Jennifer Doudna

Genetic engineering has the transformative potential to cure genetic diseases, enhance food security, and eliminate suffering. We must proceed with careful ethical considerations and societal dialogues.

As a scientist passionate about the potential of genetic research, I strongly believe that we should permit experimental longevity treatments. Advancing our understanding in this field could lead to breakthroughs that not only extend life but also improve its quality. Ethical considerations are important, but they should not hinder scientific progress that has the potential to benefit humanity greatly.

As a scientist focused on the ethical implications of biotechnology, I believe that ensuring safety in any field, including AI, is paramount. However, I do not have the expertise to determine if dedicating a third of compute resources is the most effective approach.

As a scientist deeply involved in genetic engineering, I understand the fascination with creating highly intelligent fish. However, the ethical, ecological, and unforeseen consequences of such actions are too significant to ignore. We must be cautious and prioritize the integrity of natural ecosystems.

I believe that using gene drives to render malaria-carrying mosquito species extinct is a promising and powerful tool. This technology could save millions of lives by drastically reducing the transmission of malaria. However, it's crucial that we proceed with caution and thorough ethical considerations to ensure we don't unintentionally harm ecosystems.

I believe that leveraging polygenic embryo selection for enhancing human intelligence is an exciting frontier in genetics. It holds the potential to unlock human capabilities and address cognitive deficiencies. However, it's crucial to proceed with ethical considerations and rigorous oversight to prevent misuse.