"In the internet age, young people are retreating into their phones – and the world suffers"
(The Guardian, 31 May 2025)

The article laments how younger generations are increasingly absorbed by their smartphones, retreating into highly individualized, curated digital spaces. This phenomenon contributes to a decline in meaningful civic participation, engagement with others in public spaces, and awareness of broader societal issues. The author argues that while previous generations once found commonality in shared media experiences (e.g., watching the same TV shows, reading the same newspapers), today’s young people are fragmented by algorithm-driven content that isolates rather than connects. This withdrawal from the "real world" makes it harder to build solidarity, shared identity, or even sustain a functioning democracy. The article cautions that this retreat is not simply a matter of lifestyle but a political and social concern with long-term consequences.

1. Technology & Society

• "To what extent has technology strengthened or weakened social bonds in contemporary society?"

• Link: The article illustrates how technology, especially smartphones, fosters isolation rather than connection.

2. Media & Democracy

• "Consider the claim that modern media has undermined democratic participation."

• Link: The article argues young people’s retreat into personalised feeds harms civic engagement.

3. Generational Change & Values

• "Do younger generations today lack the same sense of collective purpose as those in the past?"

• Link: The article contrasts older generations' shared media consumption with today’s fragmented, algorithm-driven realities.

4. Impact of Media on Mental Well-being

• "Social media has done more harm than good for the younger generation." How far do you agree?

• Link: The article implicitly connects media habits to a retreat from reality and possible mental health repercussions.

5. Individualism vs. Community

• "Modern life places too much emphasis on the individual at the expense of the community."

• Link: The article discusses how algorithms fuel individualistic consumption, weakening shared experiences.

Example of a GP Argument Derived from the Article

Question: Consider the claim that modern media has undermined democratic participation.

Point (from Article):
Modern media, especially algorithm-driven platforms, has fragmented the public sphere. Young people increasingly retreat into personalized digital spaces, leading to a lack of shared experiences and civic engagement.

Elaboration:
Unlike past generations who consumed the same news and attended the same civic events, young people today are siloed by algorithms that feed them content tailored to their interests. This personalization discourages engagement with differing views or broader social issues, thereby weakening democratic discourse.

Example:
Social media platforms like TikTok curate content to user preferences, which may lead to echo chambers where young people remain disengaged from pressing societal matters such as elections, environmental activism, or public policy debates.

• Context & Breakthrough
  In mid‑July 2025, UK researchers from Newcastle University announced the birth of eight healthy babies via a pioneering IVF technique known as mitochondrial replacement therapy—or “three‑parent IVF”. This procedure helps women carrying mitochondrial disorders avoid passing them on to their children CNA+1.

• How It Works
  The method, called pronuclear transfer, involves fertilising both the mother's and a donor egg with the father's sperm. The nuclear DNA (which defines most traits) from the mother's fertilised egg is transferred into the enucleated donor egg, which contains healthy mitochondria. The resulting embryo thus has nearly all its DNA—about 99.9%—from the parents, with only around 0.1% from the donor CNA+1.

• Singapore’s Previous Stance
  In 2021, Singapore’s Bioethics Advisory Committee (BAC) recommended against adopting this technique due to uncertainties around safety and long‑term effects, urging a "wait and see" approach CNA+1.

• Current Considerations
  With the successful UK outcomes and Australia progressing toward clinical trials, the author suggests Singapore reconsider its cautious stance. Still, any decision must weigh ethical concerns, scientific uncertainties, and cost implications, especially given how few families might benefit CNA+1.

Science vs Ethics: A Conflict for General Paper

This topic is ripe for General Paper discussion, as it raises fundamental tensions between scientific progress and ethical concerns—let’s unpack them.

1. Scientific Promise & Humanitarian Gains

• Disease Prevention: MRT offers a means to eradicate debilitating and fatal mitochondrial diseases that currently have no cure CNA+1.

• Reproductive Choice: It empowers women genetically at risk to have healthy genetically related children—expanding reproductive autonomy and reducing emotional burden CNAPeople.com.

2. Ethical and Social Concerns

• Germline Modification: MRT alters the human germline—changes passed to descendants—raising questions about long-term consequences and the morality of altering human heredity WikipediaThe Guardian.

• Embryo Use & Donor Rights: The procedure involves creating and manipulating embryos and relies on egg donors, raising concerns over embryonic ethics, potential exploitation, and unstudied long-term effects on donors The Times.

• Identity & Sociocultural Impact: The notion of a "third genetic parent" may affect a child’s sense of identity or challenge conventional definitions of parenthood. Cultural, religious, and lineage values might be disrupted WikipediaCNA.

3. Safety, Uncertainty, and Evidence Base

• Limited Data: The UK results—while promising—are based on only eight births. There’s still uncertainty about the technique's safety, long-term outcomes, and possible mitochondrial–nuclear incompatibilities CNA+1.

• BAC’s Prudence: The BAC’s 2021 recommendation to wait reflects responsible caution in the face of limited evidence, emphasizing “more certainty regarding the science, techniques, safety and efficacy” before adopting such technology CNA+1.

4. Cost, Equity, and Policy Logistics

• Selective Benefit: Only a small subset of families would require MRT, making questions of funding, resource allocation, and policy priority complex CNA+1.

• Infrastructure and Oversight Needs: Implementing MRT would require extensive regulatory frameworks, expert accreditation, and public engagement—raising questions about social justice and where funds should go.

Science Argument (For MRT Adoption)

• Lives saved and suffering prevented

• Advancement of reproductive autonomy

• Contribution to global medical leadership and innovation

Ethical Argument (Against Hasty Adoption)

• Moral questions of germline editing and human nature

• Ethical concerns over embryo use and donor impact

• Social and cultural implications of redefining parenthood

Balanced Reflection

• Importance of rigorous trials, transparency, and continued public dialogue

• Consider phased, tightly regulated pilot studies only after thorough societal consensus

• Ensure support systems for donors, and robust long-term monitoring for offspring

Conclusion
Emphasize that while science offers transformative healing, ethics must guide responsible adoption. Singapore could reconsider MRT—but only with comprehensive public debate, ethical consensus, and safeguards.

(Science leads, ethics follows)

Core Idea:
Ethics should adapt to keep pace with innovation. Restrictive ethical rules risk slowing down discoveries that could save lives, solve crises, or improve human existence.

Arguments:

• Urgency of solutions – Problems like pandemics, climate change, and food insecurity require fast breakthroughs; waiting for ethical consensus can cost lives.

  • Example: Rapid COVID-19 vaccine development under emergency approval; testing began before full long-term safety data was available.

• History shows ethics evolves – Practices once seen as unethical (e.g., organ transplants, IVF) are now mainstream because science proved their benefits.

• Knowledge is neutral – It’s the application, not the discovery, that can be harmful. Stopping research prevents potential good.

  • Example: AI systems for early cancer detection — privacy concerns can be managed later, but delaying development risks lives.

Possible Stand in GP Essay:
Science must take the lead; ethics should adapt after the fact to integrate new realities.

View 2 – Ethics as the Master, Science as the Servant

(Ethics leads, science follows)

Core Idea:
Unchecked scientific progress can cause irreversible harm; ethics must set boundaries to protect human dignity, safety, and social cohesion.

Arguments:

• Preventing irreversible damage – Some scientific “breakthroughs” may have catastrophic consequences if misused.

  • Example: He Jiankui’s CRISPR-edited babies — long-term genetic effects unknown, potential for eugenics.

• Moral responsibility in uncertain outcomes – The “can” does not justify the “should.” If risks outweigh benefits or are poorly understood, science must wait.

  • Example: Geoengineering to cool the planet could disrupt ecosystems, with unpredictable global effects.

• Trust and legitimacy – Public trust in science depends on adherence to shared moral standards; ignoring ethics erodes credibility.

Possible Stand in GP Essay:
Science must operate within strict ethical frameworks to ensure safety and fairness.

Middle Ground – Partnership of Equals

(Science and ethics in dialogue)

Core Idea:
Science and ethics should co-develop — progress happens, but with built-in safeguards and public engagement from the start.

Arguments:

• Anticipatory governance – Ethics committees embedded in research from day one can flag risks early without halting useful projects.

  • Example: AI development with ethics boards that assess bias, transparency, and societal impact alongside coding progress.

• Pilot before full rollout – Trial innovations in controlled settings to gather evidence before scaling.

  • Example: Limited mitochondrial replacement therapy trials in the UK before nationwide approval.

• Cultural adaptability – Ethical standards may vary across societies, but baseline global safeguards should exist for shared technologies (e.g., nuclear safety protocols).

Possible Stand in GP Essay:
Neither dominates; science and ethics must be partners in shaping the future.

1. Can ethical caution cause more harm than rapid scientific action?

2. Is it realistic to expect universal ethical standards for global scientific projects?

3. Should private companies have the same ethical obligations as public research institutions?

4. How can we avoid ethics being used as a political or economic weapon to slow competitors’ scientific growth?

Summary: Guardian Article – Hawaii’s Pristine Waters at Risk from SpaceX Rocket Debris

The article reports that the FAA granted SpaceX permission to expand its Starship rocket launch program to up to 25 times a year, along with approving a 75-fold expansion of the ocean debris zone. This expanded zone would include ecologically sensitive waters near Hawaii—specifically around Mokumanamana and the Papahānaumokuākea Marine National Monument, a UNESCO World Heritage site.

Environmentalists, scientists, and Native Hawaiian communities have voiced serious concerns. They warn that SpaceX’s “fail fast” testing strategy could deposit debris, fuel residue, and create sonic disturbances that harm marine life, endangered species, and culturally significant ecosystems . They also criticize the FAA’s environmental review as insufficient—highlighting that the assessment was completed by SpaceX contractors, lacked proper local consultation, and downplayed the risks to fragile ecosystems.

1. Dangers to Remote Ecosystems

Expanding debris zones over protected marine environments like Papahānaumokuākea can pose immediate ecological threats—ranging from physical destruction to chemical pollution—all consequences of aggressive space testing protocols.

2. Atmospheric Pollution and Ozone Damage

Rockets emit pollutants including black carbon (soot), chlorine, aluminum oxide, and nitrogen oxides, which can degrade the ozone layer and intensify global warming. Black carbon is particularly potent—it’s hundreds of times more effective at trapping heat when released in the upper atmosphere compared to ground-level CO₂.

3. Risk of Space Debris and Long-Term Orbital Damage

Increased launches also mean more risk of debris—both large and micro-sized—in orbit, which can trigger collisions (Kessler Syndrome), disrupting satellite operations and potentially harming Earth’s climate indirectly through data loss or service disruptions.

4. Discontinuation of Research and Oversight

Recent policy moves—such as the Trump administration ending government-funded research into space-related atmospheric pollution—remove critical oversight at a time when the industry is rapidly expanding. This threatens our ability to understand and mitigate space-related environmental impacts.

• “Environmental risks vs scientific ambition: Are rocket launches endangering Earth's ecosystems without sufficient regulation?”

• “Is economic and visionary drive (e.g., Mars colonization) overshadowing environmental and cultural protection?”

• “What role should public consultation and indigenous rights play when planning high-risk space activities?”