61. Web Of Life - NASA's Fundamental Space Biology Outreach Program Covering microgravity, cell research, spaceflight hardware, weightlessness, gravity, NASA scientist information, and how fundamental space biology is important to America. http://weboflife.ksc.nasa.gov

Current Research Visit Current Research Learning Resources Check out Learning Resources for information on teacher programs and activities. Learning Resources also contains the Ask a Life Scientist archive and links to space, biology, and educational resources including the Exercise and Aging guide. Outreach Program Learn more about the mission, goals, and major activities of the Fundamental Space Biology Outreach Program. Experiments With Salmonella Experts believe that as many as 4 million cases of food poisoning in the United States are caused annually by salmonella bacteria. Ground-based and in-space studies are providing scientists with valuable information about how these microbes multiply and eventually conquer the immune system. The results could lead to a better understanding of preventing or lessening the severity of bacterial infections. Read more about these experiments.

62. Ride With John Glenn Into Microgravity Mission updates and background information on the microgravity experiments beingdone by John Glenn onboard the space shuttle Discovery during the STS95 http://www1.msfc.nasa.gov/NEWSROOM/glenn/glenn.html

Back to News Center Home Throughout the STS-95 mission, John Glenn worked on a variety of investigations important to public health challenges and studies that may lead to better products for industry. These investigations took place in the near-weightless environment of space known as microgravity.

63. NASA Space Science Headlines -- Microgravity Science Lab Results From the quantity and quality of science results to the number of commands sendfrom the ground to space, the microgravity Sciences Laboratory (MSL1), which http://science.nasa.gov/newhome/headlines/msad17jul97_1.htm

Answers to Questions Undreamt Science Wrap-up of MSL-1/STS-94 July 17, 1997 11 a.m. CDT Check out our highlights page for MSL-1!! F rom the quantity and quality of science results to the number of commands send from the ground to space, the Microgravity Sciences Laboratory (MSL-1), which wrapped Wednesday afternoon, set a record for superlatives. "How do you spell success?" asked mission scientist Mike Robinson in the final mission update briefing Wednesday afternoon. "I spell it M-S-L-1." Although landing came this morning at 05:46 a.m. CDT, the science mission ended, gradually, Wednesday as the flight crew deactivated experiments, stowed equipment, and then turned out the lights in preparation for landing. The mission was overshadowed by news from Mars, but mission manager Teresa Vanhooser said she saw the same excitement in the faces of MSL-1 investigators as several years of work came to life on video monitors and computer screens. "Everybody is going home happy," she said. "I don't think you can do any better," Robinson added. In speaking of one set of combustion experiments, he said that the scientists "have answers they never dreamed of getting."

64. NASA/MSL-1 SCIENCE Home Page microgravity SCIENCE Laboratory1. Science Update, July 17, 1997 1100 am CDTAnswers to Questions Undreamt. How does microgravity Science Affect YOU? http://science.nasa.gov/msl1/msl1hframe.htm

SSL Home Page Marshall Space Flight Center NASA Home Page Microgravity SCIENCE Laboratory-1 Science Update, July 17, 1997 11:00 a.m. CDT Answers to Questions Undreamt From the quantity and quality of science results to the number of commands send from the ground to space, the Microgravity Sciences Laboratory (MSL-1), which wrapped Wednesday afternoon, set a record for superlatives. "How do you spell success?" asked mission scientist Mike Robinson in the final mission update briefing Wednesday afternoon. "I spell it M-S-L-1." (The image above is a Droplet Combustion Experiment burn on July 13, using a fiber to support the fuel droplet) ...more ...More Daily Science Stories Check out our daily MSL-1 image and video highlights on the " Science in Action " page!! The Microgravity Science Laboratory-1 mission officially ended on July 17 1997, at 5:46 a.m. CDT, when STS-94 landed safely at Kennedy Space Center. By visiting this site, you were able learn about the science being performed on this mission and why. But stay tuned! The Space Sciences Laboratory, at Marshall Space Flight Center, reports on the latest space science news coming from our scientists and their colleagues throughout the world. Our latest headlines - on atmospheric physics and "global warming," the Earth's aurora, the Sun, deep space astrophysics, and of course, microgravity science - can always be found at

65. ESA Manned Spaceflight And Microgravity Fireworks Splice HTML http://www.spaceflight.esa.int/users/

66. Microgravity Programmes Zvezda Successful Launch, More Information. The Research in microgravity pagesare a good place to start if you want to know more- microgravity Programmes. http://www.spaceflight.esa.int/file.cfm?filename=mgprogs

67. USMP-4 Similar pages liftoff.msfc.nasa.gov/shuttle/lms/ Similar pages More results from liftoff.msfc.nasa.gov UK microgravity Research Appleton Laboratory on behalf of the British National Space Centre to provide informationabout the purpose of orbital research using microgravity (or 'zerog http://liftoff.msfc.nasa.gov/shuttle/usmp4/

Check out the Daily Shuttle Status Report from KSC USMP-4 is managed and operated right here at MSFC Take a tour of the Payload Operations Control Center ( POCC ) here at MSFC. A Few Images of USMP-4 Taken during the flight showing the MPESS payloads and experiment video. T he Fourth United States Microgravity Payload was part of shuttle mission STS-87 which launched November 19 th and landed December 5 th Final Status Report: Dec 4 th T he crew of the Space Shuttle Columbia is returning to Earth tomorrow with a wealth of discoveries adding to America's storehouse of scientific and technological knowledge gleaned from a suite of state-of-the-art science experiments. Mission Manager Sherwood Anderson at NASA's Marshall Space Flight Center in Huntsville, Ala., describes the scientific mission of the fourth U.S. Microgravity Payload (USMP-4) as "a grand success." Read More... Research based on precursor missions such as USMP has lead to the early initiation of a joint scientific research program aboard Russia's Mir Space Station. T he United States Microgravity Payload program is a series of missions developed by NASA to provide scientists with the opportunity to conduct research aboard the Shuttle in the unique microgravity environment for longer periods of time (for days, vs. minutes using other methods). More time in microgravity means that slower processes and more subtle effects can be investigated, yielding a better science return from an experiment.

68. CAMMP - The Center For Advanced Microgravity Materials Processing George A. Snell Professor of Engineering Director, Center for Advanced microgravityMaterials Processing Phone 617.373.7910, Fax 617.373.2209 Email asacco http://www.dac.neu.edu/cammp/

Opportunities at the Frontiers of Materials Research Government Industry University Partnerships Leveraging resources to accelerate the time to market of innovations in materials technology CAMMP Directory About CAMMP PEOPLE LAB FACILITIES For information on academic possibilities at Northeastern University [Academic Offerings at NEU] [Graduate School of Engineering] [Undergraduate Engineering] ... [Undergraduate Chemical Engineering] For more information about CAMMP, please contact: Dr. Albert Sacco, Jr. George A. Snell Professor of Engineering Director, Center for Advanced Microgravity Materials Processing Phone: 617.373.7910, Fax: 617.373.2209 E-mail: asacco@coe.neu.edu

69. Payload Information Payload ID, LMS. Payload Title Life and microgravity Spacelab. Data Availability,Yes, View data element information for Life and microgravity Spacelab. http://lsda.jsc.nasa.gov/scripts/cf/miss_payload.cfm?pay_index=62&mis_index=45

70. The Center For Microgravity And Materials Research Welcome Welcome to. What is CMMR? Step bunching LMD experiment flown in space, Organization People Research Areas Projects Announcements Publications Opportunities. http://www.cmmr.uah.edu/

Welcome to CMMR in 2 minutes Research Areas Projects Announcements ... Opportunities Email comments to: peignit@email.uah.edu Last revised 12.Dec.2000.

71. ULB - Microgravity Research Center: Homepage Welcome to the microgravity Research Center PhysicalChemistryDepartment of the Faculty of Applied Sciences - ULB. HOMEPAGE, http://www.ulb.ac.be/polytech/mrc/

Welcome to the Microgravity Research Center Physical-Chemistry Department of the Faculty of Applied Sciences - ULB HOMEPAGE The Microgravity Research Centre (MRC) is part of the (ULB), Belgium. Our main research activities concern the physics of fluids, physics of interfaces and optical metrology. Studies are carried out experimentally, numerically and theoretically from fundamental to industrial applications point of views. Fluid Physics Research Metrology Instruments ... Click here to download a PDF issue of the MRC brochure (882k). A printed version may be mailed to you on demand. th Comments: mrc@ulb.ac.be

72. A Wearable Computer For Use In Microgravity Space And Other Non-Desktop Environm 6970). New York ACM. A Wearable Computer for Use in microgravity Spaceand Other Non-Desktop Environments. In-Shuttle microgravity Space. http://www.dgp.toronto.edu/people/ematias/papers/chi96/

http://www.dgp.toronto.edu/people/ematias/papers/chi96 Companion of the CHI '96 Conference on Human Factors in Computing Systems (pp. 69-70). New York: ACM. A Wearable Computer for Use in Microgravity Space and Other Non-Desktop Environments Edgar Matias The Matias Corporation 600 Rexdale Boulevard, Suite 1204 Toronto, Ontario, Canada M9W 6T4 edgar @ halfkeyboard.com I. Scott MacKenzie Dept. of Computing and Information Science University of Guelph Guelph, Ontario, Canada N1G 2W1 mac @ snowhite.cis.uoguelph.ca William Buxton c/o Computer Systems Research Institute University of Toronto Toronto, Ontario, Canada M5S 1A4 buxton @ dgp.toronto.edu ABSTRACT We present one possible design for a "wearable" computera computer that is worn. Our prototype permits text entry without the need of a table or other supporting surface. Typing can be performed while standing or even walking. Possible applications for this device are also discussed. KEYWORDS: Input devices, input tasks, wearable computers, portable computers, Half-QWERTY, one-handed keyboard, skill transfer. INTRODUCTION The tremendous and increasing popularity of notebook computers over the past several years has encouraged manufacturers to push the envelope ever further. This has led to the development of palmtops and PDAs, devices small enough to fit in the palm of your hand. In an interesting spin-off, the technologies which make these devices possible are being used to push portability even further, creating a new breed of computer known as a "wearable." While not yet common, their eventual success relies on finding niche applications to pave the way for more general use. In this paper we present one possible design for a wearable, and explore a few possible niches.

73. SpaceRef - Microgravity Science Guide Space Weather. Astrobiology Web - Mars Today - Wireless Alerts- Pop-up News - Go Mobile. SpaceRef - microgravity Science. http://www.spaceref.com/Directory/Microgravity_Science/

SpaceRef About Us Advertising Comments Wednesday, April 9, 2003 SpaceRef Calendar Directory Gallery Press Releases Space Station Space Weather Status Reports Astrobiology Web (The) Mars Today Mars TV SpaceRef Canada SpaceRef Japan SpaceRef Research Advertisement Home Calendar News Gallery ... Mars Today

74. Microgravity Combustion Laboratory, UC Berkeley microgravity COMBUSTION LABORATORY. It includes experiments in normal gravity andin microgravity the latter are being conducted in the Space Shuttle. http://www.me.berkeley.edu/mcl/

MICROGRAVITY COMBUSTION LABORATORY Part of The Combustion Processes Laboratories MCL is a NASA-funded research facility in the Department Mechanical Engineering at the University of California, Berkeley , aiming at studying the potential onset of fire in environments encountered in spacecraft. The research goals are to better understand and predict material flammability, combustion products, and other fire-safety related phenomena in reduced gravity environments. Research focuses on experimental investigation, theoretical analysis and computational simulations. Some of the experiments are conducted in microgravity facilities, including drop towers, parabolic flights, Space Shuttle and in the future in the International Space Station. Research Overview of our research in microgravity combustion (pdf file) Why Microgravity? Smoldering Combustion Current Projects: FIST F orced I gnition and Flame S pread T est): The project objective is to study the effect of low gravity on the flammability diagrams of combustible materials used in spacecraft's. The microgravity tests will be conducted in the International Space Station, with the first flight manifested for October 2004. COSMIC CO S oot in M icrogravity I nverse C ombustion): The objective of the research is to experimentally and computationally study CO and soot processes in laminar, inverse diffusion flames, which is a special case of underventilated combustion. An understanding of noxious gas formation and flame soot signatures during underventilated fires in spacecraft will be obtained.

75. NASA/LaRC Microgravity Sciences NASA/LaRC microgravity Sciences. Compound Semiconductor Crystal Growth.Archibald L. Fripp, Principal Investigator The microgravity http://dragon.larc.nasa.gov/microg/microg.html

NASA/LaRC Microgravity Sciences Compound Semiconductor Crystal Growth Archibald L. Fripp, Principal Investigator The Microgravity Sciences group at NASA's Langley Research Center in Hampton , Virginia will be conducting its third flight of a crystal growth experiment aboard the Space Shuttle Columbia on mission STS-87. Find out about the USMP-3 mission here. The USMP-4 experiment will be flown inside the Advanced Automated Directional Solidification Furnace (AADSF) on the United States Microgravity Payload-4, (USMP-4). Created by: g.a.woodell@larc.nasa.gov

76. NASAexplores Article Index Microgravity Always A Bad Hair Day microgravity Always A Bad Hair Day, Zero gravity. microgravity. They'rethe same thing, aren't they? Many people use the words interchangeably http://nasaexplores.com/lessons/01-044/

77. Microgravity Always A Bad Hair Day microgravity Always A Bad Hair Day. Zero gravity. microgravity. They'rethe same thing, aren't they? Many people use the words http://nasaexplores.com/lessons/01-044/fullarticle.html

78. Microgravity Parabolic Flights and microgravity. Parabolic Flights and microgravity. Services,Recent News. Consultancy Services. microgravity. The http://www.novespace.fr/VEnglish/Microgravity_a/microgravity.htm

Novespace Technology Tranfer Microgravity Contact P arabolic Flights and Microgravity Parabolic Flights and Microgravity The A300 ZERO-G Flight Campaign User Manual Experiments caried out during the campaigns Information Dissemination and Promotion Services Recent News Consultancy Services Microgravity The near-weightless environment of space opens up a multitude of possibilities for basic and applied research. Novespace promotes this exceptional environment by providing access to to equipment, flights, and test facilities and through extensive information dissemination. Novespace has already logged more than 3000 total parabolas on the Caravelle Zero-G and on NASA's KC-135 for national space agencies (CNES, ESA) and for private businesses such as MITSUBISHI, TOSHIBA, and OHB SYSTEM. Parabolic Flights In addition to drop towers, sounding rockets, recoverable satellites and capsules, space shuttles, and space stations, parabolic flight has become a full-fledged means of accessing microgravity. Parabolic flight was first introduced for astronaut training; but today it is mainly used for testing of space technology and for short duration scientific experiments. Novespace, subsidiary of the French Space Agency (CNES), was involved in the start-up of parabolic flight in Europe in 1988 with the Caravelle Zero-G. Novespace has since then organized more than 50 parabolic flight campaigns.

79. Microgravity Science And Applications Department At Marshall Space Flight Center Marshall Space Flight Center in Huntsville, Alabama, is NASA'smicrogravity Center of Excellence for Materials Science. http://msad.msfc.nasa.gov/

BIOTECHNOLOGY MICROGRAVITY GLOVEBOX MATERIALS ... Doing Science with Us Looking for the latest schedule, click here MSAD Contacts Looking for someone specific, click here NASA Links NASA Headquarters MSFC OBPR Microgravity Research ... Science@NASA Resources Acronym List About Us Biotechnology Microgravity Glovebox ... Sitemap Responsible NASA Official: Ron Porter , Manager SD41 Science Planning and Program Mgmt. Website Curator: Teledyne Brown Engineering Nasa Web Privacy Statement This page was last updated on

80. Microgravity Science Glovebox :: Microgravity Science And Applications Departmen microgravity Science Glovebox, MSAD Home. microgravity SCIENCE GLOVEBOXOVERVIEW. The International Space Station US Lab Destiny module http://msad.msfc.nasa.gov/glovebox/

Microgravity Science Glovebox MSAD Home Glovebox Overview Capabilities Components ... Glovebox Contacts MICROGRAVITY SCIENCE GLOVEBOX OVERVIEW The International Space Station US Lab Destiny module now hosts a science facility designed to conduct a range of science and technology investigations in an enclosed, sealed, and pressurized work environment. The Microgravity Science Glovebox (MSG) has been designed much like a laboratory work bench with power, data acquisition, computer control, video monitoring and digital photo imaging - all built into a 255-liter work volume. After the crew installs experiment hardware in the work volume, the investigation can be accessed by the crew on-orbit through sealed glove-ports, and by scientists here on Earth through space-to-ground voice and data links. This double rack facility is particularly well suited for handling hazardous materials for a wide range of microgravity research, including fluid physics, combustion science, materials science, biotechnology, fundamental physics, and space processing. NASA Links NASA Headquarters MSFC OBPR Microgravity Research ... Science@NASA Resources Acronym List Home About Us Biotechnology ... News Responsible NASA Official: Ron Porter , Manager SD41 Science Planning and Program Mgmt.

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