Andrey Ustyuzhanin
@anaderi
Andrey Ustyuzhanin
basic ingredients for systems that could devise and improvise solutions to living that are emergent, versatile, adaptive, and robust. The new picture dispels the long-standing idea that living systems must be regarded as machines.
Philip Ball • How Life Works: A User’s Guide to the New Biology
Unlike static and rigid user interfaces, generative and malleable user interfaces offer the potential to respond to diverse users’ goals and tasks. However, current approaches primarily rely on generating code, making it difficult for end-users to iteratively tailor the generated interface to their evolving needs. We propose employing task-driven d... See more
Just a moment...
adaptable interfaces
So, what’s the bottom line? Let’s summarize:
— Strategic messaging isn’t just about words, it’s about creating clarity and purpose for your customers, team, and stakeholders.
— The networked, fast-paced culture of the 21st century needs companies that can take complex subjects and turn them into cogent, compelling, and inspiring human narratives.
— T... See more
— Strategic messaging isn’t just about words, it’s about creating clarity and purpose for your customers, team, and stakeholders.
— The networked, fast-paced culture of the 21st century needs companies that can take complex subjects and turn them into cogent, compelling, and inspiring human narratives.
— T... See more
Sari Azout • From Product/Market Fit to Language/Market Fit: A New Brand Storytelling Framework
Perhaps this is what the early pioneers of computing felt, on the cusp of the 1980s. We had oriented entire research labs and organizations around bringing those punch cards down to the computer lab every day. We had achieved a lot with the powerful mainframes that crunched numbers and cracked codes. But people could not yet fathom the fundamental ... See more
People + AI Research
pair.withgoogle.com
2. What are the key features or characteristics that define a living system?
Nonlinearity, feedback, being open and far from thermodynamicequilibrium, antifragility, self-organization, information-processing, hierarchical organization, and heterogeneity of parts and their interactions are all necessary but not sufficient to define a living system. ... See more
Nonlinearity, feedback, being open and far from thermodynamicequilibrium, antifragility, self-organization, information-processing, hierarchical organization, and heterogeneity of parts and their interactions are all necessary but not sufficient to define a living system. ... See more
Understanding Living Systems
Inspiration and e-ship
By promoting self-organization, energy flux gradually converts a clump of mindless molecules into information-processing machinery with agency—meaning the self-drive and purposeful action that we associate with life.