CU Technology and Discovery News

The materials we rely on every day could become more reliable thanks to AI

Daniel Leonard — Tue, 22 Sep 2026 14:14:04 +0000

The materials we rely on every day could become more reliable thanks to AI Daniel Leonard Tue, 09/22/2026 - 08:14

Tiny carbon particles mixed with rubber in car tires help distribute heat when we speed up on a highway. And billions of nanoscale switches run the chips in our smartphones. But how long will these important materials last?

A team of physicists and aerospace engineers at CU �Ǹ�Թ� is working toward a future where artificial intelligence can help answer this question. The scientists created an AI tool that could eventually help engineers design manufactured materials that are more durable and predictable.

“AI in science is not only about automation, speed or replacing human expertise,” said Sanghamitra Neogi, an associate professor at the Ann and H.J. Smead Department of Aerospace Engineering Sciences, who led the research. “In materials science, AI may help researchers reason about hidden physics.”

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On the path to commercialization

Neogi is the founder of AtomTCAD Inc., the CU �Ǹ�Թ� startup using AI-enhanced modeling to simulate thermal behavior in nanoscale semiconductors. Neogi and AtomTCAD were part of CU �Ǹ�Թ�'s 2025 Ascent Deep Tech Accelerator cohort; watch her pitch at the culminating showcase here. In 2025, Neogi received $150,000 in state grant funding from the Colorado Office of Economic Development and International Trade (OEDIT), matched by $50,000 from Venture Partners.

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A CU �Ǹ�Թ� team led by Sanghamitra Neogi built FluxGAN, a generative AI system that maps how a coating's microscopic structure controls heat flow, a step toward AI tools that could predict when manufactured materials will fail. Neogi's related CU �Ǹ�Թ� startup, AtomTCAD, has drawn matching funding support from Venture Partners.

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Get a front-row seat to the University of Colorado's next big ideas competing for more than $1M in awards

Daniel Leonard — Tue, 15 Sep 2026 16:28:30 +0000

Get a front-row seat to the University of Colorado's next big ideas competing for more than $1M in awards Daniel Leonard Tue, 09/15/2026 - 10:28

Twelve teams of University of Colorado faculty researchers, graduate student innovators and entrepreneurs will compete for more than $1 million in early-stage commercialization grants in this year’s Lab Venture Challenge (LVC) Showcases at the Dairy Arts Center. Judges from Venture Partners at CU �Ǹ�Թ�’s entrepreneurial network will hear Shark Tank-style pitches across two nights, one for innovations in physical sciences and another for biosciences.

Physical Sciences: Wednesday, Oct. 21, 6-8:30 p.m.
Biosciences: Thursday, Oct. 22, 6-8:30 p.m.

Dairy Arts Center, �Ǹ�Թ�
All Are Welcome — CU Affiliation is Not Required
Tickets Are Free

Get Free Tickets

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Through LVC, top innovators from CU �Ǹ�Թ�, Denver and Colorado Springs compete for grants of up to $125,000. LVC supports projects that address a commercial need, have a clear path to a compelling market and have strong scientific support. The LVC grants are funded by the Colorado Office of Economic Development and International Trade (OEDIT) Advanced Industries Program, as well as Venture Partners and the Chancellor’s Innovation Fund.

LVC is run by Venture Partners, one of the university’s commercialization arms and a central resource for researchers who wish to translate their work into impactful business and social ventures. LVC finalists are working and collaborating with Venture Partners on their path to commercialization.

“At this early stage, funding is essential, but can be a challenge to obtain," said Joshua Bennett, director of LVC and assistant director of licensing at Venture Partners. “All of these teams have promising innovations ready to launch new businesses. LVC is a unique opportunity for those innovators to receive that vital funding, and we’re proud to work with the State of Colorado to make it happen."

To date, LVC has funded 117 projects through 70 new deep-tech startup companies, which collectively have raised over $691 million in follow-on financing, including Arkana Therapeutics, Mesa Quantum and Forge Nano — CU �Ǹ�Թ�'s 11th unicorn spinout.

Members of the entrepreneurial and university communities are invited to attend the LVC Showcases to enjoy good food, network and see which teams will walk away with funding for their groundbreaking work.

2026 LVC Finalists

Showcase Pitch Presenters | Contact for Project Inquiries

Physical Sciences Finalists

AI-Accelerated Advanced Battery Materials

Developing a new class of high-energy, beyond-lithium battery active materials made entirely from earth-abundant, domestically sourced elements. By integrating ML/AI with proprietary advanced crystal-structure engineering, their materials enable energy parity with conventional lithium systems at a fraction of the cost. The team has formed a startup, Orva Energy, to bring their innovation to market.

Evan Flitz, PhD Candidate of Chemical and Biological Engineering at CU �Ǹ�Թ�, Co-Founder and Principal Materials Engineer of Orva Energy, evan@orvaenergy.com
Chunmei Ban, Professor of Mechanical Engineering at CU �Ǹ�Թ�, PI, Co-Founder and Chief Scientific Advisor of Orva Energy
Cooper Tezak, PhD Alum of Chemical Engineering at CU �Ǹ�Թ�, Scientific Advisor at Orva Energy

In the News

From Tony Stark to Obi-Wan Kenobi: Meet 4 (of 7) West Gate Fellows and Their Technologies (2026, National Laboratory of the Rockies)

An Autonomous Optical Clock

Ptarmigan is developing the autonomous optical clock, the first clock to eliminate the environmental and calibration constraints that have kept optical clocks bespoke devices. For the first time, optical precision can be manufactured at scale and deployed as network infrastructure for distributed sensing, quantum systems and national security. The team has formed a startup, Ptarmigan Clockworks Inc., to bring their innovation to market.

Benjamin Hunt, Graduate Research Assistant at NIST and Graduate Student of Physics at CU �Ǹ�Թ�, PI, Co-Founder and CEO of Ptarmigan Clockworks, benjamin.hunt@ptarmigan-clockworks.com
Phillip Klein, Commercialization for Ptarmigan Clockworks
Andrew Ludlow, Neutral Atom Optical Clock Group Leader at NIST, Scientific Advisor
Jun Ye, Professor Adjoint of Physics at CU �Ǹ�Թ� and Fellow at JILA, Scientific Advisor

Intelligent Electronic Skin Transforming Prosthetic Diagnostics

Intelligent liquid-metal electronic skin embedded in prosthetic sockets for real-time pressure mapping. AI-driven analytics learn each patient’s pressure patterns to predict socket issues before they cause pain. This affordable, scalable system gives prosthetists data-driven insights to improve socket fit and daily comfort. The team has formed a startup, RheoSynapse Inc., to bring their innovation to market.

Jianliang Xiao, Associate Professor of Mechanical Engineering at CU �Ǹ�Թ�, PI, Co-Founder of RheoSynapse, jianliang.xiao@colorado.edu
Dhileep Kumar Jayashankar, PhD Candidate in Mechanical Engineering at CU �Ǹ�Թ�, Lead Researcher
Ruili Zhang, Graduate Student of Mechanical Engineering at CU �Ǹ�Թ�

Optical Timekeeping Made Portable: The Single-Chip Acoustic-Optoelectronic Oscillator

A chip-scale microwave oscillator that generates exceptionally pure signal tones by circulating energy between sound and light on a single chip. By amplifying the sound waves directly on-chip — with no electronics in the loop — the device targets the signal purity of room-sized precision oscillators in a package small enough for portable radar, navigation and communications.

Daniel Lesko, Research Scientist in Electrical, Computer and Energy Engineering at CU �Ǹ�Թ�, Engineer
Matt Eichenfield, PI, Endowed Chair in Quantum Engineering at CU �Ǹ�Թ�, matt.eichenfield@colorado.edu
Scott Diddams, Professor of Electrical, Computer and Energy Engineering at CU �Ǹ�Թ�, Scientific Advisor
Kiyan Hocek, PhD Student of Electrical, Computer and Energy Engineering at CU �Ǹ�Թ�, Engineer

Practical Post-Quantum Cryptography for Resource-Constrained Networks and Devices

New quantum-resistant algorithms have been developed that prevent quantum computers from breaking the public-key algorithms that secure almost all internet communications. This technology works where these new public-key algorithms do not: low-power IoT devices and limited-bandwidth networks. The team has formed a startup, Choyu Networks Inc., to bring their innovation to market.

Elliot Eichen, Research Associate of Computer Science at CU �Ǹ�Թ�, PI, Co-Founder and CTO of Choyu Networks, elliot.eichen@colorado.edu
Matt Collier, Co-Founder and CBO of Choyu Networks
Marco Rubin, Co-Founder and Investment Advisor of Choyu Networks
Sylvia Llosa, PhD Candidate in Electrical, Computer and Energy Engineering at CU �Ǹ�Թ�, Cryptography SME
Richard Dixon, Marketing for Choyu Networks
Yueqi Chen, Assistant Professor of Computer Science at CU �Ǹ�Թ�, Advisor
Sangtae Ha, Associate Professor of Computer Science at CU �Ǹ�Թ�, Advisor

Tunable 3D-Printed Helmet Liners for Multi-Impact Protection

Reimagined helmet protection with a 3D-printed liner computationally tuned by sport, helmet region and impact type. Its plate-lattice structure is designed to manage repeated hits and severe impacts alike. Peer-reviewed research showed up to 6x greater energy absorption than conventional foams at equal density—performance being translated into next-generation helmet protection. The team has formed a startup, Fortifyd LLC, to bring their innovation to market.

Teri Ham, Embark Deep Tech Startup Creator and BS Alum of Business at CU �Ǹ�Թ�, Co-Founder and CEO of Fortifyd, hamteri@gmail.com
Robert MacCurdy, Associate Professor of Mechanical Engineering at CU �Ǹ�Թ�, PI and Technical Advisor
Charles Wade, Master of Science Alum and PhD Student of Computer Science at CU �Ǹ�Թ�, Lead Software Engineer at Fortifyd
Daphne Felt, Graduate Student of Mechanical Engineering at CU �Ǹ�Թ�, Lead Product Engineer at Fortifyd
Elisse Lockhart, Product Strategy and Commercialization Leader at Fortifyd

Biosciences Finalists

AI-Designed Biomaterials for Regenerative Medicine

Cell therapies are grown in Matrigel, an undefined mouse tumor extract that varies lot to lot; every alternative is one formulation sold for every use. Regelife uses machine learning to design the matrix around the cell, turning 18 months of trial and error into one kit. In ALS, the matrix decides whether transplanted neurons survive. Built on Anseth Lab hydrogel chemistry at CU �Ǹ�Թ�. The team has formed a startup, Regelife Inc., to bring their innovation to market.

Kristi S. Anseth, Distinguished Professor of Chemical and Biological Engineering, PI, Co-Founder and CSO of Regelife
Mark Ma, Co-Founder and CEO of Regelife, mark@regelife.bio
Hideyuki Okano, Scientific Co-Founder of Regelife

A Real-Time Screening Platform for Drugs Targeting Transcription Regulators

RIFT (Real-time In vitro Fluorescent Transcription), developed in the Taatjes Lab at CU �Ǹ�Թ�, enables direct visualization of individual drug-target interactions in real time, distinguishing on-target from off-target activity to improve drug screening ahead of clinical trials. The team has formed a startup, Enlixa Bio Inc., to bring their innovation to market.

Nik Chopra, Embark Startup Founder, Co-Founder and CEO of Enlixa Bio, nik@enlixabio.com
Dylan Taatjes, Professor of Biochemistry at CU �Ǹ�Թ�, PI, Founding Scientist of Enlixa Bio

EYA Degraders: Releasing the Immune Brake in Triple-Negative Breast Cancer

Triple-negative breast cancer resists immunotherapy because tumor-associated macrophages are reprogrammed to shield it. The team discovered that eliminating a single protein, EYA3, from those macrophages shrinks tumors in mice and draws cancer-killing T cells inward. They are now building bifunctional molecules that destroy EYA3 outright, making immunologically cold tumors treatable. The team has formed a startup, Sieyax Inc., to bring their innovation to market.

Xiang Wang, Associate Professor of Chemistry at CU �Ǹ�Թ�, PI, Co-Founder and Co-CSO of Sieyax, xiang.wang@colorado.edu
Heide Ford, Endowed Chair and Professor of Pharmacology at CU Anschutz, Co-Founder and Co-CSO of Sieyax
Rui Zhao, Professor of Biochemistry and Molecular Genetics at CU Anschutz, Co-Founder and Co-CSO of Sieyax
Ginny Orndorff, Co-Founder and CEO of Sieyax

Long-Acting, Non-Opioid Therapy for Chronic Pain

A long-acting non-opioid analgesic that selectively targets CaV3.2 to provide sustained relief from chronic pain without abuse liability. The team has formed a startup, AnesaBio, to bring their innovation to market.

Michael Stowell, Professor of Molecular, Cellular and Developmental Biology at CU �Ǹ�Թ�, PI, Co-Founder and CSO of AnesaBio, michael.stowell@colorado.edu
Slobodan Todorovic, Professor of Anesthesiology at CU Anschutz, Co-Founder and CMO of AnesaBio
Sam Kintz, Advisor
Joe Lyssikatos, Advisor

Microgravity Manufacturing of Next-Generation Stem Cell Therapies

A microgravity biomanufacturing platform designed to expand umbilical cord blood stem cells for treating blood cancers. By keeping cells naturally suspended without mechanical agitation, the technology aims to preserve their therapeutic advantages while producing enough cells to treat adult patients, unlocking the potential of cord blood transplantation. The team has formed a startup, Opera Space LLC, to bring their innovation to market.

Stuart Tozer, Associate Director of BioServe Space Technologies at CU �Ǹ�Թ�, Co-Founder of Opera Space LLC, stuart.tozer@colorado.edu
Tobias Niederwieser, Assistant Research Professor of Bioastronautics, PI, Co-Founder of Opera Space LLC

Novel Electromechanics Biomarkers for Cartilage Health Diagnostics

A noninvasive MRI technique that reveals cartilage's hidden electrical and mechanical signatures under joint loading, detecting early degeneration years before it appears on standard scans. This new biomarker could help diagnose osteoarthritis risk sooner and track whether emerging joint-preserving therapies are actually working. The team has formed a startup, Potentis Imaging, to bring their innovation to market.

Corey Neu, Professor of Mechanical Engineering at CU �Ǹ�Թ�, PI, Co-Founder of Potentis Imaging, cpneu@colorado.edu
Yassmeen Youssef, Co-Founder of Potentis Imaging

The Lab Venture Challenge at CU �Ǹ�Թ� has announced the 2026 finalists of bio- and physical sciences innovators to pitch their ideas to a live audience at the Dairy Arts Center for more than $1 million in awards.

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$1.2M National Science Foundation award backs self-healing concrete repair technology

Daniel Leonard — Tue, 25 Aug 2026 19:19:29 +0000

$1.2M National Science Foundation award backs self-healing concrete repair technology Daniel Leonard Tue, 08/25/2026 - 13:19

Photo: Elena Forchielli and Mija Hubler in their CU lab.

Secure Non-Dilutive Funding with the Center for Translational Research

As a resource for startups partnering with or originating from the university seeking non-dilutive funding—including Small Business Innovation Research (SBIR) and Small Business Technology Transfer (STTR) awards—the center advises on best practices for securing non-dilutive capital, provides market research and industry analysis and offers proposal editing and critique.

Visit the CTR Website

The U.S. National Science Foundation has awarded $1,199,341 to a �Ǹ�Թ� research team developing Regenerative Concrete Repair (RCR), a bacterial nanocellulose composite that repairs both active and dormant cracks in concrete infrastructure. The three-year award is through the Translate track of the Translation to Practice (TTP) program, administered by NSF's Directorate for Technology, Innovation and Partnerships (NSF TIP).

Existing repair methods are often complex, labor-intensive and prone to failure, causing many agencies to defer needed maintenance; RCR is designed to tolerate real-world variability in crack behavior and installation conditions, making preventive maintenance feasible at scale for the nation's aging concrete infrastructure. As part of its public engagement plan, the team will place QR codes on municipal sidewalks so passersby can learn about the science behind the repairs as the technology moves toward commercialization.

RCR is being developed in the laboratory of Mija H. Hubler, associate professor of civil, environmental and architectural engineering at CU �Ǹ�Թ�, with co-principal investigators Wil V. Srubar, professor of civil, environmental and architectural engineering at CU �Ǹ�Թ� and Elena Forchielli, co-founder and CEO of RipaLith, the CU �Ǹ�Թ� startup commercializing the technology through the Embark Deep Tech Startup Creator.

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NSF has awarded $1.2 million to a CU �Ǹ�Թ� research team developing Regenerative Concrete Repair (RCR), a bacterial nanocellulose composite that repairs both active and dormant cracks in concrete infrastructure.

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CU �Ǹ�Թ� window insulation technology wins R&D World recognition

Daniel Leonard — Tue, 04 Aug 2026 18:55:56 +0000

CU �Ǹ�Թ� window insulation technology wins R&D World recognition Daniel Leonard Tue, 08/04/2026 - 12:55

R&D World—The CU �Ǹ�Թ�-developed technology, Mesoporous Optically Clear Heat Insulators (MOCHIs), has received a 2026 R&D 100 Special Recognition Award in Green Tech. Described as "frozen air," MOCHIs combine exceptional transparency with record-setting thermal insulation, transmitting more than 99.5% of visible light while outperforming even the aerogels developed for NASA's Mars rovers in thermal insulation. The technology has the potential to improve the energy efficiency of windows and skylights, enable high-performance glazing retrofits, enhance solar thermal energy harvesting and prevent condensation on super-insulated vehicle windshields.

New window insulation blocks heat, but not your view

Physicists at CU �Ǹ�Թ� have designed a new material for insulating windows that could improve the energy efficiency of buildings worldwide—and it works a bit like a high-tech version of Bubble Wrap.

The team’s material, called Mesoporous Optically Clear Heat Insulator, or MOCHI, comes in large slabs or thin sheets that can be applied to the inside of any window. So far, the team only makes the material in the lab, and it’s not available for consumers. But the researchers say MOCHI is long-lasting and is almost completely transparent.

That means it won’t disrupt your view, unlike many insulating materials on the market today,

“To block heat exchange, you can put a lot of insulation in your walls, but windows need to be transparent,” said Ivan Smalyukh, senior author of the study and a professor of physics at CU �Ǹ�Թ�. “Finding insulators that are transparent is really challenging.”

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Pythons' extreme biology may hold clues for treating human disease

Daniel Leonard — Mon, 13 Jul 2026 19:58:35 +0000

Pythons' extreme biology may hold clues for treating human disease Daniel Leonard Mon, 07/13/2026 - 13:58

When Skip Maas first adopted Agrapina, a mottled ball python, she hadn't eaten in 14 months.

But as he soon observed, she was still a taut coil of spring-loaded muscle. Presented with a rat, she struck quickly, constricted it and then gorged on her meal.

And then her body performed another feat pythons are known for: It accelerated its metabolism dramatically to deal with the sudden influx of protein and fats, says Maas, "to help break down that meal and extract all of its nutrients."

Read and Listen to More from NPR

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NPR's Short Wave—CU �Ǹ�Թ� researchers are uncovering how pythons' remarkable biology—from reversing heart growth to preserving muscle during months of fasting—could lead to new therapies for heart disease, age-related muscle loss and obesity. Their discoveries have also helped launch CU �Ǹ�Թ� startup Arkana Therapeutics to translate these evolutionary adaptations into medicines.

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WATCH: Google Maps for space—how a 20 Twenties winner built HoloAstro

Daniel Leonard — Thu, 09 Jul 2026 19:01:48 +0000

WATCH: Google Maps for space—how a 20 Twenties winner built HoloAstro Daniel Leonard Thu, 07/09/2026 - 13:01

David Dezell Turner, CU �Ǹ�Թ� PhD candidate in astrodynamics and satellite navigation, shares how winning the 2024 20 Twenties award became the catalyst for founding HoloAstro—a revolutionary augmented reality tool that's transforming space mission design.

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Aviation Week—David Dezell Turner, CU �Ǹ�Թ� PhD candidate in astrodynamics and satellite navigation, shares how winning the 2024 20 Twenties award became the catalyst for founding HoloAstro—a revolutionary augmented reality tool that's transforming space mission design.

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Larisza Krista awarded $600,000 NSF grant to translate coronal mass ejections research

Daniel Leonard — Thu, 25 Jun 2026 19:43:10 +0000

Larisza Krista awarded $600,000 NSF grant to translate coronal mass ejections research Daniel Leonard Thu, 06/25/2026 - 13:43

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Larisza Krista, research scientist at CIRES at CU �Ǹ�Թ�, was awarded a $600,000 U.S. National Science Foundation Translation to Practice—Explore (NSF TTP-E) grant to translate fundamental research on coronal mass ejections (CMEs) from their low-corona signatures to their effects near Earth, establishing actionable parameters for operational space weather forecasting and contributing to next-generation space weather warning systems that help protect satellites, aviation and power grids—including Helio Today (by Helio Physics), the forecasting platform founded by Krista, which integrates her patented flare-forecasting technology, DEFT.

View the NSF Award Details

CIRES scientist Larisza Krista fuels new space weather forecasts with Helio Today

CIRES research advances space weather forecasting through the observation, modeling, and interpretation of solar eruptions and geomagnetic storms. These events can cause major disturbances to Earth’s magnetic field, impacting power grids, communications, satellites, and the health of airplane crew and astronauts in space. As our reliance on orbital infrastructure grows, the economic risk of a single unpredicted solar event now totals in the billions.

Building on decades of experience in this space, CIRES Senior Research Scientist Larisza Krista identified a gap between what public forecasting systems provide and what commercial industries need: while probabilistic forecasts alert that a disruption might happen or is already underway, operators require early alerts, consistency, and improved certainty. To meet this need, Krista created Helio Today to identify the early physical triggers and signs of solar phenomena and provide deterministic arrival windows and magnitudes that help operators respond effectively.

Full Story from CIRES

Larisza Krista, research scientist at CIRES at CU �Ǹ�Թ�, was awarded a $600,000 National Science Foundation Translation to Practice—Explore (NSF TTP-E) grant to translate fundamental research on coronal mass ejections (CMEs).

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Growing stem cells in space to improve cancer and disease treatments

Daniel Leonard — Thu, 28 May 2026 22:39:58 +0000

Growing stem cells in space to improve cancer and disease treatments Daniel Leonard Thu, 05/28/2026 - 16:39

NASA—Research led by Tobias Niederwieser, assistant research professor in CU �Ǹ�Թ�'s BioServe Space Technologies, is exploring how microgravity can enable the large-scale production of high-quality blood stem cells aboard the International Space Station. The work could improve treatments for blood cancers, immune disorders and other diseases by creating more reliable supplies of stem cells for patients on Earth.

Read More From NASA

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WATCH: CU study identifies protein animals emit in crowded conditions, affecting fertility

Daniel Leonard — Thu, 28 May 2026 19:37:19 +0000

WATCH: CU study identifies protein animals emit in crowded conditions, affecting fertility Daniel Leonard Thu, 05/28/2026 - 13:37

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9NEWS—Ding Xue, professor in CU �Ǹ�Թ�'s Molecular, Cellular and Developmental Biology, said the study opens the path to see if the protein affects humans in crowded cities.

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Light without electricity? Glowing algae could make it possible

Daniel Leonard — Wed, 06 May 2026 20:59:50 +0000

Light without electricity? Glowing algae could make it possible Daniel Leonard Wed, 05/06/2026 - 14:59

Imagine a sea of glowing blue lights pulsing to the beat of the music. But instead of glow sticks filled with toxic chemicals, the luminescence comes from living algae, shimmering on demand.

In a new study published May 6 in Science Advances, CU �Ǹ�Թ� researchers and collaborators unveil a new technology that could make it possible. They’ve successfully turned on the “light switch” in algae and kept them lit up using simple chemical solutions. The finding opens the door for future technologies such as autonomous robots that can operate in dark environments and living sensors for water quality.

“This project was a moonshot idea,” said Wil Srubar, professor in the Department of Civil, Environmental and Architectural Engineering. “I was curious if we could create a world in which we don’t use electricity but rather use biology to produce light. This discovery really paves the way for engineering other living light materials and devices.”

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CU �Ǹ�Թ� Today—�Ǹ�Թ� researchers have developed a method to activate and sustain glowing bioluminescent algae using simple chemical solutions, opening the door to future technologies such as living sensors and autonomous systems that operate in dark environments.

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CU Technology and Discovery News

The materials we rely on every day could become more reliable thanks to AI

On the path to commercialization

What could you do with a CU technology?

Turn your discovery into real-world impact

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Get a front-row seat to the University of Colorado's next big ideas competing for more than $1M in awards

2026 LVC Finalists

Physical Sciences Finalists

AI-Accelerated Advanced Battery Materials

In the News

An Autonomous Optical Clock

Intelligent Electronic Skin Transforming Prosthetic Diagnostics

Read More �Ǹ�Թ� the Science

Optical Timekeeping Made Portable: The Single-Chip Acoustic-Optoelectronic Oscillator

Practical Post-Quantum Cryptography for Resource-Constrained Networks and Devices

Tunable 3D-Printed Helmet Liners for Multi-Impact Protection

Read More �Ǹ�Թ� the Science

Biosciences Finalists

AI-Designed Biomaterials for Regenerative Medicine

A Real-Time Screening Platform for Drugs Targeting Transcription Regulators

Read More �Ǹ�Թ� the Science

EYA Degraders: Releasing the Immune Brake in Triple-Negative Breast Cancer

Read More �Ǹ�Թ� the Science

Long-Acting, Non-Opioid Therapy for Chronic Pain

Read More �Ǹ�Թ� the Science

Microgravity Manufacturing of Next-Generation Stem Cell Therapies

Novel Electromechanics Biomarkers for Cartilage Health Diagnostics

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$1.2M National Science Foundation award backs self-healing concrete repair technology

What could CU research do for you?

Turn your discovery into real-world impact

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CU �Ǹ�Թ� window insulation technology wins R&D World recognition

New window insulation blocks heat, but not your view

What could you do with a CU technology?

Turn your discovery into real-world impact

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Pythons' extreme biology may hold clues for treating human disease

What could you do with a CU technology?

Turn your discovery into real-world impact

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WATCH: Google Maps for space—how a 20 Twenties winner built HoloAstro

What could you do with a CU technology?

Turn your discovery into real-world impact

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Larisza Krista awarded $600,000 NSF grant to translate coronal mass ejections research

CIRES scientist Larisza Krista fuels new space weather forecasts with Helio Today

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Growing stem cells in space to improve cancer and disease treatments

What could you do with a CU technology?

Turn your discovery into real-world impact

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WATCH: CU study identifies protein animals emit in crowded conditions, affecting fertility

What could you do with a CU technology?

Turn your discovery into real-world impact

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Light without electricity? Glowing algae could make it possible

What could you do with a CU technology?

Turn your discovery into real-world impact

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