Technology

Our nation boasts an exceptional system for treating acute illnesses, leveraging technology in remarkable ways. However, where we fall short is in the areas of prediction and prevention of diseases. This is where our focus needs to shift, and AI offers numerous tools that can enhance our capabilities in these domains.

Dean of Stanford School of Medicine & cardiovascular researcher

Engineering life is often less demanding than creating a nuclear weapon, making monitoring more challenging. This complexity underscores the need for the scientific community to actively engage in establishing robust safeguards and developing strategies to prevent bioterrorism.

Dean of Stanford School of Medicine & cardiovascular researcher

Change proceeds at the speed of trust. Building this trust, particularly in the context of AI and synthetic biology, starts with open information exchange, discussion, and dialogue. It's about creating a shared understanding of our capabilities, responsible deployment of technology, and acknowledging the associated risks.

Dean of Stanford School of Medicine & cardiovascular researcher

In discussing the responsible deployment of AI in healthcare, I believe there are three key areas where it can create significant impact. First, AI should enhance healthcare equity. Second, it should increase efficiency. And third, it should improve effectiveness.

Dean of Stanford School of Medicine & cardiovascular researcher

I would describe games as an art form centred around systems. Viewing the world as a system means perceiving it as a collection of interconnected elements. These elements interact in a way that both enables and restricts themselves and each other. Essentially, what is observed is the collective behaviour of these elements as they unfold over time, creating a range of possibilities.

Game designer and NYU professor known for game theory and interactive entertainment

Video games are a medium through which we explore the nature and implications of computers. Recalling the early days of computers, large mainframes were used for serious tasks like missile trajectory calculations during the day. At night, enthusiasts would experiment with these machines, conjuring imaginary worlds of cave networks or empires, continuously discovering more engaging problems.

Game designer and NYU professor known for game theory and interactive entertainment

I believe a key issue is this newfound ability to hide behind our screens, which gives a false sense of impunity, allowing people to express themselves without restraint. Moreover, the surge in social media use seems to be edging out genuine social interactions. The more time we spend glued to our screens, the less we engage in meaningful, real-world exchanges.

Currently, we find ourselves at a fascinating juncture technologically, where advancements have vastly expanded our capabilities to manage and interpret large-scale data. Computational methods have now surpassed human abilities in certain areas, a milestone that, until as recently as last year, seemed distant. This achievement indicates that the expense associated with intelligent data processing is decreasing.

Without the capability to take calculated risks, offering access to capital becomes nearly impossible. Charity, with its limitations and lack of accountability, rarely leads to significant change. However, the landscape is shifting with the advent of digital transactions. The digitisation of money movement, transitioning from cash to digital, allows for traceability. This traceability generates data, which can be analysed to inform decisions.

Building financial systems from the ground up in a context that emphasises current money movements and digital transactions presents an opportunity to bypass these historical biases. This approach focuses on real-time behaviours, offering a dynamic and inclusive way to assess creditworthiness. It's interesting to note the impact of newly implemented credit systems in regions like Africa, where, given equal opportunities, women and small to medium-sized businesses have demonstrated significantly higher credit repayment rates.

I realised that games are a potent medium for crafting artificial experiences, offering an unparalleled avenue for exploration and learning. This realisation cemented my ambition to create games, driven by the belief in their profound capacity to encapsulate and convey experiences.

Founder of Electronic Arts (EA) and 3DO Company

By 1970, with a budding awareness of computers, I envisioned a future where the cumbersome administrative tasks of gaming could be offloaded to computers, transforming gameplay into something as visually captivating as television but with the added allure of interactivity. My vision was clear: to merge the engagement of gaming with the visual appeal of TV, thereby revolutionising how we play.

Founder of Electronic Arts (EA) and 3DO Company

Social media hasn't changed these games; it's merely provided a new platform for them. Virtue status, however, is comparatively accessible, especially within the realms of social media. This ease of gaining virtue status on social media, coupled with our innate desire for status, explains the platform's toxicity. We're drawn to the simplest form of status acquisition, and social media facilitates this with minimal effort.

British journalist and author known for investigative reporting and psychology books

We typically advise families to be very cautious about engaging with social media. Information found there can often be based on assumptions, leading to wildly inaccurate theories that only heighten anxiety for those following the situation. The key is to have someone knowledgeable and understanding by your side—someone who can interpret the situation and provide support throughout this trying experience.

Envoy and Negotiator Who Was Held Hostage in Lebanon

The 'compare and despair' generation is constantly bombarded with unrealistic portrayals of success, leading everyone to feel inadequate, regardless of their achievements. We all have flaws and recognize our weaknesses, and there will always be someone who seems better in some way. Thus, no one is ever fully satisfied.

Psychologist known for research on child development and magical thinking in children

Dreaming introduces noise into our system. There's a compelling hypothesis in machine learning called 'overfitting,' where systems become so tuned to recognizing patterns that they falter when faced with new, unexpected scenarios. Some computer scientists are exploring ways to inject noise into computational models to keep them adaptable.