Some futures are inherited.
Others are selected.
A speculative simulation, grounded in real research.
A speculative simulation, grounded in real research.
Modifying human inheritance is no longer hypothetical. The timeline is shorter than most people remember.
First successful birth from in vitro fertilization (Louise Brown, UK).
Steptoe & Edwards, The Lancet, 1978.First clinical use of preimplantation genetic diagnosis to avoid X-linked disease.
Handyside et al., Nature, 1990.CRISPR-Cas9 demonstrated as a programmable genome editor.
Jinek, Chylinski, Fonfara, Hauer, Doudna & Charpentier, Science, 2012.Twin girls born in China from CRISPR-edited embryos. Widely condemned by the scientific community.
Cyranoski & Ledford, Nature news, November 2018.The lead scientist, He Jiankui, is sentenced to three years in prison in China.
Xinhua / Reuters, December 2019.Emmanuelle Charpentier and Jennifer Doudna awarded the Nobel Prize in Chemistry for CRISPR.
Royal Swedish Academy of Sciences, 2020.The United Kingdom approves the first CRISPR-based therapy (Casgevy / exa-cel) for sickle cell disease.
Medicines and Healthcare products Regulatory Agency, November 2023.Genetic editing is the new edge. Cosmetic editing has been mainstream for decades. The social logic carries forward.
International Society of Aesthetic Plastic Surgery, Global Survey, 2022.
Rajanala, Maymone & Vashi, JAMA Facial Plastic Surgery, 2018.
Veale et al., systematic review, Body Image, 2016.
Baylis, Darnovsky, Hasson & Krahn, The CRISPR Journal, 2020.
Who decides what counts as improvement?
Would unenhanced children face discrimination?
Should personality be editable?
What happens when beauty becomes measurable?
Can diversity survive optimization culture?
What follows is a fictional consumer-product mock-up. The mechanics are speculative. The pressures are real.
Educational speculative simulation. Not medical advice.
A fictional genetics-inspired simulator
Educational speculation. Not medical, genetic, or clinical advice.
Defaults shown represent one ancestry baseline. Use Ancestry on a parent card, ↻ to reroll, 🎲 Randomize Parents, or 🌍 Reset to global phenotype range to explore others.
Genes aren't destiny. Tweak the nurture side too.Adjust developmental modifiers to inform downstream projections.
Distribute credits across optimization categories. Allocations bias projected outcomes; tradeoffs are listed per package.
Compliance reference: Oviedo Convention Art. 13 (heritable-germline restriction); medical-ethics principle of non-maleficence.
Reversibility: No · Subject absent: Yes
All allocations remove the future subject's choice equally; the weight measures how widely the loss propagates, not whether it occurs.
Three generations. The choices made here ripple forward. Three lives, briefly: the people who came before, the person imagined here, the people who might come after. Three-generation cascade. Trait inheritance shown across vertical axis; downstream projections are speculative.
Different lives this child might end up living. Same kid, many roads — life is unpredictable on purpose. Speculative adult-life trajectories under varying environmental conditions. Outcomes are illustrative, not predictive.
Different babies the same two parents might have. Click Make this the main baby on any card to load it. Sibling-distribution sampling from the same parental inputs. Select Promote to main to load any projection.
This simulator is fictional. Real traits are shaped by many genes, environment, chance, culture, health, and life experience. Babies are not customizable products. Fictional simulation for illustrative purposes. Current ethical regulations vary globally. Behavioral outcomes remain difficult to model reliably.