: North America (5 funders), Europe (5), and Asia (5) all have substantial quantum ecosystems. This mirrors government support: Japan announced $7.4B in quantum investment by April 2025, Spain committed $900M, China established a 1 trillion yuan national quantum fund, and the US continues to fund quantum research through DARPA and NSF initiatives. Global funders (3) and UK/Canada/Japan-specific investors (1 each) round out the landscape.
Who is working on it, and who is paying for it
Organizations in the field
The labs, companies and funders doing the work, and the groups helping it along.
Research and public institutions 37
Research InstituteResearch Institute
AIST center for quantum and AI technology development and testbeds in Japan.
UniversityResearch Institute
DOE National Quantum Information Science Research Center led by Brookhaven that co-designs quantum hardware, software, and algorithms.
Research InstituteDuke University center building trapped-ion quantum computers and related systems.
Research InstituteNSF Quantum Leap Challenge Institute working on distributed quantum processors, network testbeds, and protocols.
Show all 37 research and public institutions
Research InstituteIndia National Quantum Mission thematic hub for quantum computing, hosted at the Indian Institute of Science.
Research Institute
University of Waterloo research institute for quantum computing theory and hardware.
Research Institute
Forschungszentrum Julich facility that hosts and integrates quantum computers of several modalities with supercomputing.
Research Institute
Korea Research Institute of Standards and Science center developing superconducting quantum computing systems.
University
Research InstituteBavarian initiative with the goal of developing and operating competitive quantum computers.
Research InstituteUK national lab at Harwell dedicated to quantum computing, with testbeds and user access programs.
Government AgencyAdvancing quantum technology for India's future.
Research InstituteUniversity of Copenhagen program developing quantum computing hardware and applications.
Research InstituteDOE National Quantum Information Science Research Center led by Argonne, focused on quantum interconnects, networks, and materials.
Research Institute
Research InstituteNSF Quantum Leap Challenge Institute led by the University of Maryland developing robust quantum simulators.
Research InstituteEuropean consortium building a prototype quantum internet, coordinated from Delft.
University
Research Institute
Research InstituteRIKEN center pursuing quantum computers from hardware to software, including superconducting systems.
Research InstituteDOE National Quantum Information Science Research Center led by Fermilab, focused on superconducting qubit coherence and quantum systems.
Research InstituteUK quantum technology hub researching integrated quantum networks.
Research Institute
Swedish national program coordinated from Chalmers whose main project is building a superconducting quantum computer.
University
University
Research InstituteNSF Engineering Research Center led by the University of Arizona developing technologies for a quantum internet.
University
University
Research InstituteCaltech research institute for quantum information science that publishes the Quantum Frontiers blog and a YouTube channel.
University
University
University
University
University
Research InstituteUnited Kingdom national program for quantum technology translation.
Funders 19
Venture CapitalThe UK's only quantum computing-dedicated venture capital firm.
Venture CapitalInvesting in quantum-inspired technology.
Venture CapitalThe world's largest quantum technology venture capital fund.
Venture CapitalInvesting in the future of quantum technology.
Venture CapitalInvesting in the future of quantum technology.
Venture CapitalInvesting in the future of quantum technology.
Show all 19 funders
Venture CapitalInvesting in the future of quantum technologies.
Venture StudioBuilding startups from quantum research.
Venture CapitalInvesting in the future of quantum technologies.
Venture CapitalInvesting in the future of quantum technology.
Venture CapitalInvesting in the future of quantum technologies.
Venture StudioEmpowering quantum startups for a transformative future.
Government VcAdvancing quantum information science and technology.
Venture CapitalAccelerating the quantum computing revolution.
Venture CapitalInvesting in the future of Applied Quantum Intelligence.
Venture StudioTransforming deep tech breakthroughs into sustainable ventures.
Venture CapitalInvesting in the future of quantum technologies.
Venture CapitalInvesting in frontier technologies from MIT.
Venture CapitalInvesting in the future of quantum technologies and AI.
Companies 118
StartupBuilds automated design tools for utility-scale, fault-tolerant quantum computation.
StartupBuilds photonic quantum computers combining deterministic photon sources with silicon photonics.
StartupDevelops hybrid quantum-classical algorithms and products for healthcare and life sciences problems.
StartupBuilding the first universal, fault-tolerant quantum computer.
StartupSoftware for designing, orchestrating, and managing entanglement-based quantum networks.
StartupBuilds trapped-ion quantum computers, including rack-mounted systems deployed in HPC centers.
Show all 118 companies
StartupDevelops and deploys on-premise superconducting quantum computers for HPC centers.
StartupVTT spinout building traveling-wave parametric amplifiers for high-fidelity qubit readout.
StartupBuilds multiplexed quantum repeaters from rare-earth-doped crystal memories and photon-pair sources.
StartupDevelops semiconductor spin-qubit quantum computers that shuttle electrons across chips.
StartupBuilds neutral-atom quantum computers aimed at fault-tolerant operation.
StartupBuilds dilution refrigerators, cryocoolers, and cryogenic measurement infrastructure used to cool quantum computers.
StartupQuantum software-as-a-service platform for running algorithms on simulators and hardware.
StartupQuantum and quantum-inspired optimization and physics solvers for engineering simulation.
StartupBuilds quantum computers using spin qubits in suspended carbon nanotubes.
StartupQuantum software platform that synthesizes optimized quantum circuits from high-level models.
StartupBuilds AI software for operating and scaling quantum computers, including automated tuning of spin qubit devices.
StartupDevelops trapped-ion quantum computers.
StartupMakes superconducting flexible cabling with integrated filtering for high-density cryogenic quantum I/O.
StartupBuilds quantum computers using spin qubits in modified silicon CMOS transistors.
StartupBuilds quantum chips that use single electrons floating on superfluid helium as qubits, controlled by CMOS.
StartupBuilds trapped-ion quantum computers controlled with microwaves instead of lasers.
StartupDevelops cryogenic control electronics and infrastructure for scaling quantum computers.
StartupSoftware infrastructure for programmable fault-tolerant quantum computing.
StartupBuilds rack-mounted silicon spin-qubit quantum computers designed to run inside existing data centers.
StartupQuantum software platform for R&D teams covering finance, simulation, quantum machine learning, and CFD workloads.
StartupDevelops quantum-dot entangled photon generators and quantum interconnects for quantum networks.
StartupDesigns fault-tolerant quantum computing architectures that turn noisy physical qubits into logical qubits.
StartupBuilds modular photonic systems for scalable quantum networking.
StartupInnovating quantum computing solutions for industry.
StartupBuilds helium-3-free magnetic cooling cryostats for qubit characterization and quantum computing cooling.
StartupSoftware running on quantum and classical computers for chemistry and drug discovery problems.
StartupMakes dry dilution refrigerators, including fast-turnaround systems for qubit testing.
StartupBuilds compact dilution refrigerators designed to support more qubits in a smaller footprint.
StartupCombines materials, photonics, and matter qubits into a foundry-compatible quantum network architecture.
StartupBuilds photonic circuits as a quantum interconnect layer between quantum processors, sensors, and networks.
StartupBuilds quantum computing applications for media, entertainment, and creativity.
StartupBuilds bosonic qubits with built-in error correction toward fault-tolerant quantum computers.
StartupBuilds quantum networking hardware, including a qubit-photon interface, to link quantum processors into distributed systems.
StartupDevelops optical (photonic) quantum computers.
StartupBuilds test and characterization equipment for quantum chips.
StartupPioneering photonic quantum computing solutions.
StartupBuilds superconducting quantum computers, quantum chips, software, and a quantum cloud platform.
StartupBuilds superconducting quantum computers for enterprise and data center deployment.
StartupQuantum architecture company offering the Parity architecture and compiler products.
StartupDevelops quantum algorithms for materials simulation and optimization on near-term quantum hardware.
StartupBuilds distributed quantum computers using T-centre spin qubits in silicon linked by telecom photons.
StartupBuilds waveguide-integrated superconducting nanowire single-photon detectors for photonic quantum computing.
StartupDevelops superconducting quantum processors with a proprietary qubit control approach.
StartupBuilds neutral-atom quantum processors using atoms trapped in optical lattices.
StartupQuantum computing drug discovery platform for hit and lead generation.
StartupBuilds a utility-scale photonic quantum computer using silicon photonic chips made in commercial fabs.
StartupQuantum control infrastructure and field-validated quantum navigation.
StartupBuilds modular control and readout electronics for scaling qubit systems across modalities.
StartupBuilds special-purpose optical quantum computers (coherent Ising machines) for optimization problems.
StartupQuantum cloud platform with a cloud IDE and gateway for running circuits on multiple hardware providers.
StartupSoftware for designing, simulating, and optimizing fault-tolerant quantum computer architectures.
StartupQuantum computing solutions for enterprises.
StartupPlatform that matches business problems to combinations of quantum algorithms and hardware.
StartupQuantum error mitigation and suppression software available across hardware platforms.
StartupDevelops analog and digital superconducting full-stack quantum computers, available via cloud or on premises.
StartupDevelops superconducting quantum processors using semiconductor manufacturing.
StartupSoftware stack for orchestrating hybrid quantum-classical and distributed quantum workloads.
StartupBuilds microwave-to-optical quantum transducers for optical qubit readout and networking of quantum processors.
StartupBuilds superconducting quantum computers alongside AI software.
StartupPhysics-driven digital twin and machine learning software for developing and calibrating quantum devices.
StartupDevelops an architecture for scaling superconducting quantum computers to very large qubit counts.
StartupBuilds photonic quantum computers based on its semiconductor single-photon sources, with cloud access.
StartupMachine learning software for qubit bring-up, characterization, and tuning.
StartupDevelops multi-core trapped-ion quantum computers with multi-qubit gates.
StartupRoom-temperature quantum computing solutions.
StartupQuantum development platform using digital twin simulation of quantum hardware.
StartupBuilds quantum control hardware and orchestration software for quantum computers.
StartupBuilds silicon spin-qubit quantum computers made with standard CMOS semiconductor manufacturing.
StartupLarge-scale quantum circuit simulator plus an API for running jobs on QPUs from multiple providers.
StartupDevelops photonic quantum computers that use single atoms on photonic chips to generate photons and run atom-photon gates.
StartupQuantum computing software for complex optimization problems such as air cargo loading.
StartupHardware-agnostic platform for developing, deploying, and governing quantum software applications.
StartupDesigns and manufactures superconducting quantum processors sold to system builders, including its VIO 3D scaling architecture.
StartupOIST spinout developing trapped-ion quantum computers.
StartupBuilds trapped-ion quantum computers and processors controlled by microwave electronics.
StartupOsaka University spinout building quantum computer control hardware and middleware that drives qubit chips.
StartupDevelops quantum algorithms and a cloud-based materials calculation service.
StartupBuilds neutral-atom quantum computers for cloud and on-premise use.
StartupBuilds photonic quantum computers on silicon nitride chips for data centers and HPC.
StartupDevelops quantum computing software for industrial problems, especially chemistry.
StartupBuilds entanglement sources, memory modules, and optical interconnects for quantum networks.
StartupBuilds entanglement sources, room-temperature quantum memory, and stabilization hardware for quantum networks over telecom fiber.
StartupDevelops quantum chemistry algorithms, including HI-VQE.
StartupDevelops silicon spin-qubit quantum computers built on industrial semiconductor processes.
StartupBuilds the quantum error correction stack, including real-time decoders, for quantum hardware makers.
StartupBuilds room-temperature quantum computers based on nitrogen-vacancy centers in diamond.
StartupBuilds digital superconducting quantum computing chips that integrate classical control logic with qubits on chip, and runs a superconducti…
StartupMakes cryogenically optimized CMOS transistors and silicon quantum dot devices for scalable quantum hardware.
StartupDevelops traveling-wave parametric amplifiers for low-noise qubit readout.
StartupBuilds quantum processors from phosphorus atoms precisely placed in pure silicon, fabricated in house.
StartupMakes quantum-dot single-photon source chips used in photonic quantum computing and communication.
StartupBuilds superconducting quantum computers and chips, plus desktop NMR quantum computers for education.
StartupCompute platform giving enterprises and governments access to quantum, AI, and optimization resources.
StartupDevelops photonic quantum chips and optical quantum computing systems.
StartupBuilds modular trapped-ion quantum computers aimed at utility scale.
StartupBuilds cold-atom quantum memories and quantum links to interconnect quantum processors.
StartupBuilds room-temperature diamond spin-qubit quantum processors.
StartupQuantum application discovery and development platform, relaunched after the 2024 wind-down of Zapata AI.
StartupManufactures ultra-low temperature dilution refrigerators and cryogenic equipment for quantum technology.
StartupOptimization platform for manufacturing, logistics, and energy using optimization, AI, and quantum computing.
StartupBuilds measurement-device-independent QKD network infrastructure. Pure QKD vendors are adjacent.
StartupQKD and quantum random number generator vendor, now part of IonQ. Pure QKD vendors are adjacent.
StartupNeutral-atom quantum systems for sensing, timing, and computing.
StartupDevelopment platform for mathematical optimization and quantum computing.
StartupBuilds integrated-photonics QKD for quantum-safe communication. Pure QKD vendors are adjacent.
StartupBuilds chip-based QKD and quantum random number generators. Pure QKD vendors are adjacent.
StartupBuilds continuous-variable QKD systems. Pure QKD vendors are adjacent.
StartupDrug discovery company using physics-based simulation and quantum computing methods.
StartupSuperconducting single-photon detectors and quantum measurement systems.
StartupBuilds satellite QKD systems. Pure QKD vendors are adjacent.
StartupOffers quantum-as-a-service spanning algorithms, computing, and quantum security.
StartupBuilds entanglement-based QKD networks. Pure QKD vendors are adjacent.
Associations and field builders 21
CommunityAdvancing quantum information science and engineering.
Innovation Hub
Innovation HubQuebec's first quantum innovation zone.
CommunityPromoting the growth of the quantum technology sector in Europe.
Trade OrganizationIEEE Computer Society technical community for quantum computing and engineering that runs IEEE Quantum Week (QCE), podcasts, standards and…
Nonprofit Ecosystem BuilderBuilding a quantum ecosystem in France.
Show all 21 associations and field builders
CommunityFostering the quantum technology ecosystem in India.
CommunityNational center for quantum technology growth in Australia.
Innovation HubEstablishing the Netherlands as Europe's quantum innovation hub.
Innovation HubAccelerating quantum innovation from lab to market.
CommunityVolunteer foundation supporting open source quantum computing tools through a mentorship program, software evaluation and curated learning…
Innovation HubAdvancing quantum technologies through collaboration.
CommunityGlobal network and Estonian non-profit association running quantum computing education workshops (QBronze, QSilver), courses, internships a…
CommunityAdvancing Australia's quantum economy through education and collaboration.
Nonprofit Ecosystem Builder501(c)(3) nonprofit, formerly Unitary Fund, that funds and builds open source quantum software (Mitiq, Metriq, UCC) and runs microgrants an…
Nonprofit Ecosystem BuilderWashington DC based nonprofit whose Womanium Quantum program runs global online quantum computing training, scholarships and a startup laun…
Nonprofit Ecosystem BuilderConnecting Montana's optics and quantum sectors.
AcceleratorAccelerating the growth of the photonics sector in Scotland.
Trade OrganizationIndustry consortium for the quantum technology ecosystem.
CommunityAdvancing quantum technologies through collaboration and research.
Innovation HubSwitzerland's first quantum computing hub, founded in 2022 by uptownBasel Group in Arlesheim, offering quantum and AI access, services and…
Media and analysis 3
Media PublicationNew York based quantum technology news site, research publisher and conference organizer (IQT events).
Media PublicationQuantum industry news, analysis and data site published by Global Quantum Intelligence (GQI), a quantum technology market intelligence firm.
Media PublicationIndependent publication founded in 2018 covering quantum computing, networking and security news, company analysis and features.
Other organizations 14
CompanyBuilds quantum annealing computers and gate-model superconducting quantum systems.
CompanyBuilds a programming and compilation stack for developers to write and run programs on quantum computers.
CompanyBuilds trapped-ion quantum computing systems sold on premises and through cloud access.
CompanyBuilds full-stack superconducting quantum computers for HPC centers and research.
CompanyBuilds neutral-atom quantum processors using arrays of atoms held in optical tweezers.
CompanyBuilds trapped-ion quantum computers and quantum software.
Show all 14 other organizations
Other
IncubatorCatalyst for innovation in quantum technologies.
CompanyBuilds superconducting quantum processors and full-stack quantum computers, offered over the cloud and on premises.
Research Data ProviderMarket intelligence for the quantum technology sector.
CompanyBuilds photonic quantum computers and develops the PennyLane quantum software library.
Other
Other
OtherMoney and ways in
Programs and funding
Programs and fellowships 24
accelerator- Type
- Accelerator
accelerator- Type
- Accelerator
public-programProactive and on-call support for quantum startups growing in Illinois, Wisconsin, and Indiana.
- Type
- Public Program
otherD-Wave's Leap Quantum LaunchPad is a selective 3-month trial of D-Wave quantum computers and hybrid solvers with expert support; applicatio…
- Type
- Other
accelerator- Type
- Accelerator
fellowship- Type
- Fellowship
grant- Type
- Grant
fellowshipA quantum science postdoctoral appointment at IQIM, with positions scheduled to begin in fall 2027.
- Type
- Fellowship
competitioniQuHACK is MIT's annual quantum hackathon with in-person and remote tracks; the 2026 edition ran January 30 to February 1, 2026 and 2027 da…
- Type
- Competition
fellowshipA ten-week residential quantum research fellowship offering undergraduate research experiences at eight university and national laboratory…
- Type
- Fellowship
fellowship- Type
- Fellowship
incubator
Pre-TraQtion is a University of Maryland Quantum Startup Foundry program for earlier-stage quantum and enabling-technology startups seeking…
- Type
- Incubator
accelerator- Type
- Accelerator
competitionQHack 2026 is Xanadu's PennyLane quantum coding competition, October 16 to 23, 2026, with a USD 15,000 first prize and up to USD 67,000 in…
- Type
- Competition
acceleratorA startup partnership for co-developing quantum solutions and exploring use cases with access to Quantinuum hardware, software, and service…
- Type
- Accelerator
fellowshipParticipants develop open-source quantum computing software projects individually or in teams of up to three.
- Type
- Fellowship
incubatorThe Quantum Landing Pad from TUM Venture Labs, Munich Quantum Valley and Invest in Bavaria helps international quantum startups set up in M…
- Type
- Incubator
incubator- Type
- Incubator
training- Type
- Training
public-program- Type
- Public Program
accelerator
- Type
- Accelerator
fellowshipTUM Venture Lab Quantum Fellowship Program is Technical University of Munich's fellowship offering entrepreneurship education for aspiring…
- Type
- Fellowship
fellowship- Type
- Fellowship
fellowshipMunich Quantum Valley and IMPRS-QST offer fully funded 3-year quantum PhD fellowships in Bavaria; the last call closed January 15, 2026.
- Type
- Fellowship
Open funding opportunities 17
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- Dec 1, 2026
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- Nov 17, 2026
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- Jan 28, 2027
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- Nov 17, 2026
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- Apr 6, 2027
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- Nov 20, 2026
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- Nov 19, 2026
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Other funding opportunities 7
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- Sep 30, 2026
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- Aug 7, 2026
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- Aug 19, 2026
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- Oct 14, 2026
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- Deadline
- Mar 4, 2026
Next door
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