Technology, in its broadest sense, means “the way we do things” – which can be manual, mechanical, and electronic. What does the way we do things say about the evolution of knowledge, and of our perspectives and priorities, over time? Does our technology reveal the mindset of its inventors, and those who use it?
Technology is the product of human knowledge, applied to a particular purpose. The applications of our technology change over time, but why do they change and what are the causes of our inventions? Are there times when we adapt to our technology, and other times when our technology adapts to us? Who – or what – determines the future course of the way we do things, and how do the rest of us have a say in the matter? Join in this ongoing dialogue as we explore the frontiers of technology from the combined perspectives of its developers and its users.
Are our minds adapting—or deteriorating—in the digital age? As global IQ scores decline and artificial intelligence assumes more cognitive tasks, new questions emerge about the future of human thought. From the reversal of the Flynn effect to the rise of “brain rot” in online culture, researchers are examining how technology, media, and shifting environments are subtly reshaping our capacity to think.
As cloud computing becomes the backbone for everyone, from governments to businesses to schools to individuals, a handful of Big Tech companies are tightening their grip on global infrastructure. This article explores what digital sovereignty means, why it’s increasingly urgent, and how nations and individuals are fighting to reclaim control over their data and systems.
Businesses like Google DeepMind are making tremendous advances in the precision measurement and sequencing of protein folding, as differences in the shape of proteins and the amino acids they’re made of give each type its unique properties. When proteins are the basis of our human bodies and other biological mechanisms, who will control the benefits that new proteins could provide for medicine and many other applications? The question is more urgent as AI’s power increases, advancing from protein measurement to protein manufacturing.
What would happen if only a handful of companies and governments controlled access to the power of quantum computers, demonstrated this month by Google’s breakthrough quantum chip? Our continuing series on quantum ethics examines the race to develop the technology, its cost and complexity that exclude most of the world, and the growing movement for responsible quantum research and innovation.
Concerns about children’s digital media use are growing globally, with research highlighting risks that include social media dependency, gaming addiction, online harassment, and data privacy issues. We explore findings from global studies, expert recommendations, and strategies from organizations like WHO, OECD, and UNICEF, aimed at creating safer, empowering digital environments for children.
Consumers don’t expect that clicking “Agree” to an online agreement with a food delivery service or cable network could result in the loss of some fundamental legal rights, and yet that’s what’s happening. We explore the often bewildering nature of lengthy user agreements that few can read or understand, and what’s being done (or not done) to protect online customers.
The Quantum Record is a non-profit journal of philosophy, science, technology, and time. The potential of the future is in the human mind and heart, and in the common ground that we all share on the road to tomorrow. Promoting reflection, discussion, and imagination, The Quantum Record highlights the good work of good people and aims to join many perspectives in shaping the best possible time to come. We would love to stay in touch with you, and add your voice to the dialogue.