YouTube Playlist with all below sessions
Plenary Sessions
Dr. Robert Zubrin, President, The Mars Society – Reaching Mars this Decade
Bruce Banerdt, NASA JPL – Mars InSight Mission Update
Omran Sharaf, Project Manager – UAE Mars Hope Mission Update
Vera Mulyani, CEO & Founder, Mars City Design – The Future Alchemists
Dr. Nathaniel Putzig, Planetary Science Institute – Exploring for Underground Ice on Mars
Dr. David Poston, SpaceNukes – Space Nuclear Power
Dr. Karl Stapelfeldt, NASA Scientist – Search for Exoplanets with Telescopes
Alfredo Munoz – Digital twins of Martian Cities as a new frontier for Space Analogs
How China’s exploration ambitions are helping to shape the future of future of Mars exploration – Dr. Joseph Michalski
Maria Antonietta Perino, Thales Alenia Space – ExoMars Mission Update
Jim Green, NASA Chief Scientist – Ingenuity and the future of Flying on the Red Planet
Teddy Tzanetos – NASA-JPL Ingenuity Mars Helicopter Operations Lead – Mission Update
Dr. Katie Stack Morgan, NASA-JPL Perseverance Deputy Project Scientist – Mission Update
Dr. Michael Hecht, NASA-JPL, Principal Investigator – MOXIE Project Update
Penelope Boston, NASA Ames Research Center – Astrobiology by any other Name
Dr. Greg Autry, Arizona State University – COMSTAC duties; commercial spaceflight
Patrick Rennie & Fabrizio Bernardini, British Interplanetary Society – Engineering for Mars
Anastasiya Stepanova, IBMP Moscow, Researcher – Preparation of humans for deep space flights
Current Biological Research at the Mars Desert Research Station (MDRS) Shannon Rupert, Director, Mars Desert Research Station
MDRS Crew 245 – Mars Analog Experience at MDRS (Moderated by Ron Craig – Host, Red Planet Live podcast)
Pam Melroy, Deputy Administrator, NASA – NASA’s Path to Mars
Dr. Charles Cockell, University of Edinborough – Engineering a Free Mars
Dr. Carol Stoker, NASA-Ames – Finding Life on Mars
Dr. Paul Davies, Arizona State University – What is Life?
Dr. Chris McKay, NASA-Ames – Terraforming Mars
Dr. Steven Benner & Jan Spacek, Astrobiology Group – How SpaceX Could Find Life on Mars
Dylan Taylor, Founder, Space for Humanity & CEO, Voyager – Opening Space for Humanity
Dr. Bernard Foing – EuroMoonMars highlights, instruments, field campaigns
MarsVR – James Burk & Jeff Rayner
Million On Mars – Erik Bethke
Live broadcast with AMADEE-20 Mars Sim Staff (Austria & Israel)
Dr. Sara Seager – MIT – Biosignatures in Venusian Atmosphere
Barbara Belvisi, CEO, Interstellar Lab – Sustainable Space Settlement
Jim Cantrell, Phantom Space – Achieving Economic Space Launch
Dr. Setthivoine You, Co-Founder & Chief Scientist, Helicity Space – Fusion Powered Helicity Drive
Evan Plant-Weir, Co-Founder, Mars Society Canada, & Senior Blog Writer, The Mars Society
Vandi Verma, Chief Engineer, NASA-JPL Rover Robotics Operations – Driving Curiosity & Perseverance
Dr. Henrik Hargitai, NASA Ames Researcher – Mapping the Planet Mars
José M. Hernández, Former NASA Astronaut & CEO, Tierra Luna Engineering
Dr. Elizabeth Turtle, NASA-JPL, Principal Investigator – Titan Dragonfly Mission
Kolemann Lutz, Bruce MacKenzie, Jekan Thanga – Mars University
Dr. Robert Zubrin, Founder & President, The Mars Society – Closing Remarks
Track Sessions
TA-1 The Raymer Manned Mars Airplane
TA-3 Mars Transit Direct
TA-4 The role of AI in the space industry and Mars
TA-5 Five Ecological Principles for In Situ Resource Utilization on Mars to support Colonization and Terraforming
TA-6 The Critical Mission Sequence for Mars
TA-8 Design Choices for the GreenHab
TA-9 The InstaBase Concept
TA-10 Silkworms as an Industrial Organism for Martian Biosystems
TB-2 Investigating possible surface liquid water activity on Mars using Earth-based Mud Volcano analogues.
TB-5 Update on Mars Direct 3.0
TB-6 Mars (Global Power) Grid – Offering Sufficient Energy
TB-7 Borebots: Unlocking Subglacial Lake Access in the Mars South Polar Layered Deposits
TB-8 Technology-enabled Robotic Exploration (TREX)
TB-9 The Martian Global City as the First Ecumenopolis
MD-2 Providing for the Medical Needs of a Growing Base
MD-3 A Countermeasure for Long-Duration Space Expeditions to Minimize Effects of Social Isolation and Latency Delays Between Astronauts and Their Family and Close Friends Using Time-Shifting Communication
MD-5 Mars and COVID-19: The psychological effects
MD-6 Kymira: Astronaut Physiological Health Monitoring Using Smart Underlayer Garment.
MD-7 Neurosurgical procedures possible to carry out in zero gravity or micro gravity or at Mars
MD-8 Evaluation of the production of Haematococcus pluvialis, Chlorella sp. and Arthrospira maxima as an alternative source of protein and antioxidants for the production of food and oxygen for space travelers in exploration rovers
MD-9 The case for space sexology
MD-10 Synthetic Biology for Gene editing of edible plants to thrive on the Red Planet: A study on Moringa on Mars.
O-1 Space Boot Camp (A Novelty Space Project)
O-2 The Science Fiction connection to Mars
O-3 A Martian Literary Project: Mission 1/2021, Unveiling a Parallel
O-5 Imagining the Journey: The Significant Role for Science-Fiction in Reaching Mars Successfully
O-6 Why Become a Mars Society Ambassador? Q&A
O-7 Training High School Tiger Teams of Junior Astrosociolists, Astronauts, Engineers, Scientists and Pilots for Simulated Mars Missions.
O-8 The Mars Leap – An immersive Mars museum
O-10 Can we grow food using Martian soil?
TC-1 Mars Aquaponics System
TC-3 A Brief History of Sound on Mars
TC-4 The Challenge of Mars EVA suits
TC-5 Restoration and Maintenance of Essential Atmosphere Exploits Megastructure
TC-6 Mars Research Operations Habitat
TC-7 The Initiative for Martian Hemp Industrialization (I.M.H.I.)
TC-8 Water, water, water on Mars
TC-9 A thermochemical approach to convert Martian CO2 and water to sugars
TD-1 Resource Utilization technology for sustainable development
TD-2 Insight – From First Landing to Cities
TD-3 FlexSail – Solar Sails and Tech Revolutions
TD-4 Communication Technologies in Mars Missions
TD-6 Indian Mars Program
TD-8 Satellite Communication Channels for Mars Missions
AM-1 Team adaptation in space analogue contexts: How Antarctica teams deal with unexpected events that threaten performance
AM-2 MDRS Crew 261’s Innovative Mars Analog Experiments
AM-3 Machine Learning Algorithms to Study Behavior in Space Analogs: Leadership Example
AM-4 Mars Ocean Analogs: How Voyages at Sea Provide Valuable Human Factors Data For Mars Missions
AM-5 Endurability to Habitability: A study to create a Biologically Reliable Integration and Design for Ground Environment and Space (BRIDGES) for human spaceflight
AM-6 Improved cycloidal gear design in Mars rover analogue
AM-7 Design for a Low-Cost & Off-the-Shelf Analogue Research Hab in Extreme Environments
AM-8 A data analysis of the first hermetic seal of SAM–a hi-fidelity, hybrid physicochemical and bioregenerative human habitat analog at the Biosphere 2
AM-9 Physical preparation of analog astronauts in Habitat Marte
AM-10 Mining in space analog habitats
PA-2 Space Archaeology in Mars: Anthropological aspect of Humans as a Multiplanetary Species in 2050
PA-3 Seek Democracy on Mars
PA-4 Martian Countries: Why They are Inevitable
PA-8 The Martian Papers: A framework for thinking and discourse on Martian Governance
PA-9 Mars City State Design for 1,000,000 Population: An Integrated Model-based Approach towards Martian Settlements
PA-10 Habitat on Mars – Architectural Design for Future Settlements
TE-2 The need for speed in Space Power Electronics
TE-3 Semi-Cycling and the Martian Export Market
TE-4 Astronaut Assimilation of and Propagation of Micro Algae for Life Support
TE-6 Martian Paraterraforming
TE-7 Large Scale Colonization Ship
TE-8 Understanding the Surface Modifications at Landing Site due to Spacecraft Landing on Mars
TE-10 Design of Xors Moon Base
TF-2 Astronomy On Mars
TF-5 A spinning toroidal gravity facility for mars.
TF-7 Walking on Mars: A Pathway to a Martian Space Suit
TF-8 Improved rocker-bogie suspension block
TF-9 Xenotrophic gastronomy: fine dining on Mars
PB-1 The Two Plots Problem: Dealing with Death and Crime in a Martian Colony
PB-2 Mars, Terra nullius
PB-4 Sicut in Caelo et in Marte: Implementing a Catholic Diocese of Mars
PB-5 Saint John’s Newfoundland – historical example of settlement
PB-7 The Martian Papers: Defining Mars for the purposes of a Martian constitution
PB-8 Toward a Martian Trade Economy
PB-9 Jewell: Moon/Mars Academy
PB-10 Proposal for Interhuman Space Immigration Corporation ISIC
XA-1 20 years of European Mars Conference (EMC)
XA-2 Raise your Voice – Comms, Before, During and After Mars
XA-3 Building experiences in the Lava Cave Habitat space analog
XA-4 Modify MDRS Layout to Resemble the NMES Configuration within Lunar Lava Tubes (LLTs)
XA-5 Land Rights and a Centralized Mars Database
XA-6 Leveraging Mars to solve immediate problems on Earth
XA-7 The Institute for Terraforming Earth and Mars (ITEM)
XA-8 Who’s Winning the Moon Race—and Why it Matters for Mars
XA-9 Evaporite Minerals Characterization of Martian Ritchey Crater using CRISM Hyperspectral Data
XA-10 Open Discussion on New Visionary Mars Projects
TG-1 Challenges and opportunities for passive, practical agriculture on Mars.
TG-3 Mechanical Energy Storage System – An alternative of batteries on Mars
TG-4 Autonomous And Sentient Droid (Paldroid) To Assist Space Crews During Long Haul Journey To Mars
TG-5 Bio-Inspired Soft Robot for Mars Exploration
TG-6 Mars Settlement with SpaceX Starships
TG-7 Modeling of a positioning system for astronauts on Mars
TG-8 Autonomous Geomatics for Mars Exploration and Settlement
TG-9 Astronaut Assisted Mobility Surface Explorer (AAMSE) for Mars
TG-10 Mars Farming Viability
XB-1 Self Heating Living Bio Shelter Organism for Mars
XB-2 Algae on Martian Regolith Simulant as Fertilizer for Life Support
XB-3 Heinz: Why Art in Space?
XB-4 Smart Impact-Assisted Rapid Construction for Space Colonization
XB-5 Mars Colonist Candidate Selection & Training
XB-7 Appendicitis Considerations in Long-Term Space Travel