Part 1 — Introduction and interview (4–5 minutes)
Answer each question aloud in 2–4 natural sentences. Press 🔊 to hear the examiner ask it. Don't script — react.
Part 2 — Individual long turn (3–4 minutes)
You have one minute to prepare (make notes!) and should then speak for one to two minutes. Use the timers — the discipline is the practice.
Describe something about science or the natural world that fascinates you.
You should say:
- what it is
- how you first found out about it
- what exactly it is about it that fascinates you
- whether you have tried to learn more about it
and explain why this particular thing captures your imagination when so many other facts do not.
You will have one minute to prepare and should speak for one to two minutes.
Part 3 — Two-way discussion (4–5 minutes)
These get harder as they go. Build answers with: Answer → Explain → Example → Alternative view → Evaluation. Open the follow-ups only after you've answered — that's what the examiner asks when an answer is thin.
Examiner follow-ups
- Can you think of an example of each kind?
- Does it matter which discoveries get the attention?
Examiner follow-ups
- What goes wrong when that job is done badly?
- Are scientists always the best people to explain their own work?
Examiner follow-ups
- What might have caused that change?
- Is trust in scientists different from trust in other experts, like doctors or economists?
Examiner follow-ups
- Why do the media report science that way?
- What could be done about it?
Examiner follow-ups
- How would you answer someone who calls curiosity-driven research a luxury?
- Who should make those funding decisions?
Examiner follow-ups
- Is that loss inevitable, do you think?
- Can schools protect that curiosity, or do they partly cause the loss?
Examiner follow-ups
- How much understanding is enough for an ordinary citizen?
- Does this ignorance make people easier to mislead?
Examiner follow-ups
- Did anything in recent years make this tension especially visible?
- Is the problem with how science works, or how it's communicated?
Examiner follow-ups
- What decisions do voters face where science matters?
- What's the risk if only a small elite understands these issues?
Examiner follow-ups
- Can a screen itself be a source of wonder?
- What would 'rescuing' it actually involve?
What a Band 8–9 performance should demonstrate
Judge your recording against the four official criteria. An accent is not required — clarity is.
Fluency & Coherence
- Explains a scientific idea in Part 2 without notes and without collapsing — simplifying on the fly is exactly the fluency skill this cue card tests.
- Keeps going when a technical word is missing: describes around it ("the layer that protects us from the sun's radiation") rather than freezing.
- Builds Part 3 answers in visible steps — claim, reason, example — so the examiner never has to ask "why?".
- Handles the abstract late questions (democracy, wonder) at the same steady pace as the early factual ones.
- Sounds like thinking aloud, not reciting — pauses fall at idea boundaries, not mid-phrase.
Lexical Resource
- Comfortable science-adjacent vocabulary: phenomenon, evidence, experiment, curiosity, breakthrough, theory, scale, the unknown.
- Part 3 register handles institutions: funding, peer review, misinformation, public trust, scientific literacy, headline.
- Explains one genuinely technical term from the Part 2 topic in plain words — that act of translation is high-level Lexical Resource.
- Wonder-vocabulary beyond 'amazing': mind-blowing used sparingly, and better — humbling, mesmerising, counterintuitive, it defies intuition.
- Collocations sound native: conduct research, fund a project, capture the imagination, a healthy scepticism — not 'do a research'.
Grammatical Range & Accuracy
- Present simple carries explanation of facts ("light takes eight minutes to reach us"), past tenses carry the discovery story — the switch stays clean.
- Passive voice appears naturally where science needs it: "it was only discovered in the 1990s", "the results were never replicated".
- Conditionals do the policy work in Part 3: "If funding chased only obvious applications, we would never have got…".
- Comparatives and superlatives of scale stay accurate: "far older than", "a thousand times smaller", "one of the least understood".
- Noun phrases pack information without tangling: "the gap between what scientists say and what headlines claim".
Pronunciation
- Science words that trip candidates land correctly: phenomenon, hypothesis, species, laboratory, comet, oxygen — stress on the right syllable.
- Numbers and scales are delivered clearly — "four and a half billion years" mumbled loses the very fact that makes the story impressive.
- Genuine enthusiasm is audible in Part 2 — pitch range widens when you describe the thing that fascinates you; flat delivery contradicts the card.
- Intonation drops to a measured register for Part 3 analysis, showing control of tone as well as sounds.
- Linking keeps explanations flowing: "what_it_actually_is", "the_idea_of_it" — not word. by. word.
How to develop a Band 9 answer for this test
- Name it plainly in the first sentence — "the thing that fascinates me is that octopuses have nine brains" — so the examiner knows immediately what the talk is about.
- Tell the discovery moment — where you were when you first learned it: a documentary at 2 a.m., a teacher's throwaway comment, a museum sign. The scene makes it yours.
- Explain the idea itself simply — two or three sentences a ten-year-old could follow. Translating, not reciting, is where this card rewards you.
- Isolate the fascination — the exact feature that hooks you: the scale, the strangeness, the fact that nobody fully understands it yet. Answer 'what exactly' precisely.
- Cover the fourth bullet honestly — the rabbit hole you went down, or admit you never studied it properly and say why the mystery is enough.
- Close on the cue's final question — why this fact and not a thousand others: connect it to something in you ("I think it's because it makes my own problems feel wonderfully small").
“Governments have limited money for research. Should it go to science with obvious practical uses, or also to pure curiosity — studying distant galaxies, deep-sea creatures?”
- Answer: take a stance — e.g. a healthy share must go to pure curiosity, even when budgets are tight.
- Explain: give the mechanism — the most transformative applications routinely come from research that had no application in mind, so funding only 'useful' science quietly kills the source of future usefulness.
- Example: one concrete case — the physics behind hospital MRI scanners grew out of abstract work on atomic nuclei that looked utterly impractical at the time.
- Alternative view: concede fairly — a country facing urgent problems in health or agriculture can reasonably weight funding towards them; curiosity doesn't excuse ignoring the present.
- Evaluate: land it — so the real question is proportion, not either/or; a system that spends, say, four-fifths on applied work but fiercely protects the rest gets both the present and the future.
Common mistakes for this specific test
Quantum physics sounds impressive until the examiner's face asks 'what is entanglement, then?' and the answer isn't there. Pick something you can genuinely explain in plain words — a bird's migration beats a black hole you only know from headlines.
The card's engine is the third bullet and the explain line — why it grips you. A Wikipedia-style list of facts about space scores as memorised content. One fact plus your genuine reaction to it beats ten facts delivered flat.
The second bullet is the easiest storytelling in the whole test — a documentary, a teacher, a night walk — and candidates routinely jump over it. That scene is what turns an encyclopaedia entry into a personal answer.
Half-remembered jargon — 'the quantum energies of the universe vibrations' — damages Lexical Resource far more than simple words. Examiners reward precise plain English over decorative pseudo-science every time.
"Do people trust scientists?" invites analysis of why trust rises and falls, not a monologue about hidden agendas. Keep it analytical: name the causes — scandals, politicisation, exaggerated headlines — and weigh them.
Everyone says headlines oversell science. Band 8–9 goes one step further: why (clicks pay, nuance doesn't), what it erodes (the word 'breakthrough' stops meaning anything), and what might fix it.
Applied versus curiosity-driven research is a genuine dilemma, but "both are important" with nothing else is empty. Say how you'd split the money and defend the split — commitment is what the question is fishing for.
The whole test is about fascination, so 'interesting' wears out by minute three. Rotate: intriguing, baffling, humbling, counterintuitive, hard to get your head around, the kind of fact that rearranges the furniture in your mind.
Phenomena, hypothesis, Antarctic, nuclear — this topic is a minefield of stress errors, and they cluster exactly where you're claiming expertise. Rehearse aloud the five or six science words you actually intend to use.
The curiosity questions explicitly reference childhood, yet candidates answer only about adults and institutions. Bringing in how children encounter science — questions, screens, school — is not optional colour; it's the question.