Submit Your Abstract Now Through:
Abstract Submission Guidelines
*** A presenter may present ONE ORAL AND ONE POSTER at the Symposium***
Contributed oral presentations are 15 minutes, and invited talks are 30 minutes.
Please review Steps 1-5 below before entering the online abstract submission site.
Step 1
Before signing up or logging into the online system (in Step 5), please review all of the following steps to ensure you have the information needed to complete the abstract submission process.
Please Note the Following Requirements Prior to Submission:
If you are planning to submit multiple abstracts, presenters are limited to one oral and one poster presentation. (Note: they must be different abstracts).
Step 2
Review the session topics from the list below. See the Areas of Interest for each topic (these details will be included as pop-ups for each topic on the submission page) and then choose to submit to the topic’s Oral or Poster Session. Note that the Program Committee will build the final sessions based on submissions during program development.
Step 3
Fill out the abstract content and author details in the system (abstract 2,700 characters max., including grammar and spacing; you may also submit a supplemental 1-page PDF file containing any graphs, charts, or pictures you wish to include).
Step 4
Agree to the copyright agreement. If you have questions e-mail yvonne@avs.org.
STEP 5
Due by 11:59 p.m. ET
Author Notification
Acknowledgment that your abstract has been submitted will follow by email shortly after submission, with official acceptance/scheduling emails to be sent by late September. Submissions will remain open until September 14.
Topics
2D Materials (2D)
- 2D+QS-TuM: Novel Quantum 2D Materials
- 2D-TuA: Synthesis and Processing of 2D Materials
- 2D-WeA: Surface-Sensitive Techniques for 2D Materials Characterization
- 2D-WeM: 2D Materials: Electronic, Magnetic, Mechanical, and Optical Properties
- 2D-ThM: 2D Materials Devices and Applications
- 2D-ThP: 2D Materials Poster Session
Actinides and Rare Earths (AC)
- AC-ThM: Actinides and Rare Earths Early Career
- AC-FrM: Actinides and Rare Earths Science
- AC-ThP: Actinides and Rare Earths Poster Session
Advanced Microelectronic Materials and Devices (AM)
- AM1+EM+TF-WeA: Industry Perspective
- AM2+EM+TF-WeA: Devices I
- AM+EM+TF-ThM: Ferroelectric Thin Films
- AM+EM+TF-ThA: ALD Fundamentals to Devices & Flash Session
- AM+EM+TF-ThP: Advanced Microelectronic Materials and Devices Mini-Symposium Poster Session
- AM1+EM+TF-FrM: Materials Discovery and Synthesis
- AM2+EM+TF-FrM: Devices II
Advanced Packaging (PK)
- PK-ThP: Advanced Packaging Poster Session
- PK+MS-FrM: Advanced Packaging Oral Session
Advanced Surface Engineering (SE)
- SE-ThA: Advanced Surface Engineering Oral Session
- SE-ThP: Advanced Surface Engineering Poster Session
Advances in Battery Engineering, Interface Design, and Characterization (BT)
- BT1+AS+CA+TF-ThM: Interface Engineering in Batteries
- BT2+AS+CA+TF-ThM: Advanced Battery Electrodes
- BT-ThA: Advanced Characterization of Battery Interfaces
- BT+AS+CA+TF-FrM: Solid-State Batteries
- BT+AS+CA+TF-ThP: Advances in Battery Engineering, Interface Design, and Characterization Mini-Symposium Poster Session
Advances in EUV Lithography (EUV)
- EUV-MoM: Advances in EUV Lithography II
- EUV-MoA: Advances in EUV Lithography II
- EUV-ThP: Advances in EUV Lithography Poster Session
AI/ML for Scientific Discovery (AIML)
- AIML1-ThM: Linking AI/ML Tools with Diagnostics and Film Growth: PLD/CVD/ALD
- AIML2-ThM: AI/ML Tools in Molecular Beam Epitaxy & Flash Session
- AIML1-ThA: AI/ML in Materials Characterization
- AIML2-ThA: AI/ML-enhanced RHEED in Thin Film Growth
- AIML-ThP: Poster Session
- AIML1-FrM: Materials Design and Autonomous Discovery
- AIML2-FrM: AI/ML in Semiconductor Processing & Manufacturing
- AIML3-FrM: Connecting Datasets, Models, and Characterization
- AIML4-FrM: Panel: Funding Agencies
Applied Surface Science (AS)
- AS-TuM: Applied Surface Science in Action I
- AS-TuA: Applied Surface Science in Action II
- AS-WeM: Advances in Sputtering
- AS-WeA: ToF SIMS in Applied Surface Science
- AS-ThM: Complex Data Analysis For Applied Surface Science
- AS-ThP: Applied Surface Science Poster Session
Atomic Scale Processing (AP)
- AP+EL+EM+PS+TF-TuM: Area Selective Processing and Patterning
- AP1+EL+MS+PS+TF-TuA: Advanced Atomic Scale Processing through Modeling and Simulation
- AP2+EL+PS+TF-TuA: Advancing X-Ray Photoelectron Spectroscopy to enable Atomic Scale Processing
- AP+EL+PS+TF-WeM: Thermal and Plasma-Enhanced Atomic Layer Etching
- AP+2D+EL+EM+PS+TF-WeA: Atomic Scale Processing to Enable 2D Materials
- AP+EL+MS+PS+TF-ThM: Advancing Spectroscopic Ellipsometry and Other in-Situ Techniques to Enable Atomic Scale Processing
- AP+EL+MS+PS+TF-ThA: Advancing Atomic Scale Processing Through Novel Sources and Pulsing Methods
- AP+EL+PS+TF-ThP: Atomic Scale Processing Mini-Symposium Poster Session
- AP1+EL+PS+TF-FrM: Thermal and Plasma-Enhanced ALD
- AP2+EL+PS+TF-FrM: Enabling Atomic Scale Processing (ALD/ALE) by leveraging new Precursors and Surface Reactions
AVS Quantum Science Workshop (AQS)
- AQS-SuA: AVS Quantum Science Workshop Session (ALL-INVITED SESSION)
Biomaterial Interfaces (BI)
- BI-MoM: Biofilms, Biofouling, and Biomolecules at Interfaces
- BI-MoA: The Future of Biointerface Science
- BI1-TuM: Biomaterials and Nanomaterials Fabrication I
- BI2-TuM: Biomaterials and Nanomaterials Fabrication II
- BI3-TuM: Characterization of Biological and Biomaterials Surfaces
- BI-TuA: Functional Materials and Biosensing
- BI-ThP: Biomaterial Interfaces Poster Session
Biomaterial Plenary (BP)
- BP+BI-SuA: Biomaterials Plenary Session
Chemical Analysis and Imaging of Interfaces (CA)
- CA-ThP: Chemical Analysis and Imaging at Interfaces Poster Session
- CA1-FrM: Chemical Analysis and Imaging at Interfaces Oral Session I
- CA2-FrM: Chemical Analysis and Imaging at Interfaces Oral Session II
Electronic Materials and Photonics (EM)
- EM1: Electronic Materials and Photonics Oral Session
- EM2: Advanced Microelectronic Materials for Next Generation Microelectronics Oral Session
- EM3: Electronic Materials and Photonics Poster Session
- EM-WeM: Advances in Wide Bandgap, Piezoelectric Materials and Devices
- EM-ThP: Electronic Materials and Photonics Poster Session
From Ionic Crystals to Ionic Conductivity: A Special Celebration of Gary W. Rubloff's 50+ Years in Science (GWR)
- GWR-MoM: From Ionic Crystals to Ionic Conductivity: A Special Celebration of Gary W. Rubloff’s 50+ Years in Science
- GWR-MoA: From Ionic Crystals to Ionic Conductivity: A Special Celebration of Gary W. Rubloff’s 50+ Years in Science II
Light Sources Sciences (LS)
- LS-MoM: Light Source Enabled ARPES
- LS-MoA: Light Source Enabled Science
- LS-TuM: Light Source Enabled Energy Science
- LS-ThP: Light Source Enabled Science Poster Session
Magnetic Interfaces and Nanostructures (MI)
- MI-MoM: Advanced Magnetic Materials in Low-Dimensional Structures I
- MI1-MoA: Advanced Magnetic Materials in Low-Dimensional Structures II
- MI2-MoA: Emergent Magnetism at Molecular Interfaces, Chirality-Induced Spin Selectivity, Molecular Magnetoresistance
- MI-ThP: Magnetic Interfaces and Nanostructures Poster Session
Manufacturing Science and Technology (MS)
- MS-ThP: Manufacturing Science & Technology Poster Session
Materials and Innovations for Fusion Energy (FUS)
- FUS-TuA: Materials and Innovations for Fusion Energy (ALL-INVITED SESSION)
- FUS-WeM: Fusion Materials, Plasma-Facing Components, and Tritium Engineering
- FUS-WeA: Materials for Fusion Fuel Containment
- FUS-ThP: Materials and Innovations for Fusion Energy Poster Session
Multifunctional and Hybrid Microsystems (MC)
- MC-MoA: Multifunctional and Hybrid Microsystems: Optomechanics and Quantum Transduction
- MC-TuM: Multifunctional and Hybrid Microsystems: MEMS and Bio Applications
- MC-ThP: Multifunctional and Hybrid Microsystems Poster Session
Nanoscale Science and Technology (NS)
- NS-MoM: Frontiers in Nanoscale Electron, Ion, and Scanning Probes I
- NS-MoA: Frontiers in Nanoscale Electron, Ion, and Scanning Probes II
- NS-TuM: Multimodal Techniques in Surface and Interface Engineering at the Nanoscale
- NS-TuA: Multimodal Techniques in Surface and Interface Engineering at the Nanoscale II
- NS-ThP: Nanoscale Science and Technology Poster Session
Nanoscale Science and Technology Plenary (NSP)
- NSP-SuA: Nanoscale Science and Technology Plenary Session (ALL-INVITED SESSION)
Plasma Science & Technology (PS)
- PS+AP-MoM: Plasma Processes for Advanced Interconnects
- PS1-MoA: Plasma Diagnostics
- PS2-MoA: Plasma Catalysis and Synthesis
- PS1-TuM: High Aspect Ratio and Cryogenic Etching I
- PS2-TuM: High Aspect Ratio and Cryogenic Etching II
- PS1-TuA: Atmospheric and Liquid Plasmas
- PS2+EUV-TuA: Plasma Processes for Feature Scaling
- PS1-WeM: Plasmas for 3D Integration
- PS2-WeM: Plasma Applications in Packaging and Wafer Bonding
- PS1-WeA: Machine Learning for Plasma Processes
- PS2-WeA: Low Global Warming Potential and Sustainability in Plasma Processing
- PS1-ThM: Advanced Ion and Reactant Control I
- PS2-ThM: Advanced Ion and Reactant Control II
- PS-ThA: Simulation for Plasma Processes
- PS-FrM: Novel Chemistries and Materials in Plasma Processing
- PS-ThP: Plasma Science and Technology Poster Session
Quantum Science and Technology (QS)
- QS-MoM: Qubit Modalities I — Hybrid Superconducting–Semiconducting Quantum Devices
- QS1-MoA: Scalable Superconducting Qubits, Materials, and Integration
- QS2-MoA: Surfaces, Interfaces, Defects, and Microwave Loss in Superconducting Devices
- QS-TuM: Quantum Sensing, Simulation, and Emerging Quantum Applications
- QS-ThP: Quantum Science and Technology Poster Session
Spectroscopic Ellipsometry (EL)
- EL-ThA: Spectroscopic Ellipsometry Oral Session
- EL-ThP: Spectroscopic Ellipsometry Poster Session
Surface Science (SS)
- SS-MoM: Precision On-Surface Synthesis
- SS-MoA: Surface Electronic, Magnetic, and Optical Properties
- SS-TuM: Dynamics
- SS-TuA: Chemical Reactions
- SS-WeM: Heterogeneous Catalysis
- SS-WeA: Somorjai
- SS-ThM: Reduced Dimensional Systems
- SS-ThA: Rising Stars
- SS-ThP: Surface Science Poster Session
- SS-FrM: Photo- and Electrochemical Energy Conversion
The Future of Temperature Sensing (TS)
- TS-TuA: The Future of Temperature Sensing I
- TS-WeM: The Future of Temperature Sensing II
- TS-WeA: The Future of Temperature Sensing III
- TS-ThM: The Future of Temperature Sensing IV
- TS-ThM: The Future of Temperature Sensing IV
- TS-ThP: The Future of Temperature Sensing – Poster Session
Thin Films (TF)
- TF1-MoA: Thin Films for Energy
- TF2-MoA: Fundamentals of TF I
- TF-TuM: Fundamentals of TF II & Flash Session
- TF1-TuA: VSHOP Fundamentals
- TF2-TuA: VSHOP Applications I, Membranes and Fluidics
- TF1-WeM: VSHOP Hybrid CVD and MLD
- TF2-WeM: VSHOP Applications II, Semiconductor Manufacturing
- TF-WeA: Far from Equilibrium Thin Films and Processes
- TF-ThP: Thin Film Poster Session
Undergraduate Posters (UN)
- UN-ThP: Undergraduate Poster Session
Vacuum Technology (VT)
- VT+FUS-WeA: Vacuum Technology Fusion
- VT-ThM: Vacuum Technology Big Vacuum Systems and Accelerators
- VT-ThA: Vacuum Technology Flow and Pumps
- VT-ThP: Vacuum Technology Poster Session
- VT-FrM: Vacuum Technology Pressure Measurement