Lesson 5 of 9 · Angkasawan and microgravity research
Angkasawan: a flight that supported research on Earth
8 minute lesson · 3 checks along the way
Your goal for this lessonConnect Malaysia’s astronaut flight with experiment design and continuing microgravity work.
In this lesson 3 sections · 3 checks
Using archive links & definitions
Follow a linked name to explore its archive card. “Back to your lesson” brings you to the same part of the reading.
Words with a dotted underline open a short definition right here in the lesson.
Read & understand
A Malaysian participant in an international station
Sheikh Muszaphar Shukor Al Masrie bin Sheikh Mustapha flew aboard Soyuz TMA-11 on October 10, 2007 with Peggy A. Whitson and Yuri Ivanovich Malenchenko. Malaysia’s Angkasawan program connected a national scientific effort with Russian transport and the International Space Station. The NASA preflight photograph shows the launch complex before the spacecraft’s arrival. It is a view of preparation, not a portrait of the crew or an image taken during the research.
The journey also illustrates station logistics. Sheikh Muszaphar returned on October 21 aboard Soyuz TMA-10 with departing Expedition 15 crew members. The outbound and inbound vehicles were different. The longer Expedition 16 assignment of Whitson and Malenchenko should not be confused with the Malaysian participant’s shorter visit. A mission label, a person’s stay and a vehicle’s flight can describe overlapping but different intervals.
Check 1 of 3
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Read & understand
What can microgravity help investigate?
MOSTI identifies six Malaysian studies spanning medical science, microbiology and protein crystallization, alongside educational demonstrations. In orbit, the station and its contents continually fall around Earth, producing an environment of very small apparent weight. Gravity has not disappeared. Changes in settling and fluid motion can alter experimental conditions, providing a way to investigate processes that behave differently under ordinary laboratory conditions.
A useful comparison needs more than one sample sent to space and one left in an uncontrolled room. Imagine paired biological samples with the same preparation, temperature history and measurement method, but different gravity environments. Those controls help interpret a difference. If the space sample is also stored at a different temperature, the result cannot be attributed to gravity alone without further investigation. This is a teaching example, not a description of one specific flight study.
An experiment needs a fair comparison
Original teaching diagram. Space sample and ground sample. Match preparation and timing. Control temperature history. Measure both consistently. Compare the observations. Investigate other explanations. Orbital free fall changes apparent weight; it does not remove Earth’s gravity.
Open full-size diagram in a new tab: An experiment needs a fair comparisonNASA photographer Bill Ingalls recorded the Soyuz launch complex at Baikonur on October 8, 2007, before the arrival of Soyuz TMA-11. The vehicle would carry the Expedition 16 crew and Malaysian participant Sheikh Muszaphar. This is preparation infrastructure, not a crew portrait or an experiment in orbit.
Look closely
What part of the flight system is visible?
See what to notice
The rails and launch infrastructure support spacecraft transport and preparation. The crew’s scientific work is established through separate experiment records.
Check 2 of 3
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Read & understand
The work continues after landing
MOSTI’s account describes the continuation of the activity as the National Programme. That gives the astronaut flight a place in a longer research story: preparing studies, training people and analyzing results can extend well beyond the time spent in orbit. A visible national milestone and a scientific finding are not interchangeable, even when the milestone helps make the study possible.
When judging an experiment, ask what was measured, what comparison was used and which alternative explanations remain. A photograph can document a person or a piece of equipment; the experimental record establishes the result. Angkasawan shows how a country can participate in human spaceflight without owning every element of the transportation and laboratory system, while building local expertise through the scientific work surrounding the flight.
Check 3 of 3
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Put it together
Your lesson progress
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Explore further · Optional
Go to the source
Explore the evidence behind this lesson. These optional readings and videos open in a new tab.
- Read: MOSTI: Malaysian ISS research and its continuationDocuments six studies and continuation as the National Microgravity Programme. Its wording conflates launch with ISS arrival; use NASA flight chronology for dates.
- Read: NASA: Aeronautics and Astronautics chronology, 2007Historical chronology identifies the October 10 Soyuz TMA-11 launch and the Malaysian participant.
- Read: NASA: fiscal-2008 space activities reportRecords the October 21, 2007 return aboard Soyuz TMA-10, a different vehicle from the outbound flight.
- Read: NASA: microgravityExplains orbital free fall rather than the absence of gravity.