Abstracts due by October 6, 2025

Submission Guidelines

Abstracts may include both published and unpublished work that tackle fundamental challenges for next-generation technologies, with a focus on novelty and the potential impact of these innovations on information processing, computing capabilities, and performance. We will prioritize submissions that present ambitious ideas and approaches. Selected submissions will be invited to deliver lightning talks and participate in poster presentations.

We will accept self-contained 2-page abstract (including references and figures) that will be reviewed by the technical program committee for novelty, quality, and clarity of the work.  Please send abstracts to abstracts@energyconsequences.com and also indicate at least 1-2 themes as mentioned below. 

Important Dates 

Abstract Due Date:  October 6th ,  2025,  Anywhere on Earth  

Note: The deadline for abstract submissions has been extended due to issues with an incorrect email hyperlink. If you have already submitted an abstract, you are welcome to revise your submission until the new deadline. We apologize for any inconvenience this may have caused during the submission process. 

Abstract Decision Notification: November 7, 2025

Formatting

The Abstract may not exceed two pages when printed using standard letter-size (8.5-inch x 11-inch) paper with 1-inch margins (top, bottom, left, and right). The body text font must be Aptos, Calibri, or Times New Roman and must not be smaller than 11 point and single column. Figures and references must fit within the two-page limit. At the top of the Abstract, please indicate Theme(s). Please submit the  abstract as a pdf attachment with the corresponding author and email clearly indicated.

Themes

• Neuromorphic Computing (Neuromorphic primitives, novel devices and circuits, …)

• Next-generation AI/ML algorithms (Continual learning, …)

• Neuroscience (Relationships between metabolic energy and information processing (at any level from sub-cellular to systems), , new neuroscience-informed models relevant for neuromorphic computing, …)

• Quantum Computing (Large-scale Utility Scale Quantum Computing energy costs, Applications, ... )

• Thermodynamic Computing

• HPC (System-wide power considerations, Heterogeneous systems...)

• Beyond-CMOS Technologies

• Edge Sensing and Computing (Robotics/Autonomous Systems/Satellites, ...)

• Co-Design Tools for Emerging Technologies (Algorithm-Hardware-Application co-design, full-stack solutions, …)

• Novel Algorithms (Neural-inspired, Algorithms to exploit emerging technologies, …)

Contact

For any clarifications or questions please contact art@energyconsequences.com and suma@energyconsequences.com .