Google launches Project Suncatcher to test whether AI computing can move into orbit
Listen to the C1 Daily News report “Google launches Project Suncatcher to test whether AI computing can move into orbit” and answer 7 comprehension questions.
About this practice test
Listen to the C1 Daily News report “Google launches Project Suncatcher to test whether AI computing can move into orbit” and answer 7 comprehension questions.
What you’ll practice
Understanding detail
Follow specific information and examples.
Interpreting ideas
Identify main points and inferences.
Evaluating arguments
Assess claims, evidence, and limitations.
Study the questions and tasks
Work through the material below, or start the interactive practice above to complete an attempt. Try the exercises before opening any answer or transcript sections, then use them to review your work.
- Practice level
- C1. Try this level if you can follow the instructions and understand most of the language; choose an earlier level if you need more support.
- Question formats
- Single choice
How to approach this practice
Read the questions, then listen before opening the transcript. Notice names, numbers and any corrections the speaker makes.
News lesson for this practice
Read the complete article and use its text or audio alongside these exercises: Google launches Project Suncatcher to test whether AI computing can move into orbit.
Google launches Project Suncatcher to test whether AI computing can move into orbit
Read a transcript excerpt
Google has launched Project Suncatcher, an experimental satellite designed to test whether artificial-intelligence computing can operate in orbit. About the size of a refrigerator, the prototype carries four Tensor Processing Units, or TPUs—specialized chips that Google developed for machine learning and already uses in data centers on Earth. The satellite will run a version of Google’s Gemma AI model for 15 minutes at a time. That limit reflects heat-management constraints,…
-
Question 1 · Single choice
Choose one answer.
What will the satellite initially do when it runs the Gemma model?
Return to the passage, recording or visual- Link several satellites through lasers
- Answer simple queries
- Measure solar radiation directly
- Operate a complete data center
Check answers and explanations
- Answer
- Answer simple queries
The recording specifies that its first tasks will be simple queries.
The satellite will run a version of Google’s Gemma AI model for 15 minutes at a time.
-
Question 2 · Single choice
Choose one answer.
Which physical conditions will the experiment examine?
Return to the passage, recording or visual- Gravity and atmospheric pressure
- Radiation and extreme temperatures
- Wind and oceanic humidity
- Sound and terrestrial vibration
Check answers and explanations
- Answer
- Radiation and extreme temperatures
The satellite will test chip performance against radiation and extreme temperatures.
The broader purpose is to determine how the TPUs withstand the physical stresses of spaceflight, including radiation and extreme temperatures.
-
Question 3 · Single choice
Choose one answer.
What partnership supported development of the prototype?
Return to the passage, recording or visual- Google and SpaceX
- Planet and Starcloud
- Google and Planet
- SpaceX and Planet
Check answers and explanations
- Answer
- Google and Planet
Google developed it with Planet, an aerospace and satellite-imagery company.
Google developed the prototype in partnership with Planet, an aerospace and satellite-imagery company.
-
Question 4 · Single choice
Choose one answer.
How would future satellites communicate according to the proposed model?
Return to the passage, recording or visual- Through undersea cables
- Through laser links
- Through radio towers only
- Through physical docking stations
Check answers and explanations
- Answer
- Through laser links
The envisioned system uses laser links among satellites and with Earth.
In that model, each satellite would carry dozens of TPUs and communicate with other satellites—and with Earth—through laser links.
-
Question 5 · Single choice
Choose one answer.
What event is Google planning for next year?
Return to the passage, recording or visual- Launching two additional satellites
- Replacing all terrestrial data centers
- Deploying SpaceX’s AI satellites
- Ending the Gemma experiment
Check answers and explanations
- Answer
- Launching two additional satellites
Two additional satellites are planned to test inter-satellite connections.
Google plans to place two more satellites in orbit next year to test those connections.
-
Question 6 · Single choice
Choose one answer.
What does the recording identify as a reason for growing infrastructure demand?
Return to the passage, recording or visual- Falling demand for AI services
- The energy and hardware needs of advanced AI
- Reduced opposition to terrestrial facilities
- The disappearance of solar power
Check answers and explanations
- Answer
- The energy and hardware needs of advanced AI
Increasingly capable AI systems require substantial energy and hardware resources.
The scale of that investment reflects the energy and hardware requirements of increasingly capable AI systems.
-
Question 7 · Single choice
Choose one answer.
Which other company has already demonstrated AI computing from a spacecraft?
Return to the passage, recording or visual- Planet
- Starcloud
- Sundar Pichai
Check answers and explanations
- Answer
- Starcloud
The final sentence names Starcloud as having demonstrated this capability.
Starcloud has demonstrated AI computing from a spacecraft, and SpaceX has said it expects to begin deploying orbital AI satellites as early as 2028.
What to review next
Listen again to difficult sections, then open the transcript to check what you heard. Repeat a useful phrase aloud and try the recording once more without the text.
A focused practice result shows how you did on these tasks. Use several activities across skills to decide what to study next; one practice score does not certify an overall CEFR level.
Before you practise: a worked example
Listen for the final information, especially when a speaker corrects or changes an earlier statement.
Example transcript: “Let’s meet at five — actually, half past five would be better.” What is the final suggested time?
The final suggested time is 5:30. Actually signals a correction; the first time is replaced by the later suggestion.
This teaching example is separate from the scored questions. After your test, compare any mistakes with the explanation and revisit the topic before trying again.