L'axe « Innovations scientifiques et responsabilité » interroge les rapports entre le progrès technologique et la conscience éthique. Des révolutions médicales aux intelligences artificielles, en passant par les biotechnologies, l’exploration spatiale ou les énergies renouvelables, les découvertes scientifiques transforment nos vies à une vitesse sans précédent. Mais toute innovation soulève des questions cruciales : jusqu’où peut-on aller ? Qui décide de ce qui est acceptable ? Comment concilier la quête de connaissance avec le respect de l’humain et de la planète ? Dans les sociétés anglophones, ces débats sont vifs, entre une culture de l’innovation libérale et des revendications citoyennes pour un encadrement éthique. Cet axe invite les élèves à examiner des études de cas, à comprendre les espoirs et les craintes liés aux nouvelles technologies, et à développer une réflexion nuancée sur la responsabilité des scientifiques, des États et des citoyens.

🔬 Vocabulaire thématique : Innovations scientifiques et responsabilité

Ce vocabulaire est indispensable pour parler des progrès scientifiques, des nouvelles technologies, des enjeux éthiques et des défis environnementaux.

Anglais Français
scientific breakthroughpercée scientifique
researchrecherche
developmentdéveloppement
innovationinnovation
technologytechnologie
artificial intelligence (AI)intelligence artificielle (IA)
machine learningapprentissage automatique
algorithmalgorithme
genetic engineeringgénie génétique
cloningclonage
stem cellscellules souches
GMO (genetically modified organism)OGM (organisme génétiquement modifié)
bioethicsbioéthique
ethicséthique
moral responsibilityresponsabilité morale
accountabilityresponsabilité (reddition de comptes)
precautionary principleprincipe de précaution
side effectseffets secondaires
risk assessmentévaluation des risques
sustainabilitydurabilité
renewable energyénergie renouvelable
fossil fuelsénergies fossiles
climate engineeringgéo-ingénierie climatique
space explorationexploration spatiale
test tube babybébé-éprouvette
designer babybébé sur mesure
to trigger a debatedéclencher un débat
to baninterdire
to regulateréglementer
to cure a diseaseguérir une maladie
to play Godse prendre pour Dieu

🔮 Grammaire – Exprimer le futur, la probabilité et l’hypothèse

Pour parler des innovations et de leurs conséquences, on utilise une variété de structures permettant d’exprimer des degrés de certitude, des prédictions, des hypothèses et des recommandations.

A. Will / Going to : prédictions et projets

Structure Utilisation Exemple
will + base verbale Prédiction basée sur une opinion, une décision spontanée ou un fait futur considéré comme certain. AI will revolutionise medicine.
I think scientists will find a cure soon.
be going to + base verbale Projet déjà prévu ou prédiction fondée sur des indices présents. The company is going to launch a new electric car next year.
Look at this data – temperatures are going to keep rising.

B. May / Might / Could : exprimer la probabilité

Modal Valeur Exemple
may / might Possibilité (plus ou moins 50 % ou moins). Gene editing may cure hereditary diseases, but it might also create ethical problems.
could Possibilité théorique ou capacité future. Space tourism could become affordable in twenty years.

C. Les conditionnels pour les hypothèses

Type Utilisation Exemple
Type 1 Hypothèse réaliste. If we invest in renewable energy, we will reduce pollution.
Type 2 Hypothèse peu probable ou imaginaire. If scientists created a perfect AI, would we trust it?
Type 3 Hypothèse sur un passé non réalisé (regret). If the government had regulated the technology earlier, the scandal would have been avoided.

D. Structures pour exprimer l’obligation et la recommandation

Structure Valeur Exemple
should / ought to Conseil, recommandation morale ou éthique. Scientists should always consider the long-term effects of their discoveries.
must / have to Obligation forte. Governments must regulate AI before it is too late.
need to Nécessité. We need to find sustainable alternatives to plastic.

Innovations et éthique dans le monde anglophone

Le monde anglophone a été le berceau d’innombrables révolutions scientifiques : la machine à vapeur de James Watt en Écosse, la théorie de l’évolution de Charles Darwin en Angleterre, l’invention du téléphone par Alexander Graham Bell au Canada, l’ampoule électrique de Thomas Edison aux États-Unis, ou plus récemment l’Internet et les premiers smartphones. Cette tradition d’innovation s’accompagne d’un débat permanent sur la responsabilité.

Dès le XIXᵉ siècle, la révolution industrielle britannique a suscité des interrogations sur les conditions de travail et la pollution. Frankenstein (1818) de Mary Shelley, souvent considéré comme le premier roman de science-fiction, met en garde contre un scientifique qui, par orgueil, crée une vie sans en assumer les conséquences. Ce mythe est encore évoqué aujourd’hui lorsqu’on parle de clonage ou d’intelligence artificielle.

Aux États-Unis, la course à l’espace et le projet Manhattan (la bombe atomique) ont illustré la double face du progrès : la fierté nationale d’un côté, la destruction massive de l’autre. Robert Oppenheimer, directeur scientifique du projet Manhattan, déclara après les bombardements d’Hiroshima et de Nagasaki : « Now I am become Death, the destroyer of worlds. » Cette citation résume le vertige du scientifique face à sa création.

La bioéthique est un autre champ central. En 1996, la naissance de la brebis Dolly en Écosse, premier mammifère cloné à partir d’une cellule adulte, a provoqué un séisme médiatique et éthique mondial. Le Royaume-Uni a depuis adopté des lois strictes sur le clonage humain. Aux États-Unis, le débat sur les OGM et les pesticides a été porté par des figures comme Rachel Carson, dont le livre Silent Spring (1962) lança le mouvement écologiste moderne.

Aujourd’hui, l’intelligence artificielle est au cœur des préoccupations. Des entrepreneurs comme Elon Musk ou des chercheurs comme Geoffrey Hinton alertent sur les risques d’une IA non contrôlée, tandis que les gouvernements tentent de légiférer. En 2023, le Royaume-Uni a accueilli le premier sommet mondial sur la sécurité de l’IA, marquant une volonté de concilier innovation et responsabilité.

Ainsi, le monde anglophone oscille entre la célébration du génie scientifique et la conscience aiguë de ses dangers. C’est dans cette tension que se construit une citoyenneté scientifique responsable, où le public doit être informé et consulté.

Dolly, OGM, IA : débats éthiques majeurs dans le monde anglophone

Dolly, le clonage et la brebis écossaise
En 1996, l’Institut Roslin à Édimbourg annonce la naissance de Dolly, le premier mammifère cloné à partir d’une cellule adulte. L’événement est salué comme une prouesse scientifique, mais il déclenche immédiatement une tempête éthique : allons-nous vers le clonage humain ? Le gouvernement britannique réagit rapidement et interdit le clonage reproductif humain. Dolly devient un symbole des promesses et des périls de la génétique. Aujourd’hui, les techniques de clonage sont utilisées en recherche médicale, mais le débat entre science et éthique demeure.

Les OGM et le principe de précaution
Aux États-Unis, les organismes génétiquement modifiés sont largement cultivés et consommés depuis les années 1990. La Food and Drug Administration (FDA) les considère comme sûrs. En revanche, au Royaume-Uni et dans l’Union européenne, le principe de précaution prévaut : les OGM sont strictement réglementés et étiquetés. Ce contraste illustre deux approches du risque : d’un côté, la confiance dans l’innovation et la preuve scientifique ; de l’autre, la prudence face à l’incertitude.

L’intelligence artificielle entre progrès et régulation
Les géants américains de la tech (Google, Microsoft, OpenAI) dominent la course à l’IA. Mais les lanceurs d’alerte se multiplient. En 2023, le « AI Safety Summit » organisé au Royaume-Uni a réuni dirigeants politiques et experts pour discuter des risques existentiels de l’IA. Elon Musk, Steve Wozniak et d’autres ont signé une lettre ouverte demandant une pause dans le développement des IA trop puissantes. Ces débats montrent que les sociétés anglophones, tout en étant à la pointe de l’innovation, cherchent à en maîtriser les implications éthiques et sociales.


Scientific innovation has transformed our daily lives. However, every technological breakthrough raises ethical questions. Governments, scientists and citizens all share responsibility for ensuring that progress benefits humanity while protecting the environment and individual freedoms.

Exercices 

Grammaire

Complétez la phrase avec will, may, might ou could :

  1. With this new vaccine, we __________ eradicate the disease within a decade. (plusieurs réponses possibles selon le degré de certitude : will pour une certitude, may/might/could pour une probabilité)
  2. Mettez au conditionnel type 1 : If people (use) more public transport, cities (be) less polluted.If people use more public transport, cities will be less polluted.

     

  3. Traduisez en utilisant should : « Les chercheurs devraient communiquer leurs résultats de manière transparente. » → Researchers should communicate their results transparently.

Corrigé

 

  1. With this new vaccine, we may/might/could/will eradicate the disease within a decade. (Plusieurs degrés de certitude acceptables.)
  2. If people use more public transport, cities will be less polluted.
  3. Researchers should communicate their results transparentl

     

 


Expression écrite

Sujet : You have read the article “The Promise and Peril of CRISPR”. Write a short essay (150-180 words) in which you :

  • Explain how CRISPR can be both a hope and a danger for humanity.

  • Discuss whether limits should be set on scientific research.

  • Give your personal opinion.

Consignes : structurez votre essai (introduction, développement, conclusion), utilisez au moins trois connecteurs logiques et deux expressions du vocabulaire thématique.

Corrigé

CRISPR is one of the most significant scientific breakthroughs of our century. It promises to cure devastating genetic diseases, yet it also raises profound ethical questions. This dual nature makes it both a hope and a danger for humanity.

On the one hand, CRISPR offers immense hope. It could allow scientists to correct faulty genes responsible for illnesses such as cystic fibrosis or sickle cell anaemia. For millions of patients, this technology represents the possibility of a healthy life. Moreover, gene editing could help develop more resilient crops, contributing to food security.

On the other hand, the technology carries serious risks. The creation of genetically modified babies in China in 2018 showed how easily it could be misused. Without strict limits, we might see the rise of “designer babies”, where genetic traits are selected for non-medical reasons. This could deepen social inequalities and lead to a new form of eugenics.

In my opinion, it is essential to set clear boundaries on scientific research. Scientists should not be allowed to play God without public debate and legal oversight. Research must continue, but within an ethical framework that prioritises human dignity. To conclude, CRISPR is a powerful tool, but like all tools, its value depends on the wisdom with which we use it.

 


Expression orale

Situation : Vous présentez le document iconographique ci-dessus : une photographie en noir et blanc d’un robot humanoïde assis à une table, face à un enfant. Le robot tend un verre d’eau à l’enfant, qui hésite à le prendre. En arrière-plan, une salle de classe vide. Le robot a un sourire artificiel figé.

Problématique suggérée : Should we trust machines with human tasks?

Points à aborder :

  • Description (personnages, attitude, décor).

  • Signification : la relation humain-machine, la question de la confiance, la délégation des tâches éducatives ou médicales.

  • Lien avec l’axe : innovation, responsabilité, limites éthiques.

  • Opinion personnelle : jusqu’où peut-on confier des tâches humaines aux robots ?

Corrigé

1. Script de la présentation

Introduction

Good morning. The document I'm going to present is a black-and-white photograph. It shows a humanoid robot and a young child sitting at a table in what looks like an empty classroom. This image is directly linked to the notion “Scientific innovations and responsibility”. The main question it raises is: should we trust machines with human tasks? First, I will describe the photograph in detail. Then, I will analyse its deeper meaning. Finally, I will discuss the limits we should set when delegating human tasks to robots and give my personal opinion.

Description

Let's begin with the description. In the foreground, on the right, we see a humanoid robot. Its design is clearly mechanical – we can see joints and metallic surfaces – but its face has a human-like shape, with a fixed, artificial smile. The robot is extending its arm and holding a glass of water towards a child. The child, who is sitting on the left, looks to be around eight or nine years old. The child's posture is hesitant: their hands are resting on the table, and they are leaning slightly backward, as if unsure whether to take the glass. The contrast between the robot's stiff, frozen gesture and the child's hesitant body language is very powerful. In the background, we can see an empty classroom: desks, a blackboard, but no other children and no teacher. The room seems lifeless, except for these two figures. The black-and-white filter adds a cold, almost clinical atmosphere to the scene.

Signification

This photograph is rich in symbolism. The robot is performing a simple but deeply human action: offering water, a gesture of care and hospitality. However, the child's hesitation suggests a lack of trust. Can a machine really care? Can it understand thirst, not just as a command to be executed, but as a human need? The empty classroom reinforces the question: is this robot meant to replace a teacher, a caretaker, or even a parent? The picture criticises the growing delegation of human tasks to machines. In education, for example, some schools already use robots to assist teachers or to help children with autism practise social skills. But should a robot be the one to comfort a child, to offer water, to share a moment of human warmth? The fixed smile of the robot is particularly striking – it imitates kindness, but it is programmed, not felt. This raises the question of authenticity. Can we trust something that simulates empathy without truly experiencing it? The child's hesitation is, in my view, a healthy reaction: it shows that even at a young age, we sense the difference between genuine care and mechanical imitation.

Lien avec l’axe

This brings me to the notion “Scientific innovations and responsibility”. The robot in the photograph represents a remarkable technological achievement. It can see, move, interact. But innovation without ethical reflection can lead to a dehumanised world. The empty classroom is a warning: if we replace human presence with machines, we may gain efficiency, but we risk losing the emotional connection that is essential to education and care. Responsibility means asking not just “Can we build this robot?” but “Should we place it in front of a child?” As we develop artificial intelligence, we must define boundaries. There are tasks that machines can do better than humans – calculating, sorting data, monitoring vital signs – but tasks that require empathy, moral judgement and genuine emotional connection should remain in human hands, or at least be supervised by humans.

Opinion personnelle

In my opinion, we should trust machines only for tasks that are technical, repetitive or dangerous. For example, robots can assist surgeons with precision, or help elderly people carry heavy objects. But when it comes to education, caregiving or emotional support, machines should never replace humans entirely. A robot can hand a glass of water, but it cannot understand why the child is sad or thirsty. It cannot build a relationship based on trust and mutual understanding. If we delegate these deeply human tasks to machines, we risk losing a part of our own humanity. So, my answer to the question “Should we trust machines with human tasks?” is: yes, but only up to a point. We must always keep the human at the centre.

Conclusion

To conclude, this photograph is a thought-provoking image that invites us to reflect on the relationship between humans and machines. It shows a moment of hesitation that symbolises a much larger societal question: how far do we want technology to go? As we continue to innovate, we must remember that trust is earned, not programmed, and that some tasks – like caring for a child – require a heart, not just a circuit board.

Thank you.

2. Exemples de questions de l'examinateur et réponses

Examinateur : Can you think of a situation where a robot would be better than a human at a specific task?

Élève : Yes, absolutely. In surgery, robots can perform operations with incredible precision, reducing the risk of human error. They don't get tired, their hands don't tremble, and they can access parts of the body that are difficult for a human surgeon to reach. However, even in that situation, the robot is controlled by a human surgeon. So, it's a collaboration, not a replacement. The machine enhances human ability, but the human remains in charge of the decisions.

Examinateur : Do you think children would eventually get used to robots and trust them completely?

Élève : Probably, yes. Children adapt very quickly to new technologies. They already talk to virtual assistants like Alexa or Siri as if they were real people. If a robot were introduced in their classroom every day, they might eventually accept it without hesitation. But the question is not just whether they would trust it, but whether that trust is healthy. A child might trust a robot the same way they trust a toy, but a toy doesn't make decisions about your education or your well-being. So, even if they get used to it, we adults have the responsibility to make sure that trust is not misplaced.

Examinateur : In your opinion, who should decide the limits of what robots are allowed to do?

Élève : I think it should be a collective decision involving scientists, ethicists, governments and citizens. Scientists alone might be too focused on what is technically possible, while politicians might be influenced by economic interests. We need an open public debate, because these decisions affect everyone. Schools, hospitals, workplaces – they are all part of our shared life. So, I would support the creation of independent ethics committees that include ordinary citizens, not just experts, to decide where the line should be drawn.

Compréhension écrite

Article (adapté de The New York Times, 2023)
The Promise and Peril of CRISPR: Editing the Human Genome

In 2012, scientists Jennifer Doudna and Emmanuelle Charpentier discovered CRISPR, a tool that allows scientists to edit DNA with incredible precision. The technology raised hopes of curing genetic diseases like cystic fibrosis or sickle cell anaemia. In 2020, the Nobel Prize in Chemistry was awarded to the two researchers.

However, CRISPR also opened a Pandora’s box. In 2018, a Chinese scientist announced he had edited the genes of twin babies to make them resistant to HIV. The scientific community was outraged. Critics argued that gene editing on embryos was dangerous, unnecessary and ethically unacceptable. “We are not ready to play God,” said one bioethicist.

Today, many countries, including the UK and the US, allow gene editing for medical research on adults and embryos under strict regulations, but they ban its use for creating “designer babies”. Yet, the temptation to enhance human traits – intelligence, height, eye colour – remains. “The question is not if we can edit our children’s genes, but if we should,” said Doudna in a recent interview. “Science is moving faster than our moral reflection.”

Questions :

  1. What is CRISPR, and what hopes did it raise?

  2. Why was the Chinese scientist’s experiment controversial?

  3. What does “to play God” mean in this context?

  4. What distinction do UK and US laws make regarding gene editing?

  5. Explain Doudna’s quote: “Science is moving faster than our moral reflection.”

Corrigé

1. What is CRISPR, and what hopes did it raise?
CRISPR is a tool discovered in 2012 that allows scientists to edit DNA with incredible precision. It raised hopes of curing genetic diseases such as cystic fibrosis and sickle cell anaemia.

2. Why was the Chinese scientist's experiment controversial?
The Chinese scientist's experiment was controversial because he edited the genes of twin babies to make them resistant to HIV. The scientific community considered this act dangerous, unnecessary and ethically unacceptable, as it involved modifying human embryos.

3. What does "to play God" mean in this context?
In this context, "to play God" means that scientists are taking on a power that should perhaps not belong to humans: deciding to alter the genetic makeup of a future person, which raises profound moral and religious questions.

4. What distinction do UK and US laws make regarding gene editing?
UK and US laws allow gene editing for medical research on adults and embryos, but only under strict regulations. They ban its use for creating "designer babies", meaning modifying embryos to enhance traits like intelligence, height or eye colour.

5. Explain Doudna's quote: "Science is moving faster than our moral reflection."
Doudna means that scientific discoveries and technological capabilities are progressing so quickly that society has not had enough time to think deeply about the ethical consequences. Our laws and moral frameworks are lagging behind what science can actually do, which creates a dangerous gap.


Compréhension orale

Reportage radio

Voix : This is BBC Radio 4. Today we visit a vertical farm in Liverpool. Inside a former warehouse, lettuce, tomatoes and strawberries are grown under pink LED lights, without soil and with 95% less water than traditional farming. The manager, Claire, explains the concept.

Claire : “It’s called hydroponics. Plants grow in nutrient-rich water instead of soil. We control the temperature, the light, the humidity – everything. It’s like a laboratory for vegetables.”

Journaliste : Is this the future of farming?

Claire : “It has to be. With climate change and population growth, we can’t rely on traditional agriculture alone. Vertical farming uses less land, less water, no pesticides, and you can harvest all year round. It could be a game changer for food security, especially in urban areas.”

Journaliste : But critics say it’s unnatural and consumes a lot of electricity.

Claire : “That’s true, but we use renewable energy. And let’s be honest: what’s ‘natural’ about spraying chemicals on fields? Every innovation is unnatural at first. The question is: does it do more good than harm?”

Questions :

  1. What is a vertical farm, and how does it work?

  2. Give two advantages of vertical farming mentioned by Claire.

  3. What criticism does the journalist bring up?

  4. How does Claire respond to the criticism?

  5. What, according to Claire, is the key question to evaluate an innovation?

Corrigé

1. What is a vertical farm, and how does it work?
A vertical farm is an indoor farm, often set up in a former warehouse, where plants are grown under pink LED lights without soil. The method used is called hydroponics: plants grow in nutrient-rich water instead of soil, and everything (temperature, light, humidity) is controlled.

2. Give two advantages of vertical farming mentioned by Claire.
Two advantages mentioned by Claire are: it uses less land and less water (95% less than traditional farming). She also mentions that it requires no pesticides and allows harvesting all year round. (Any two of these are correct.)

3. What criticism does the journalist bring up?
The journalist says that critics argue vertical farming is unnatural and consumes a lot of electricity.

4. How does Claire respond to the criticism?
Claire responds by saying that their farm uses renewable energy. She also questions the idea of what is "natural", pointing out that spraying chemicals on traditional fields is also unnatural. She adds that every innovation seems unnatural at first.

5. What, according to Claire, is the key question to evaluate an innovation?
According to Claire, the key question is: "Does it do more good than harm?"

Contrôle continu

A. Compréhension écrite (10 points)
Lisez le texte suivant (adapté d’un article sur l’énergie nucléaire au Royaume-Uni) :

“Nuclear power has always divided opinion. Supporters argue it is a clean, reliable source of energy that can help the UK meet its climate targets. Unlike wind or solar, nuclear plants run 24/7 and produce no carbon emissions. However, critics point to the risks: the catastrophic accidents at Chernobyl and Fukushima, the unsolved problem of radioactive waste and the high cost of building new plants. The UK government recently announced plans to build eight new reactors by 2050. Environmental groups have protested, calling the plan ‘a dangerous gamble’. They argue that investing in renewable energy would be safer and cheaper in the long run.”

Questions :

  1. Give one advantage and one disadvantage of nuclear power mentioned in the text. (2 pts)

  2. What is the UK government’s plan regarding nuclear energy? (2 pts)

  3. Why do environmental groups oppose this plan? (2 pts)

  4. True or false? Nuclear plants produce more carbon emissions than wind turbines. Justify with a quotation. (2 pts)

  5. Explain the phrase “a dangerous gamble” in your own words. (2 pts)

B. Compréhension orale (10 points)

Script  :

“I’m a diabetic, and for years I had to inject insulin several times a day. It was painful and exhausting. Two years ago, I started using a smart insulin pump. It’s a small device attached to my body that monitors my blood sugar continuously and delivers the right dose automatically. It’s connected to my phone, so I can see my levels anytime. Honestly, it has changed my life. But I sometimes wonder: what if the device fails? What if someone hacks into it? I rely so much on technology that I feel vulnerable. My life is literally in the hands of a machine. It’s a strange feeling.”

Questions :

  1. What medical condition does the speaker have? (2 pts)

  2. What device does she use, and how does it work? (2 pts)

  3. What positive impact has the device had on her life? (2 pts)

  4. What fears does she express? (2 pts)

  5. Explain the phrase “My life is literally in the hands of a machine.” (2 pts)

C. Expression écrite (10 points)
Traitez au choix l’un des deux sujets (80-100 mots) :

  • Sujet 1 : In your opinion, what is the most important scientific discovery of the last 50 years? Justify.

  • Sujet 2 : Write a short paragraph arguing for or against the use of robots in schools.

D. Expression orale (10 points)
À préparer en 10 minutes, à présenter en 5 minutes.
Vous présentez la citation suivante d’Albert Einstein : “It has become appallingly obvious that our technology has exceeded our humanity.”
Expliquez ce que cette citation signifie pour vous, donnez des exemples actuels et reliez-la à l’axe « Innovations scientifiques et responsabilité ».

Corrigé

A. Compréhension écrite

  1. Advantage: nuclear power is clean, reliable, produces no carbon emissions, and runs 24/7. Disadvantage: risk of catastrophic accidents, unsolved radioactive waste problem, high cost. (One of each.)

  2. The UK government plans to build eight new nuclear reactors by 2050.

  3. Environmental groups oppose the plan because they believe it is a dangerous gamble, and that investing in renewable energy would be safer and cheaper.

  4. False. Quotation: “Unlike wind or solar, nuclear plants run 24/7 and produce no carbon emissions.”

  5. “A dangerous gamble” means taking a risk where the outcome is uncertain and could lead to serious negative consequences.

B. Compréhension orale

  1. She is diabetic (she has diabetes).

  2. She uses a smart insulin pump that monitors her blood sugar continuously and delivers the right dose of insulin automatically. It is connected to her phone.

  3. It has changed her life: she no longer has to inject insulin manually several times a day, and it is less painful and exhausting.

  4. She fears that the device might fail or that someone might hack into it. She feels vulnerable because she depends so much on technology.

  5. It means that her survival depends entirely on the machine; without it, her health would be at risk. It emphasises her total dependence on technology.

C. Expression écrite (exemple pour le sujet 1)
In my opinion, the most important scientific discovery of the last fifty years is the Internet. Although it was originally developed in the 1960s and 1970s, it only became widely accessible in the 1990s. The Internet has fundamentally transformed communication, education, business and access to information. For example, a student in a remote village can now attend online courses from top universities. Moreover, it has enabled global movements for social justice, such as the Arab Spring or Black Lives Matter. However, it has also brought challenges like misinformation and privacy concerns. Despite these drawbacks, I believe the Internet remains the most impactful innovation because it has reshaped nearly every aspect of human life.

D. Expression orale (éléments attendus)

  • Interprétation : Einstein critique le fait que la technologie progresse plus vite que notre capacité à l’utiliser avec sagesse et humanité.

  • Exemples : l’IA qui prend des décisions sans conscience morale, les armes autonomes, les réseaux sociaux qui nuisent à la santé mentale, les deepfakes qui manipulent la réalité. En positif, la médecine qui sauve des vies, mais toujours la question éthique.

  • Lien avec l’axe : la responsabilité doit accompagner l’innovation ; sans éthique, le progrès peut déshumaniser.

  • Opinion personnelle : comment rééquilibrer la balance ?

Barème oral indicatif :
Prononciation / fluidité (3 pts), lexique approprié (3 pts), syntaxe et grammaire (2 pts), argumentation (2 pts).