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D3.2 · Research an emerging technology

Learn to research an emerging technology through clear examples and targeted practice.

Ontario Grade 12 Computer Science

Topics in Computer Science

A practical method for investigating a technology and communicating what the evidence supports

Researching an emerging technology means more than collecting exciting claims. It means asking a clear question, finding information that can be checked, judging the quality and limits of that information, and presenting a conclusion that the evidence supports. Emerging technologies may change quickly, and early claims can be incomplete. Your task is not to predict the future with certainty; it is to explain what reliable sources say, what they do not establish, and why that matters.

What you will learn

Turn an interest in an emerging technology into a focused research question.
Find and record information from sources that can be checked.
Evaluate whether a source and its evidence support a claim.
Summarize findings fairly, including uncertainty and differing perspectives.

1. From interest to a researchable question

Your ICS3U experience with finding, organizing, and explaining information is a useful starting point. Before searching, decide what you want to learn. A broad topic such as “quantum computing” can lead to an unmanageable pile of results. A focused question gives your research a purpose, such as “What tasks are researchers investigating for quantum computers, and what limitations do sources describe?”

A useful question names the technology and a manageable angle: how it works at a general level, a possible use, a limitation, or an effect on people or society. Keep the question open enough to allow evidence you did not expect. Avoid wording that assumes the technology is already successful or harmful.

Write down the question and the information you need before searching. For example, you might need a clear description of the technology, evidence about a proposed use, and discussion of limitations. This plan helps you notice when a source is interesting but does not actually answer your question.

Narrow a broad topic to one question you can answer with available evidence.
Use neutral wording that does not assume the conclusion.
Decide what information would help answer the question.

2. Find sources and make their claims checkable

Search with the technology name and specific terms from your question. Look for sources that identify who produced the information, when it was published or updated, and what evidence it uses. Relevant sources may include research papers, government or educational material, technical reports, and journalism that explains its sources. A source's category alone does not guarantee that every claim is correct.

Record enough details to find each source again: title, author or organization, publication date, location or link, and the specific claim you may use. Keep the source's wording distinct from your own notes. Mark quotations clearly; otherwise, paraphrase accurately and retain the source information so a reader can check the claim.

Check whether a source supports the exact claim you want to make. Ask who created it, what expertise or role they have, what evidence is presented, whether the information is current enough for your question, and what limits or interests might affect the presentation. A confident tone, attractive design, or high search position is not evidence by itself.

Compare important claims with another suitable source. Two sources repeating the same unsourced statement do not necessarily provide independent confirmation. If sources disagree, investigate whether they use different dates, definitions, evidence, or contexts. Report the disagreement rather than quietly choosing the most dramatic version.

Record source details while researching, not after writing.
Judge evidence and relevance, not just appearance or search ranking.
Check important claims against other suitable sources and explain unresolved differences.

3. Synthesize findings and communicate limits

Synthesis means combining evidence from sources to answer your question in your own organized explanation. It is not a sequence of copied source summaries. Group information by idea, such as proposed uses, evidence, and limitations. For each main point, make clear which source supports it and whether the source describes demonstrated results, a proposal, or a possibility.

An emerging technology can have both potential benefits and concerns. Include perspectives that are relevant to your question, and distinguish evidence from prediction or opinion. If the available sources do not establish an outcome, say so. A careful answer may be less dramatic, but it is more useful than claiming certainty without support.

Before sharing your work, check that the answer addresses the original question, the claims match their sources, and the conclusion does not go beyond the evidence. Include a short list of sources in a consistent format, with enough identifying information for a reader to locate them. Follow your teacher's instructions for the format.

The research process can be summarized as a repeatable sequence: focus a question, locate sources, assess claims, compare evidence, and communicate a supported answer. If comparison reveals a gap, return to searching or refine the question. That is a normal part of research, not a failure.

Organize findings around ideas that answer your question.
Separate established evidence, proposals, and predictions.
State limitations and cite sources so readers can check your work.

4. A final quality check

Use a short review before handing in or presenting research. Can a reader tell what question you investigated? Can they locate the sources behind your main claims? Did you check the date and context of information that may change? Have you represented disagreement and uncertainty fairly?

Do not treat a single source as proof of a broad conclusion, and do not turn a source's possibility into a guaranteed outcome. If evidence is limited, explain that limitation plainly. Strong research is not measured by how certain the conclusion sounds; it is measured by how carefully the conclusion follows from the sources.

A conclusion should be no broader or more certain than its evidence.
A traceable source list lets readers check your work.
Uncertainty can be an important finding.

Worked example

Narrowing a technology topic

A student wants to research quantum computing but has not chosen a focus. Develop a neutral, manageable question and identify the evidence the student should seek.

Start with the topic
“Quantum computing” names a subject but does not say what the research should answer. A report limited to this phrase could become a collection of unrelated facts.
Choose an angle
Focus on proposed uses and limitations. This angle invites both possible applications and evidence about what remains difficult, without assuming the technology has already achieved a particular result.
Set an evidence plan
Use the question, “What tasks are researchers investigating for quantum computers, and what limitations do sources describe?” Seek sources that explain proposed tasks and sources that identify evidence or limitations. Record publication dates and whether each statement is a demonstrated result or a proposal.

Answer: The focused question is neutral and gives the student two connected areas to investigate: proposed tasks and described limitations.

Check: The plan does not assume that a proposed application is already practical or successful.

Worked example

Checking a claim in a practice source packet

A student finds a page making the claim, “This new technology will soon solve every problem in its field.” The page gives no evidence in the supplied excerpt. Show how the student should evaluate and record the claim.

Identify what is being claimed
The sentence makes a very broad prediction. The supplied excerpt does not state what problems, evidence, or time period the author means. Treat this as a claim to investigate, not as an established fact.
Check the source
Find the author or organization, publication date, purpose, and evidence elsewhere on the page. Note that the supplied excerpt alone does not provide enough information to judge the author's qualifications or the full source.
Seek relevant comparison
Look for suitable sources that address the same technology and specific uses or limitations. Record whether they provide evidence, describe a proposal, or express an opinion. If the evidence does not support the sweeping prediction, do not repeat it as fact.

Answer: The student should record the sentence as an unsupported claim in the supplied excerpt, investigate the full source, and seek relevant evidence elsewhere before deciding what can be reported.

Check: This example uses a hypothetical excerpt for practicing evaluation; it is not evidence about a real technology.

Worked example

Writing a conclusion that matches the evidence

In a classroom practice packet, Source A describes a technology as a possible tool for one task. Source B discusses limitations but does not evaluate that same task. Write a fair conclusion without treating the packet as real-world evidence.

Match each source to its claim
Source A supports the limited statement that the task is described as a possibility. Source B supports a statement that limitations exist, but the prompt says it does not assess the same task. Do not make Source B appear to confirm or reject Source A's specific claim.
State what remains unknown
The packet, as described, does not establish whether the proposed use works well for that task. A conclusion should identify this gap rather than fill it with an assumption.
Write a bounded conclusion
A fair practice conclusion is: “One source describes this use as a possibility, while another discusses limitations without evaluating that same task. These notes do not establish whether the proposed use is effective.” In real research, the student would identify both sources and continue searching if the question requires a stronger answer.

Answer: The conclusion distinguishes a proposed use from a demonstrated result and accurately states what the supplied information cannot establish.

Check: The source packet is hypothetical and illustrates reasoning only; it makes no factual claim about a real technology.

Common mistakes and how to avoid them

Choosing a topic so broad that the report becomes a list of unrelated facts.

Correction: Turn the topic into a focused, neutral question and decide what evidence would answer it.

Assuming a polished page or high search position makes a claim reliable.

Correction: Check who produced the source, when, why, and what evidence supports the claim.

Presenting a proposed use or prediction as an established result.

Correction: Label what the source actually says and match the strength of your conclusion to its evidence.

Copying source summaries one after another without answering the research question.

Correction: Group findings by idea, compare relevant evidence, and explain how it answers the question.

Lesson summary

Focus research by turning an emerging-technology topic into a manageable question.
Record source details and check whether evidence supports each important claim.
Compare relevant sources, noting differences in evidence, date, and context.
Synthesize findings in your own words and distinguish evidence from proposals or predictions.
Communicate limitations and uncertainty rather than making unsupported claims.

Check your understanding

Question 1

A source says a technology could be useful for a task. What is the safest way to report this before finding evidence of results?

Report that the technology has already succeeded at the task.
Describe the use as a possibility attributed to the source, and look for supporting evidence.
Treat the statement as proven because it appears in a source.
Leave out the source details because the claim is short.

Show answer and explanation

Describe the use as a possibility attributed to the source, and look for supporting evidence.

The wording “could be useful” describes a possibility. Attribute it to the source and investigate before presenting it as a demonstrated result.

Question 2

Two pages repeat the same claim, but neither identifies supporting evidence. What should you conclude?

The claim is confirmed because it appears twice.
The pages necessarily count as independent confirmation.
The repetition alone does not establish the claim; look for traceable supporting evidence.
The claim must be false.

Show answer and explanation

The repetition alone does not establish the claim; look for traceable supporting evidence.

Repeated statements without evidence do not establish a claim. The sources may also depend on one another, so investigate their support and origins.

Question 3

Which conclusion best represents a source that proposes a use but does not report whether it worked?

The use is guaranteed to work.
The use has failed.
The source proposes the use, but the information available does not establish its results.
No useful conclusion can ever be drawn from this source.

Show answer and explanation

The source proposes the use, but the information available does not establish its results.

This wording accurately separates a proposal from evidence of results and states the limit of the available information.

Key terms

Emerging technology: A technology that is developing or gaining attention; claims about its uses and effects may still be changing.
Research question: A focused question that guides what information to seek and how to organize findings.
Evidence: Information a source uses to support a claim and that a reader can examine.
Synthesis: Organizing and connecting information from sources to answer a question in your own explanation.

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About this lesson and its review

Published by DoAssignment. This reviewed lesson follows Ontario Grade 12 Computer Science (ICS4U), expectation D3.2. It is a study resource, not an official curriculum publication.

Before publication, content is checked for structure, mathematical or chemical notation, calculations, course boundaries, and readability. Errors can still occur, so corrections are welcomed.

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