Thursday, August 28↑
Command, Control, Cyber Operations↑
Silent Shield: Lessons learned designing, building, and going to orbit with a cyber intrusion detection payload
R. Roberts, Deloitte & Touche LLP, US
In-Space Manufacturing↑
From One-Off Experiments to Scalable Manufacturing: AI-Driven Tools for Microgravity-Enabled Product Design
I. Cozmuta, S. Alistar, R. Osan, E. Mak and M. Dieken, G-SPACE Inc, US
A Meta-Analysis of Crystals Grown in Microgravity; Butler University Databases
A. Wilson, Butler University, US
Pharmaceutical In-space Laboratory (PIL): Making Better Drugs in Microgravity
M. Mulligan, K. Savin, S. Tuma, Redwire Corporation, US
In-Space Semiconductor Manufacturing
A. Kumar, M. Flemming, A. McGibbon and N. Monteiro, Space Forge, US
Strategy for Commercialization and Production of High Value, Next-Generation Semiconductors in Variable Gravity Environments
M. Guerra, Ubtainium LLC, US
Microgravity-Enabled Crystal Growth for Aluminum Nitride, CVD Diamond and Quantum Devices
J. Schmitt, B. Soller, C. Whiteley, T. McCullah, M. Khosravi, A. Genis, M. Guerra, Nitride Global / Single Crystal Diamond Inc. / Ubtainium LLC, US
Advancing In-Space Manufacturing: From 2D Materials to Next-Generation Space-Based Production
D. Niedzwiecki, V. Buvac, Goeppert LLC, US
Microgravity-Grown Diamond: A New Frontier for Quantum and Advanced Electronics
S. Meckler, A. Genis, Single Crystal Diamond, US
Manufacturing Better Semiconductors in Space
J. Frick, J. Janowitz, D. Senesky, Astral Materials, US
Opportunities and Perspectives for Microgravity Research on Advanced Materials
P.N. Kumta, M. Criado, J. Ohodnicki, A. Roy, N. Joy, University of Pittsburgh, US
MOSA for Space Systems↑
Advancing In-Situ Corrosion Monitoring for High-Temperature Space Systems with Fiber Optic Sensing
K. Greene, FibrX, US
Protecting space based assets from compromise in the cyber domain: a tutorial on the need for increased adoption of high assurance real-time embedded software development tools and methodologies
J. Warther, Green Hills Software, US
Positioning, Navigation, Timing↑
Pathfinder™: GPS-Independent Visual Navigation for Resilient Positioning on Land and in Air
K. Singh, S. Shah, Skyline Nav AI, Inc., US
Satellite Communications↑
Ka-Band in Orbit: From Fragile Experiments to Global Backbone
M. Christian Wallisch, The Aerospace Corporation, US
Space Access, Mobility, Logistics↑
Cislunar Orbital Maneuvering and Mission Design
K. Paterson, A. Murnick, A. Czekay, Paterson Aerospace Systems Corp., US
Factory & Warehousing Logistics in Space
J. Beam, Rogue Space, US
Space Phoenix – Making Space Commerce Boring
A. Parlock, Space Phoenix Systems, US
Apparatus for Nominal Integration with Minimal Adaptations (A.N.I.M.A.)
S. Massa, Ecoatoms, US
Space Domain Awareness↑
Recentering Space Intelligence: From Data Fragmentation to Decision Clarity
W. Kotlewski, Slingshot Aerospace, US
Magdalena Ridge Observatory Interferometer: A New Tool for Assessing Space Situational Awareness
M. J. Creech-Eakman, New Mexico Institute of Mining and Technology, US
Satellite Accountability Blockchain (StAB)
K. Paterson, K. Whittaker, B. Franks, Paterson Aerospace Systems Corp., US
Other↑
Material Stability and Durability Testing in Low Earth Orbit Outside the ISS
P.H. Irace, R.D. Reeves, M.S. Roberts, ISS National Laboratory, US
A Visual Roadmap of the U.S. Temporary Presence Defense (TPD) to Patent Infringement for Space
S. Wood, Vela Wood, US
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