As AI becomes more physical, Wall Street’s role is changing with it. Through Ted Pick and Morgan Stanley, Altair Media examines how financing is shifting from individual transactions towards the capital structures needed to build America’s next industrial cycle.
Imperfection is not necessarily error or failure. Through the work of Denise Buisman Pilger, The Human Hand explores how irregularities, material uncertainty and artistic judgement can preserve the traces of time, process and human decision-making within a work of art.
As digital and AI-generated representations become almost limitless, physical objects may acquire new meaning. Through the work of Denise Buisman Pilger, The Return of Material Culture explores materiality, provenance and the growing value of things that actually exist.
Artificial intelligence can reproduce appearances with extraordinary precision. But can it reproduce the history of making? Through the work of Denise Buisman Pilger, The Human Hand explores why material, uncertainty and physical process may become increasingly important to the value of art.
From the bark of the paper mulberry tree to contemporary abstract art, Kozo tells a story of patience, transformation and material intelligence. Through the work of Denise Buisman Pilger, this centuries-old Japanese fibre reveals a different philosophy of creativity in the age of artificial intelligence.
For more than thirteen centuries, Washi has embodied patience, craftsmanship and material intelligence. Through the work of Denise Buisman Pilger, this remarkable Japanese paper reveals why creativity begins not with a blank surface, but with a material that already carries its own story.
Dutch artist Denise Buisman Pilger’s selection for a solo exhibition at Canada’s World of Threads Festival highlights more than an individual achievement. It reflects a broader cultural shift, where craftsmanship, materiality and human creativity are gaining renewed significance in the age of artificial intelligence.
Modern finance is becoming faster, more automated and increasingly invisible. As digital systems replace human interactions, new questions emerge about financial stress, digital exclusion, trust and the ability of both younger and older generations to navigate an increasingly complex financial world.
Artificial intelligence may appear weightless and digital, but robotics ultimately depends on energy, materials and physics. This article explores how batteries, compute efficiency, photonics and infrastructure could determine the future limits of autonomous machines.
Artificial intelligence may be advancing rapidly, but robotics is revealing a deeper reality: intelligence becomes far more complicated once it enters the physical world. The Limits of Machine Intelligence explores why machines still struggle with embodiment, energy, uncertainty and the messy complexity of reality itself.
