Articles tagged with Space Stations
The Goddard team designed and built five ExPRESS Logistics Carriers (ELCs) to deploy experiments in space without a separate satellite. The ELCs will also serve as parking fixtures for ISS hardware, streamlining future missions.
The University of Colorado is launching a butterfly experiment on the International Space Station on November 16, monitoring the growth and development of monarch and painted lady butterflies in weightless conditions. Thousands of K-12 students across the nation will compare the results with similar experiments on Earth.
The University of Utah has developed a two-minute water quality monitoring method that uses a handheld color sensor to detect iodine or silver levels in drinking water. The system is designed to be simple, low-cost and safe for use on the International Space Station.
The Constrained Vapor Bubble (CVB) experiment aims to understand heat and mass transfer operations in microgravity. It will provide valuable data for developing new cooling systems for spacecraft and electronics devices, as well as improving terrestrial heat transfer devices.
The University of Colorado at Boulder is developing a new communications technology called Disruption Tolerant Networking (DTN) with NASA, which will extend Earth's Internet into outer space and across the solar system. The technology enables automated future communications capabilities for lunar habitation and surface exploration.
The NASA and NOAA GOES-O satellite has successfully launched into space, enhancing weather forecasting and monitoring environmental events globally. The satellite will be renamed GOES-14 after a 24-day orbit adjustment and will provide vital data to the United States.
A recent study of 17 astronauts found that more than three-quarters had no connection between space motion sickness and their headaches, leading researchers to call for a new secondary disorder classification. The study discovered that space headache is a common and often isolated disabling complaint during space flight.
The NIH-NASA partnership aims to facilitate biomedical research on the International Space Station, addressing pressing health questions through unique microgravity conditions. Biomedical experiments will focus on bone and muscle deterioration, infectious disease, cancer growth, and more, with the goal of improving human health on Earth.
The revolutionary Space-DRUMS system, installed on the International Space Station, uses acoustic levitation to position chemicals in zero-gravity without a container. This technology enables the production of ultra-pure materials, such as temperature-resistant ceramics used in plane and engine coatings.
Astronauts on the International Space Station successfully performed remotely-guided sonograms using a ground-to-space communication system. The study's findings demonstrate the feasibility of sonography in microgravity environments and could lead to new applications in space medicine.
BioServe is launching two educational experiments involving butterflies and spiders on a space shuttle mission in November. The experiments will compare the life cycles of butterflies and spiders in space to those on Earth, with over 100 K-12 students from Colorado participating.
The Hyperspectral Imager for the Coastal Ocean (HICO) and Remote Atmospheric and Ionospheric Detection System (RAIDS) are integrated for launch on the Japanese H-II Transfer Vehicle in September 2009. The payload will provide characterization of the coastal environment and global remote sensing of the Earth's thermosphere and ionosphere.
NASA has scheduled the launch of its GLAST spacecraft for June 5, with a launch window from 11:45 a.m. to 1:40 p.m. EDT. The mission is set to take place on the Eastern Range and will be accompanied by a pre-launch news conference and live commentary on NASA Television.
Columbus, a state-of-the-art European research facility, has been successfully deployed to the International Space Station (ISS) via NASA's Space Shuttle Atlantis. The laboratory will enable astronauts to conduct extensive scientific experiments in various fields, including life sciences and space science.
Human factors researchers developed a software system that dramatically improves astronauts' ability to perform remote tasks under adverse conditions on the International Space Station. The system uses augmented reality techniques to guide operators during robotic installation tasks, resulting in improved accuracy and efficiency.
A new NASA mission will carry a suite of University of Colorado at Boulder experiments to the International Space Station, involving over 15,000 K-12 students from around the world. The experiments focus on plant growth, yeast cell genes, and crystal formations in space.
BioServe is launching two space station experiments involving K-12 students worldwide, tracking seed germination and nematode population dynamics in microgravity. The projects aim to engage students in space research while exploring biological processes that support NASA's human exploration of space.
A scientist-astronaut is sending human T-cells to the International Space Station to study why they don't activate properly in microgravity. The experiment aims to identify which genes are not expressed in space, shedding light on immunosuppression and potential treatments for astronauts.
The MIT SPHERES project aims to develop autonomous space vehicles that can maintain their positions via radio links, interacting almost constantly. The first critical test of the SPHERE is set for May 18 inside the space station, with two additional satellites scheduled to reach the station later this year.
Scientists at Tel Aviv University build a system to create plasma fireballs similar to natural ball lightning, providing insight into the phenomenon. Meanwhile, researchers at Purdue University simulate how to make liquids drip from an opening even without gravity's tug, potentially leading to new applications for printing and microsca...
Researchers at NSBRI have developed an ultrasound training method that reduces learning time to two-to-three hours a year. The program uses computer-based instruction and remote guidance to enable non-physicians to assess and manage emergency medical conditions in space, sports, and emergency response situations.
The study investigates the accuracy of ultrasound in novel clinical conditions and assesses its feasibility for monitoring musculoskeletal changes in astronauts. The findings suggest that remote-guided ultrasound may be an effective method for performing diagnostic exams, with implications for emergency and rural medicine on Earth.
The study found that astronauts lost bone at a rate of 0.8-0.9 percent per month, with trabecular bone loss being more significant than cortical bone loss. The researchers used three-dimensional x-ray computed tomography to quantify bone loss in the hip and estimate changes in hip bone strength.
A UB engineer developed software that can pinpoint leak locations on the space station and estimate hole sizes. This helps speed up the process of identifying source modules, which is crucial for astronauts' safety.
Researchers at the National Space Biomedical Research Institute are developing a new treadmill training system to help astronauts recover from balance problems after long-duration space flights. The system will also aid elderly patients and others with similar issues.
Jeneene Sams, a NASA space product manager, works with companies to conduct experiments in space that improve their products and ultimately people's lives. She sponsors two commercial experiments: one on growing zeolite crystals that can store hydrogen, a pollution-free fuel, and another testing a fire-fighting system in microgravity.
NASA's space station has successfully grown its first commercial farming experiment - soybeans grown in microgravity. The experiment, conducted by DuPont, aims to accelerate crop development and improve crop yields.
Researchers from CU-Boulder will conduct cell biology experiments in microgravity, mimicking normal functioning kidney cells and studying molecular responses to infections. Plant growth experiments will also explore the role of gravity on plant development, with potential applications in timber and pharmaceutical industries.
Dr. Sharon Cobb is leading the development of a Materials Science Research Rack on the International Space Station, which will allow scientists to study material properties in low-gravity conditions. The rack's furnaces will be used to melt and solidify various materials, with data collected for characterization on Earth.
John Uri, a NASA scientist, has led research on the International Space Station since childhood. He oversaw 52 investigations in various scientific disciplines, including medical research and material science.
A team of scientists led by Indiana University's Alan Kostelecky aims to determine if Albert Einstein's theory of relativity holds true. By comparing extremely precise clocks in zero gravity, they may find changes that contradict the theory, revolutionizing our understanding of space and time.
Scientists will study the properties of materials in low-gravity conditions to improve industry's high-tech products. Bubbles trapped in solid samples can cause internal cracks, diminishing a material's strength.
NASA's new Microgravity Science Glovebox will enhance the Space Station's science capabilities by providing a facility for safely working with fluids, flames, particles, and fumes. The glovebox supports low-cost, small investigations from multiple disciplines, including materials science and biotechnology.
The American Cancer Society has awarded a $768,000 grant to Dr. Gloria Borgstahl to study the molecular processes that cause breast cancer. She is conducting related experiments on the International Space Station to understand how good cells turn bad and develop new treatments for the disease.
A UMass project allows students to study plant growth in space, simulating micro-gravity conditions and evaluating plant-growth chambers. The project uses closed-loop systems and computer software to teach students about biology, engineering, and ecology.
A new suite of experiments will be delivered to the International Space Station by Space Shuttle Endeavour, broadening scientific research onboard the orbiting space laboratory. The experiments are expected to lead to insights in various fields such as bone disorder treatments, plant growth, and cancer cell formation.
A virtual-reality training tool is being developed to help astronauts learn techniques for navigating complex spacecraft and maintaining orientation in microgravity environments. The device tests users' ability to maintain spatial awareness and navigate through various modules.
NASA has awarded four small businesses 90-day contracts to develop concepts and requirements for a potential backup capability to provide access to the International Space Station. The study aims to enhance the station's operational flexibility by launching within a week if primary delivery methods are unavailable.
A new analysis by Futron estimates the risks faced by NASA's space station crew, including serious illness, deaths, and accidents inside the station. The consultancy predicts a 93% probability that a micrometeorite impact will cause disaster if it occurs.
Researchers have developed a unique antenna design called the Orlan antenna to provide communications and vital signs for astronauts on the International Space Station. The antenna's special loop design couples sufficient energy to transmit radio-frequency signals while minimizing reflections.