Academic: Web Articles
Lunar Rover Initiative
"The Lunar Rover Initiative is developing Scarab to evaluate and demonstrate a combined drilling and science rover platform for lunar exploration. Scarab needs to be able to withstand extreme temperatures, perpetual darkness, and intermittent communications to explore polar regions of the moon in order to survey sites and understand resources for future science and exploratory missions. Working for nearly a decade to develop feasible mission concepts and validate technologies in extreme environments here on Earth, we are experienced, skilled, and dedicated to the vision of lunar exploration."
These kind of academic/commercial lunar rovers than can drive, drill, navigate and analyze are the precursors to lunar commercial applications.
2nd Annual NASA STEM Educators Workshop Series - AESP
"Calling all teachers in the Charlotte area. NASA Langley Research Center in Hampton, Va., and Charlotte-Mecklenburg Schools are inviting educators to take part in free workshops Feb. 23-25. The second annual NASA STEM Educator Workshop Series will showcase science, technology, engineering and math (STEM) education resources relating to studying the NASA mission to return to the moon."
This announcement is from a NASA-sponsored Aerospace Education Services Project (AESP) located at Penn State. STEM education for teachers flows into our classrooms and helps stimulate creation of our future workforce, that includes commercial space enterprises.
Final frontier beckons for researchers | Nature News
"Spaceflight could soon be opened up to hundreds or potentially thousands of researchers rather than just an elite few, said experts at a space-research conference in Boulder, Colorado, this week.
The Next-Generation Suborbital Researchers Conference, which runs until 20 February, has drawn more than 250 delegates, including space scientists, aerospace-industry representatives and government officials. Their aim is to discuss the logistics of doing research aboard commercial suborbital space flights, which the industry says will soon be routine and affordable."
Department of Commerce Secretary, Gary Locke's "States of Entrepreneurism" Address
"The United States has not adjusted to a new global marketplace where foreign countries and foreign companies have the ability to outpace their American counterparts. It’s not tenable for...[us] to continue with the status quo. In a world where innovation is critical to U.S. competitiveness, we must do everything in our power to optimize commercialization that stems from our nation’s vast research investments. This is an issue where the Commerce Department is working hard to find solutions.
Last fall, we launched the Office of Innovation and Entrepreneurship, whose mandate is to drive policies and programs that help entrepreneurs translate new ideas, products, and services into economic growth, and to accelerate technology commercialization of federal R&D.
And today, I want to announce that on February 24 [2010], this Office will host a forum with university leaders and key stakeholders on the roles of universities in innovation, economic development, job creation, and commercialization of federally funded research."
Locke's analysis is dead on and includes references to NASA, aerospace and public-private collaboration in commercialization. The emerging suborbital space vehicle industry is a classic example of what he and the Obama administration are strongly promoting and they surely support STEM education as a critical lifeline essential to feed such entrepreneurial innovations.
The End of Magical Climate Thinking | Foreign Policy
"The Obama administration succumbed, like many others, to a sort of magical climate thinking that promised a painless and even prosperous transition to a low-carbon future with the tools already at hand. The only official within his administration to accurately grasp the technology challenges faced, Energy Secretary Steven Chu, was sidelined at crucial moments. Here is the back story of how the Obama administration dramatically raised and then dashed America's -- and the world's -- hopes that 2009 would be a pivotal year for remaking our collective energy future." This article places blame on both government and green energy advocates for "magical thinking" about what will surely at minimum be a tough, expensive, decades-long slog. The importance of space infrastructure advancements, especially by the private sector, to developing innovative lower-cost solar power and biospheric and climate monitoring systems will be major. Earth and its environment are increasingly understood as one evolving macro-ecosystem traveling through space over eons.
Suborbital Scientist-Astronauts Successfully Complete NASTAR Training
"Washington, D.C. – Showcasing the growing interest in conducting research and education missions aboard commercial suborbital spacecraft, eleven researchers including members of the Commercial Spaceflight Federation’s Suborbital Applications Researchers Group (SARG) successfully completed a training program yesterday at The National Aerospace Training and Research (NASTAR) Center in Pennsylvania.
The training included classroom instruction, altitude chamber training, multi-axis centrifuge training for launch and reentry accelerations, and several distraction factor exercises, simulating the conditions that scientist-astronauts will experience during future missions to 100 km altitude."
Building up a new market for suborbital spaceflight | The Space Review
"...Space tourism isn’t the only market [suborbital space} vehicles can serve. The same vehicles that can give paying customers the ride of a lifetime can also serve as testbeds for scientific research, technology demonstration, and even education. These potential applications had been largely overshadowed by space tourism in recent years, deemed to be secondary markets—and certainly not as novel or glamorous as space tourism. However, in the last year there has been growing interest in these fields, to the point that one advocate for them believes that they might become bigger markets than even tourism."
Virgin Galactic to Unveil SpaceShipTwo - Commercial Spaceflight Federation
"SpaceShipTwo, intended to carry passengers and scientific payloads into suborbital space, is being unveiled today by Virgin Galactic in Mojave, California. SpaceShipTwo was developed for Richard Branson’s Virgin Galactic by the engineering firm Scaled Composites, a team that includes aerospace pioneer Burt Rutan.
This reusable spacecraft will take two pilots and six passengers to space after first being carried aloft by the WhiteKnightTwo carrier aircraft, which has already been undergoing test flights for a year. SpaceShipTwo will conduct flights of passengers and science payloads to space from Spaceport America near Las Cruces, New Mexico.
Richard Branson, founder of Virgin Galactic, stated, “This is truly a momentous day. The team has created not only a world first but also a work of art. The unveil of SS2 takes the Virgin Galactic vision to the next level and continues to provide tangible evidence that this ambitious project is not only moving rapidly, but also making tremendous progress towards our goal of safe commercial operation.”
Commercial Reusable Suborbital Research Program (CRuSR) - Request for Info
"In this Request for Information (RFI), the NASA Ames CRuSR Office is requesting technical and programmatic input to improve the government's understanding of flight opportunities to aid potential science investigators in scoping and designing possible future suborbital investigations. Responses to this RFI are welcome from all interested parties, especially potential providers of suborbital spaceflight services. Suborbital spaceflight service providers should consider accommodation of flight experiments that address any of the science disciplines listed herein."
Suborbital rocket test to carry Purdue experiment | PhysOrg.com
"Purdue University researchers are designing and building an experiment that will operate during a test flight of a new type of reusable rocket to be launched by aerospace company Blue Origin LLC. The experiment will be used to study how fluids behave in low gravity, providing information that could help engineers design better components for a variety of technologies used both on the Earth and in space, said Steven Collicott, a professor in Purdue's School of Aeronautics and Astronautics.
It is one of three scientific research payloads recently selected by Blue Origin to be carried to suborbital altitudes during a flight test of the company's New Shepard rocket. The rocket enables researchers to study phenomena that cannot be effectively observed on Earth or during the relatively brief low-gravity periods that can be created in aircraft flights."