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    • Rigaku Miniflex 600 Diffractometer II
    • HMDS YES OVEN
    • AM Scope
    • Kratos X-ray Photoelectron Spectrometer - Axis Ultra DLD
    • Bruker Invernio R FTIR
    • RHK ATM 300 STM
    • HF Hood
    • Ram Manthiram Receives the Inaugural John B. Goodenough Award from The Electrochemical Society
    • James Chelikowsky Wins Feynman Prize
    • Professor Deji Akinwande Elected as 2023 MRS Fellow
    • 2D Artificial Neurons Mimic Complex Brain Abilities for Next-Gen AI Computing
    • Milk Reaction Inspires New Way to Make Highly Conductive Gel Films
    • 5 Questions with Yuebing Zheng, Author of New Book on Nanophotonics
    • Texas Engineer Recognized for Creating More Sustainable Fertilizer
    • Smart Farming Platform Improves Crop Yields, Minimizes Pollution
    • ABC Radio: The life of the oldest Nobel Prize winner, John Goodenough
    • UT News: Water-Purifying Cup Makes Drinkable Water From Creeks and Streams
    • '3D Electrokinetic Tweezers' Enables New Level of Control of Tiny Particles
    • TMI Welcomes a New, Cutting Edge Ion Microscope
    • Hypothermal Opto-Thermophoretic Tweezers by Zheng Lab
    • Dr. Deji Akinwande: New Cockrell Family Regents Chair
    • With New Grant, Physicist Explores Using Sound to Transmit Data in Quantum Computers
    • UT Austin Engineers Advance Respiratory Health Tech via NSF's National Innovation Corps Program
    • Modified Virtual Reality Tech Can Measure Brain Activity
    • Guihua Yu Recognized as Blavatnik National Awards Honoree
    • Breakthrough Oil-Capturing Technology Offers 10x Improvement Cleaning Up Hazardous Spills
    • Hot Summer Air Turns into Drinking Water With New Gel Device
    • Texas Engineers Land Semiconductor Grants Through CHIPS Act-Backed NSF Program
    • Dr. Dmitry Kireev, 2023 Co-op Research Excellence Best Paper Award
    • Innovative Thermal Measurement Unveils a Distinctive Electron Cooling Mechanism in Graphene Devices
    • Dr. Benny Freeman Inducted into the U.S. N.A.E.
    • Distinguished Seminar Speaker for UC Boulder, Dr. Yuebing Zheng
    • Crack Formation in EV Battery Electrodes Unraveled
    • Advanced Electron Microscopy Detects Electric Field Fluctuations at the Single Atom Level
    • Hutter Lab Ensures Safe Hand Sanitizers through Infrared Spectroscopy
    • Swarming Behavior, Inspired by Nature, Holds Key to Future Robotics and Optoelectronics
    • Optica Announces 2024 Fellows Class, Dr. Yuebing Zheng
    • Laser Technology Cools the Way for Cellular Surgery and Drug Delivery
    • Delia Milliron receives 2023 Materials Research Society (MRS) Medal Award
    • Clarivate Highly Cited Researchers 2023
    • Delia Milliron receives 2023 NSEF Forum Award
    • Jean Anne Incorvia named 2023 APL Rising Star
    • Single Iron Atom Catalyst Breakthrough: Key Step Revealed in Boosting Renewable Energy Efficiency
    • Hydrogel-Based EEG Shows Promise for Sleep Monitoring
    • Scientist Breaks New Ground in Human-Robot Harmony with 'E-Tattoos' and 'E-Skins'
    • TMI's Alumni, Abhay Gupta & Youhong Guo named 2023 Forbes '30 Under 30'
    • Arumugam Manthiram Elected 2023 NAI Fellow
    • Guihua Yu's Atmospheric Water Harvesting Research Highlighted in Nature
    • Yuebing Zheng featured in Photonics Focus
    • Huiliang Wang Awarded NSF Career Award 2024
    • Injectable Water Filtration System Could Improve Access to Clean Drinking Water
    • Professor Nicholas Peppas Featured in First Issue of Nature Chemical Engineering
    • Deji Akinwande receives Office of Naval Research Funding
    • Addressing Dendrite Issue in Solid-State Electrolytes
    • Unlocking Collective Motion: Mimicking Nature with Active Particle Systems
    • Chemistry Professor Receives Sloan Research Fellowship and Mark Young Scholar Award
    • Subak Sensing: Silver Nanocluster Reporters Transform Genetic Testing
    • TMI Instrumentation Plays Part in Electrode Material Insights
    • Advancing Thermal Protection Systems with the Koo Research Group
    • Fire-Resistant Sodium Battery Balances Safety, Cost and Performance
    • Forging the Future: Nanosciences Transformative Path
    • UT Austin Chemist Bridges Chemistry and Solid-State Physics to Advance Understanding of Solar Panel Interfaces
    • Mitlin Lab: Featured IBS Presenter & Top 10% in Advanced Materials
    • Innovating Photonics: Dr. Alexander Demkov's Trailblazing Ventures
    • Texas Engineers Inducted into AIMBE
    • Cryo-EM Reveals Sodium Metal Battery Degradation Mechanism
    • Yuanyue Liu, ACS 2023 Rising Star
    • 'Smart Swarms' of Tiny Robots Inspired by Natural Herd Mentality
    • Guihua Yu Featured in People Magazine
    • Dr. Huiliang (Evan) Wang Receives 2024 ASEE Gulf Southwest Outstanding Young Faculty Award
    • UT Austin's Medical Device is Featured at Inside Out Event
    • Guihua Yu, Elected Fellow of the American Association for the Advancement of Science
    • Professor Vaibhav Bahadur (VB) Innovates Green Hydrogen Production from Oilfield-Produced Water
    • New Advanced Quantum Science Institute Will Bridge Basic Research and Applied Science
    • Stretchable E-Skin Could Give Robots Human-Level Touch Sensitivity
    • Arumugam Manthiram Receives 2024 IBA Yeager Award
    • Maria Juenger, Cements 2024 Della Roy Lecturer
    • #CLEO24 featured plenary speaker, Ray Chen
    • Yeram S. Touloukian Awarded to Li Shi
    • Deji Akinwande Wins DTRA Award for Quantum Biosensors
    • National Academy of Inventors Inductee 2024
    • Donglei Emma Fan Showcases Innovations in Robotics and Nanotechnology
    • How Lasers and 2D Materials Could Solve the World's Plastic Problem
    • Yuanyue Liu Lab Publishes in Chemical Reviews
    • Tanya Hutter Receives NSF CAREER Award 2024
    • Smart Soil Can Water and Feed Itself
    • Koo Research Group Advances Ablative Materials Research
    • Alexander Marras Awarded $1.9M NIH R35 MIRA Grant
    • Measuring Light and Matter with More Precision
    • Michael Cullinan Receives DARPA Grant
    • Towards Next Generation Electrical Conductors
    • New Carbon Storage Technology Is Fastest of Its Kind
    • Nanshu Lu appointed Carol Cockrell Curran Chair in Engineering
    • Ray Chen Visits Taiwan to Strengthen Institute Collaborations
    • Guihua Yu Wins Falling Walls Breakthrough Award of The Year in Engineering and Technology
    • UT Austin Researchers Explore Ethanol Metabolism in the Brain in a Brand-new Study Published in Alcohol
    • Professor Manthiram Delivers Plenary Talk at the Italian Chemical Society National Congress
    • TMI Scientist Joins DOE’s Energy Innovation Hub to Advance Aqueous Battery Technology
    • Predicting Electron Transport Under Surface Scattering
    • Professor Vaibhav Bahadur Makes Key Contributions to Carbon Sequestration and Hydrates Research
    • Wennie Wang Awarded 2025 Maria Goeppert Mayer Award
    • Samanta Receives Packard Fellowship
    • Dr. Jean Anne Incorvia Publishes in Nature Review
    • Nature-Inspired Tech Powers Faster Water Purification
    • New Thermal Interface Material Could Cool Down Energy-Hungry Data Centers
    • Electrochemical Simulations Made More Accurate
    • AI Faculty Cluster Hire (APPLY HERE)
    • Alex Demkov Presents on Quantum Materials at Rice University
    • Clarivate Highly Cited Researchers 2024
    • Fall 2024 Student Awards
    • Dr. Jin Yang Awarded the Pilot Seed Grant from the Semiconductor Research Corporation (SRC)
    • Aixtrom Black Magic
    • Perspective on Atomically Thin Bioelectronics Published in Nature Reviews Materials
    • Kent Zheng named Forbes 30 Under 30 in Science
    • KLA P-7 Stylus Profilometer
    • Dr. Deji Akinwande Delivers Distinguished Kavli Plenary Lecture at MRS Fall 2024
    • Hysitron TI-950 Triboindenter
    • Renishaw InVia Reflex Raman Spectrometer
    • Raith 150 Two E-beam Lithography
    • SF-100 Lightning Maskless Photolithography
    • Nordson March PX-250 RIE
    • Cambridge Nanotech Savannah TM200 ALD
    • Solar Cells Testing Glovebox
    • Suss MA6 Mask Aligner (system 2)
    • Leica Cryo Setup
    • Leica EM TIC 3X
    • Rigaku Miniflex 600 Driffractometer I
    • SV-10 Viscometer
    • Laurell Technologies Spincoater III
    • Time of Flight Secondary Ion Mass Spectrometer (TOF.SIMS M6)
    • Apreo 2C loVac SEM
    • In2Se3: A New Material for Enhancing AI Performance
    • Rigaku Miniflex 600 Diffractometer I
    • Advancements in Anode-Free Solid-State Batteries
    • Dr. Yuebing Zheng Elected Fellow of SPIE
    • A New Structure for Single Atom Catalysis
    • Koo Research Group Presents at AIAA SciTech 2025 Conference
    • Professor Arumugam Manthiram received the Faraday Medal Award
    • Andrei D. Dolocan and Ioana R. Gearba-Dolocan Recognized for 15 Years of Service
    • 2025 Hill Prize in Physical Sciences: James Chelikowsky
    • Dr. Zachariah A. Page Receives Presidential Early Career Award (PECASE)
    • ME Advisor of the Year Award Recognizes Tanya Hutter
    • Why Your Headphone Battery Doesn’t Last
    • Ultrasound-based Drug Delivery Method Could Lead to Safer, Targeted Treatments
    • Texas Engineers Take Home Hill Prizes
    • Pablo Vidal Receives Honorable Mention in TechConnect World 2025 Student Best Abstract Award Program
    • From Scraps to Sips: Everyday Biomass Produces Drinking Water from Thin Air
    • Fast-charging Lithium-ion Batteries: Advanced 3D Analysis of Electrode-electrolyte Interfaces with Secondary Ion Mass Spectrometry
    • Dr. Deji Akinwande Publishes in Nature Electronics
    • Graphene Double Moiré System Revolutionizes Quantum Materials Research
    • Dr. Emma Fan Elected to the AIMBE Board of Directors
    • A Path to Safer, High-Energy Electric Vehicle Batteries
    • Dr. Deji Akinwande's Group Publishes in ACS Nano
    • Donglei Emma Fan Inducted as Senior Member of the National Academy of Inventors
    • Dr. Deji Akinwande Publishes in Nature Materials
    • MS&E Students Recognized for Excellence at TechConnect World 2025
    • Controlling Failure in Anode-Free Solid-State and Sodium Metal Batteries
    • Dr. Jin Yang Receives NSF CAREER Award
    • Jin Yang Wins NSF CAREER Award to Study Viscoelastic Materials
    • Hand-paintable electrodes to study the brain
    • Smoothing Over Rough Edges in Batteries
    • Cockrell Ranks Among Top Graduate Programs Yet Again
    • Prince Alvin Fofanah Recognized in the 2025 Cockrell School of Engineering Student Leadership Awards
    • Dr. Manthiram Receives the 2025 Olin Palladium Award
    • Stressed or Bored at Work? New Electronic Tattoo Can Help
    • Dr. Huiliang Wang Publishes in Nature Communications
    • Guihua Yu Wins UAE’s Global Water Award
    • The Koo Research Group Presents at National Space and Missile Materials Symposium
    • TMI Researchers Develop AI-Driven Platform to Design Advanced Thermal Materials
    • TMI-Affiliated Faculty Member Dr. Xiuling Li Receives IEEE Photonics Society Engineering Achievement Award
    • New Research Publication on Solid State Battery Enhancement Features Texas Materials Institute Researchers
    • TMI-Affiliated Faculty Contribute to Breakthrough in Multi-Material 3D Printing Published in Nature Materials
    • UT Austin Graduate Student Researchers Drive Innovation in Battery Manufacturing
    • Student-Led Discoveries in Electrochemical Systems published in MRS Bulletin
    • TMI Affiliated Faculty Member Dr. Huiliang Wang a Finalist for Science & PINS Prize
    • TMI-Led Team Turn Microbubbles into Robotic Microtools
    • "Architected Materials" has Dr. Yulan Zhang & Team as Finalists in Gulf Futures Challenge
    • MSE Students are Finalists in Collegiate Inventors Competition
    • MS&E Students Lead Paper on Accurately Predicting How Charged Defects Scatter Electrons
    • TMI Affiliate Publishes on Cost-Effective Way to Capture Carbon Dioxide
    • Arumugam Manthiram talks AI and Energy Storage in New National Academy of Engineering Article
    • Roberts' Lab Publishes New Work on Quantum Dots
    • Team from Samanta Group Publishes on DNA Tweezers & Enzyme Control
    • $2.5 Million Grant Awarded to Deji Akinwande for Wearable Health Technology
    • AirGel Takes Top Prize and People’s Choice Award for Innovative Water-Harvesting Device
    • MS&E Graduate Student Publishes on Connection Between Battery Use, Recharging, & Interface Flattening
    • Alexander Demkov elected as MRS Fellow
    • TMI Faculty Celebrated as Highly Cited Researchers in 2025
    • Mangolini Research Group Publishes on Films & Friction
    • Korgel Research Group Makes Glowing Nanocrystals in Record Time
    • Dr. Bahadur Publishes on New Approach for Faster Desalination Process
    • Materials Science Student Leads Article on Gas & Safer Sodium-Ion Batteries
    • Kent Zheng receives MRS Science and Technology Award for Renewable Energy
    • Tushar Telmasre Receives Two Awards From 248th ECS Meeting
    • MS&E Student Wenlong Li Leads Collaborative Paper on Battery Charging Designs
    • Guihua Yu Awarded Grand Discovery Prize from Global Prize for Innovation in Water
    • Alumni & Current Students of MS&E Program Lead on Collaborative Paper Showcasing New Way to Enhance Hydrogen Fuel Cells
    • Latest Progress from Guihua Yu's Group Highlights Improving the Stability of Aqueous Batteries
    • Can ToF‑SIMS deliver standardless quantitative analysis when reference materials aren’t available?
    • Manthiram Receives Honors for Contributions to Materials Research
    • Deji Akinwande Receives U.S. Patent for Non-Volatile Resistance Switching in Monolayer Atomic Sheets
    • La Luce Cristallina Featured in Laser Focus World
    • Devleena Samanta Named a 2026 Cottrell Scholar
    • Siddhartha Nanda Publishes on the Safety of K-ion Batteries
    • Gavin Latham Awarded SMART DoD Scholarship
    • Subhashini Sugumar Reaches Finals of University's Empower Your Research Pitch
    • Yunlan Emma Zhang Awarded Outstanding Technical Contribution Award from the Aerospace Division of ASCE
    • Subhashini Sugumar Wins in Empower Your Research Pitch Finals
    • Recent Advances from Dr. Manthiram
    • Two New Publications Advance Innovative Synthesis Methods for Next-Generation Battery Materials
    • NSF Graduate Research Fellowship Program Awardees
    • Terry Zheng Awarded UT Chevron Energy Graduate Fellowship
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      • Keyence VK-X1100 Optical Profilometer
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      • JEOL NEOARM Low kV STEM Corrected
      • Time of Flight Secondary Ion Mass Spectrometer (TOF.SIMS 5)
      • Wyko NT 9100 Optical Profilometer
      • Witec Micro-Raman Spectrometer Alpha 300
      • Fluorolog3 Fluorimeter
      • Cary 5000 UV/Vis NIR
      • Park Systems NX10 AFM
      • Asylum MFP-3D AFM
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      • Infrared Spectrometer–Infinity Gold FTIR
      • Hitachi IM4000C Broad Beam Ion Milling System
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      • Kratos X-ray Photoelectron Spectrometer - Axis Ultra DLD
      • Scios 2HiVac Dual Beam
      • Nano/Microfiber Electrospinning System
      • Hitachi S-5500 SEM/STEM
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      • Work Bench for Corporate Users
      • Hood for STM and TEM sample prep
      • Zygo Interferometer
      • Zeiss Axioscope 2 MAT Optical Microscope
      • West Bond Wire Bonder
      • Suss MA6 Mask Aligner
      • Samco RIE-1C Reactive Ion Etcher
      • Quorum Technologies Critical Point Drier
      • PVD75 e-beam and Sputtering System
      • Oxford Instruments Plasma Lab 80+ PECVD and Etching
      • Kurt J Lesker Nano36 Thermal Deposition System
      • March Plasma CS170IF RIE Etching System
      • Laurell Technologies Spincoater II
      • Laurell Technologies Spincoater I
      • KSV Langmuir-Blodgett Trough
      • J.A. Wollam M2000 Spectroscopic Ellipsometer
      • Fuljifilm DMP-2800 Dimatix Printer
      • Disco 321 Wafer Dicing Saw
      • Denton Thermal Evaporator
      • Dektak 6M Stylus Profilometer
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      • AMOD Thermal Deposition System
      • Rigaku Miniflex 600 Diffractometer II
      • Rigaku Miniflex 600 Diffractometer
      • Rigaku Miniflex 600 Diffractometer I
      • Scintag X1 Theta-Theta Diffractometer
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      • Electrical Characterization Instrumentation
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      • HMDS YES OVEN
      • KLA P-7 Stylus Profilometer
      • Bruker Invernio R FTIR
      • AM Scope
      • SF-100 Lightning Maskless Photolithography
      • Nordson March PX-250 RIE
      • Cambridge Nanotech Savannah TM200 ALD
      • Solar Cells Testing Glovebox
      • Suss MA6 Mask Aligner (system 2)
      • SV-10 Viscometer
      • Laurell Technologies Spincoater III
      • Time of Flight Secondary Ion Mass Spectrometer (TOF.SIMS M6)
      • Apreo 2C loVac SEM
      • Leica Cryo Setup
      • Hysitron TI-950 Triboindenter
      • Renishaw InVia Reflex Raman Spectrometer
      • RHK ATM 300 STM
      • Raith 150 Two E-beam Lithography
      • Leica EM TIC 3X
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    • User Information
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  • News and Events
    • Jianhe Guo Wins MRS Graduate Student Silver Award
    • TMI Faculty Highly Cited Researchers for 2018
    • MS&E Student, Youhong Guo, Wins Student Research Contest
    • MS&E Students Kate Rader and Emily Brady Win Outstanding Poster
    • MS&E Alumni Recognized for their Research at TMI
    • Professor John Goodenough Wins Copley Medal
    • Science Magazine Features Guihua Yu’s New Solar Water Purification Technology
    • Dr. Yuebing Zheng Wins Co-op Research Excellence Award
    • Arumugam Manthiram Wins Prestigious Awards
    • MS&E Student Zixuan Li Awarded for STLE Poster
    • Nobel Prize in Chemistry Goes to John Goodenough of The University of Texas at Austin
    • Texas Materials Institute Boasts Four Highly Cited Researchers According to 2019 Web of Science Group List
    • TMI Faculty Awarded Keck Foundation Grant
    • Guihua Yu Wins Prestigious International Polymer Award
    • MS&E Student Jingang Li Awarded the Ben Streetman Prize
    • Watch John B. Goodenough receive the Nobel Prize Award
    • TMI Director, Arumugam Manthiram, Delivers Goodenough’s Nobel Prize Lecture
    • Longhorn Network Profiles Guihua Yu's Research
    • Wolf Prize in Physics Awarded to Allan MacDonald
    • Ford Foundation Fellowship Awarded to MS&E Student Daniel Sanchez
    • Deji Akinwande Featured in Popular Mechanics
    • Beetle That Can Survive in Volcanic Areas Inspires New Cooling Materials
    • Goodenough Materials Innovation Lectures
    • New Room-Temperature Liquid-Metal Battery Could Be the Path to Powering the Future
    • New Cobalt-Free Lithium-Ion Battery Reduces Costs Without Sacrificing Performance
    • MS&E Program Ranked Globally by ShanghaiRanking
    • 98th Birthday Symposium in Honor of John B. Goodenough
    • A Widely Available Organic Material Could Give Batteries a Boost for Storing Renewable Energy
    • TMI Postdoc Zilong Wu Receives Baxter Young Investigator Award
    • Decades-Old Mystery of Lithium-Ion Battery Storage Solved
    • New Tools for Atomic-Level Research Arrive at Texas Engineering
    • TMI Materials Science and Engineering Ranked Among Best Undergraduate Engineering Programs in the U.S.
    • Researchers Find the Right Formula for Scalable Production of Material that Can Decontaminate Water, Advance Ultra-fast Light-based Computers
    • Nickel Institute Interviews TMI Director, Arumugam Manthiram
    • Self-Watering Soil Could Transform Farming
    • Texas Materials Institute Boasts Six Highly Cited Researchers According to 2020 Web of Science Group
    • World’s Smallest Atom-Memory Unit Created
    • Fall 2020 Texas Engineer Magazine
    • International Battery Materials Association (IBA) Recognizes Professors John B. Goodenough and Arumugam Manthiram
    • Motorized Sensors Aim to Improve and Speed Up Early-Stage Disease Diagnosis
    • Texas Engineers Leading DARPA Project for Pulling Clean Water Out of the Air
    • Sanjay Nanda Wins Best Presentation Award at MRS Fall Meeting
    • Filippo Mangolini Receives Cockrell School Faculty Award
    • Raluca Gearba-Dolocan Receives Cockrell School Staff Excellence Award
    • MS&E Student Youhong Guo Wins MRS Outstanding Graduate Student Award
    • Guihua Yu Recognized for Pioneering Work Utilizing Nanotechnology for Energy Storage and Water Sustainability
    • Filippo Mangolini Receives NSF Career Award
    • S. V. Sreenivasan Elected to the National Academy of Engineering
    • John B. Goodenough Receives the Washington Award
    • Donglei Emma Fan Named Fellow of the Royal Society of Chemistry
    • Professor Guihua Yu Wins the Prestigious TMS Brimacombe Medalist Award
    • MS&E Student Seamus Ober Awarded NSF GRFP
    • U.S. News & World Report Ranks Texas Materials in Top 20
    • Professor Guihua Yu Selected as 2021 Blavatnik National Awards Honoree for Young Scientists
    • Arumugam Manthiram Receives ECS 2021 Battery Division Technology Award
    • Optical Tweezer Technology Tweaked to Overcome Dangers of Heat
    • UT Austin a Top 5 “Rising Star” in Materials Science
    • MS&E Student, Colin Yee, Wins First Place For NSMMS & CRASTE Student Presentation
    • New Method Makes Vital Fertilizer Element in a More Sustainable Way
    • Tanya Hutter Receives L’Oréal-UNESCO Funding for Women in Science
    • Breathing New Life Into Fuel Cells
    • Arumugam Manthiram Wins the Electrochemical Society’s Battery Division Technology Award
    • TMI Director, Arumugam Manthiram, Featured in Bloomberg Businessweek
    • Jim Chelikowsky Receives TMS John Bardeen Award for 2021
    • Hydrogel Tablet Can Purify a Liter of River Water in an Hour
    • Metals Supercharge Promising Method to Bury Harmful Carbon Dioxide Under the Sea
    • Materials Science and Engineering Program at UT Austin Ranked No. 23 in the World
    • Manthiram Work in Cobalt-Free Batteries Highlighted in CNBC
    • Texas Materials Institute Boasts Nine Highly Cited Researchers According to 2021 Web of Science Group
    • MSE Graduate Students Jingang Li and Xiao Zhang Win MRS Awards
    • Sodium-based Material Yields Stable Alternative to Lithium-ion Batteries
    • UT Battery Leaders Get Funding for Next-Generation Research
    • Guihua Yu Receives Prestigious Hackerman Award for Innovative, Wide-Ranging Research in Nanotechnology
    • Professor Yuanyue Liu Wins Scialog Award
    • MS&E Students Awarded NSF Graduate Research Fellowship 2022
    • Professor Guihua Yu Elected as 2022 MRS Fellow
    • Low-Cost Gel Film Can Pluck Drinking Water From Desert Air
    • Blood Pressure E-Tattoo Promises Continuous, Mobile Monitoring
    • Tiny Motors Take a Big Step Forward
    • Goodenough's 100th Birthday Symposium
    • Donglei 'Emma' Fan Selected as Ilene Busch-Vishniac Lecturer at John Hopkins University
    • Dr. Guihua Yu's Lab Featured on Texas Monthly
    • Former MS&E Student Awarded 2021 Chinese Government Award for Outstanding Self-Financed Students Abroad
    • Donglei “Emma” Fan Receives NSF Mid-Career Advancement Award
    • Magnetic Field Helps Thick Battery Electrodes Tackle Electric Vehicle Challenges
    • TMI Joins JAXA and NASA for Asteroid Explorer Hayabusa2 Mission
    • Yuanyue Liu receives the ACS OpenEye Outstanding Junior Faculty Award in Computational Chemistry
    • Dr. Guo, Former MS&E Student, Selected for Forbes '30 under 30'
    • Dr. Grundish, Former MS&E Student, Selected for Forbes '30 under 30'
    • Dr. Huiliang "Evan" Wang receives 2025 National Academy of Medicine (NAM) Healthy Longevity Catalyst Award
    • Arumugam Manthiram Receives the Prestigious 2025 Olin Palladium Award
    • UT Austin Partner, NewFoS, Named Innovator of the Year – Academia
    • Warner Group Publishes 2 Collaborative Articles on New Techniques Using Electron Microscopy
    • Allan MacDonald Wins Frontiers of Knowledge Award
    • Recent Advances from Professor Bahadur's group
    • TMI & Its Faculty Highlighted Throughout Annual Report from UT's Discovery to Impact
    • Breaking Down the Battery Problem
    • TMI Faculty Lead New Startup Focusing on Mineral Recovery
    • Bahadur Research Group Part of Collaboration Analyzing Water Use by Data Centers in Texas
    • Plants Need Water? Breakthrough Sensor Measures Leaf Hydration in Real Time
    • Seven TMI Faculty Awarded Seed Grant from UT Austin Energy Institute
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