In our lifetime we have seen a broad transformation in the way we interact with technology in our daily lives. And further developments in technology promise a continued impact. Are we comfortable living in a world that never shuts off? How has this technology affected us, our thinking, our relationships and the way our work works? Is technological progress always for the better? Be part of the live studio audience for this special edition of TVO's Agenda with Steve Paikin.
How will robotics change us and our lives? Will AI driven robots put us on and accelerated evolutionary path? Why would we want a more heavily robotized society? Do we have choice in the matter? Be part of the live studio audience for this special edition of TVO's Agenda with Steve Paikin.
From the Enlightenment onward, science gained our trust and we followed its logic readily. But in an increasingly complex and skeptical world, will advancements in genetics, Artificial Intelligence, and countless other endeavours keep us believing, or will we lose the taste for a life shaped by science and technology? Be part of the live studio audience for this special edition of TVO's Agenda with Steve Paikin.
With studies suggesting the vocabularies of young people today are shrinking and some university professors claiming the essay is hardly worth assigning anymore due to shortened attention spans, some wonder whether technology has done more harm to our kids than good. Our panel of experts will debate the issue.
Three profound transformations are under way on Earth right now. Climate change is real and is pushing us toward managing the planet as a whole. Urbanization—half the world’s population now lives in cities, and eighty percent will by midcentury—is altering humanity’s land impact and wealth. And biotechnology is becoming the world’s dominant engineering tool. In light of these changes, environmentalists are going to have to reverse some longheld opinions and embrace tools that they have traditionally distrusted.
Superconducting quantum circuits have made significant advances over the past decade, allowing more complex and integrated circuits that perform with good fidelity. We have recently implemented a machine comprising seven quantum channels, with three superconducting resonators, two phase qubits, and two zeroing registers. I will explain the design and operation of this machine, first showing how a single microwave photon |1> can be prepared in one resonator and coherently transferred between the three resonators .
Tensor network algorithms provide highly competitive tools for analyzing ground state properties of quantum lattice models in one and two spatial dimensions. The most notable examples involve matrix product states, projected entangled pair states and multiscale entanglement renormalization ansatz. The key underlying idea of all the approaches is to decompose a quantum many-body state into a carefully chosen network of tensors.
Applications of the quantum nature of our universe to potential new technologies like quantum cryptography and quantum computation. In particular, theoretical developments such as fault-tolerant quantum codes and protocols for quantum error correction.