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  • session 4

    Title

    Interstellar Exploration - Strategies, Capabilities and Opportunities

    type

    oral

    Description

    Interstellar space exploration – visiting another star—has engaged the intellect and imagination of people across time and the across globe. A sober, serious examination of achieving the scientific, technological, and societal capabilities required for interstellar flight—travel beyond our solar system to another star—reveals one undeniable fact—it is very, very difficult. The extreme challenges exist not only within a single discipline, for example, propulsion; revolutionary advances must be made across the range of human knowledge, skills and experience including biological and human social structures. New integrated systems and technologies must be contemplated. And this is exactly what imbues the interstellar journey with such compelling opportunities to benefit not only current space exploration, but also life here on Earth. Interstellar pushes us to think beyond the commonplace and small increments. This session seeks to define specific strategies, capabilities, technologies, and knowledge systems leading to major advances in areas such as: safe, reliable, propulsion and energy systems; life support, crew habitability and health; creation of viable star-bound space communities; enhanced robotics, automation, intelligent systems and equipment to use extra-terrestrial resources; opportunities for industry in space; navigation and computation; transfer of these advancements to benefit and enrich the quality of life on earth; connection to and improvement of the vitality of capabilities to establish human presence on the moon, Mars, or elsewhere in the solar system that will lead the way to the stars; assess and evolve technologies like solar sails, laser propulsion, fusion engines that are on the horizon. Clearly this is list is incomplete and a key objective of the session is to also find the gaps. Papers presented in this session are expected to provide rigorous grounding, references and justification from existing fields of study from social sciences, physical sciences, life sciences, materials, computer sciences to arts and communication, governance, the marketplace, manufacturing – whether concepts are stepwise or discontinuous.

    Date

    2026-10-08

    Time

    10:15

    Room

    Hall 24

    IPC members
    • Co-Chair: Dr. Mae Jemison, 100 Year Starship, United States;

    • Co-Chair: Prof. Giancarlo Genta, Politecnico di Torino, Italy;

    • Rapporteur: Mr. Les Johnson, United States;

    papers

    Order

    Time

    Paper title

    Mode

    Presentation status

    Speaker

    Affiliation

    Country

    1

    10:15

    Toward the Stars: A Framework for Interstellar Propulsion and Energy Findings from the Howard University Workshop

    10

    confirmed

    Prof. Sonya Smith

    Howard University

    United States

    2

    10:25

    Prospects for Using Nuclear Electric Propulsion for an Interstellar Probe

    10

    confirmed

    Dr. Ralph L. McNutt

    The John Hopkins University

    United States

    3

    10:35

    Technology Development Synergies Between Interstellar Capable Sails & Planetary Sunshades

    10

    confirmed

    Mr. Les Johnson

    United States

    4

    10:45

    A Unified Multi-Operational Propulsion Architecture for Autonomous AI-Driven Interstellar Probes

    10

    confirmed

    Mr. Nizami Rzayev

    Azerbaijan State Oil and Industry University (ASOIU)

    Azerbaijan

    5

    10:55

    AUTOPHAGIC AND SELF-RECONFIGURING ARCHITECTURES FOR LONG-DURATION INTERSTELLAR EXPLORATION

    10

    confirmed

    Haroon B. Oqab

    Space Canada Corporation

    Canada

    6

    11:05

    Interstellar colonization using space arks

    10

    confirmed

    Prof. Giancarlo Genta

    Politecnico di Torino

    Italy

    7

    11:15

    Inclusive Engineering Education for the Future of Humanity in Space

    10

    Prof.Dr. Lizbeth Goodman

    Smartlab

    Ireland

    8

    11:25

    Autonomous Civilization Architectures for Interstellar Exploration: Biological Mass Minimization, Quantum Navigation, and Regenerative Sustainability

    10

    confirmed

    Ms. Natalia Nikkhoo

    Voyager Technologies

    United States

    9

    11:35

    Interstellar Design Strategies: A Practical Framework for a Multi-Disciplinary, Human-Centered Process.

    10

    confirmed

    Dr. Karl Aspelund

    The University of Rhode Island

    United States

    10

    11:45

    Biomaterial and tissue engineering strategies for infection control and wound healing during long-duration spaceflight

    10

    confirmed

    Prof.Dr. Ronke Olabisi

    University of California, Irvine

    United States

    11

    11:55

    Virtual Human: Toward the Development of an Independent Deep Space and Interstellar Human Health Infrastructure

    10

    confirmed

    Dr. Mae Jemison

    100 Year Starship

    United States

    12

    12:05

    An Edge-Based Routing Architecture for Uncharacterized Interstellar Environments

    10

    confirmed

    Ms. Megan Pouncy

    University of Michigan, Ann Arbor

    United States

    13

    12:15

    The Spin-Density Model as a Foundational Paradigm for Interstellar Flight: Enabling Technologies and Strategic Roadmaps for the 22nd Century and Beyond

    10

    confirmed

    Dr. Sergei Kupreev

    Peoples' Friendship University of Russia (RUDN University)

    Russian Federation

    14

    12:25

    Exploring Higher-Dimensional Spacetime Concepts for Future Interstellar Navigation

    10

    confirmed

    Mr. Ayush Bhatt

    India

    15

    12:35

    From discovery science to decision science: systematic evidence synthesis for future interstellar missions

    10

    confirmed

    Dr. Mona Nasser

    University of Plymouth

    United Kingdom