I help organisations increase their value by making them future-fit. #Mindcandy scenario prompts are part of that programme. Find out more here.
Scenario prompt 3 September 2025
The scenario prompt for today is biological qubits. Combining quantum technology with biology. Is not going to impact your business model soon, but it does suggest that you should put quantum technology and biotech and programmable biology on your radar. Because AI is going to accelerate this faster than you think.
The other prompts are you are the upgrade, curativity, sustainability, printing tactile sensors, mirror cells, and BCIs.
If you want more details and the other prompts, you can subscribe to my substack.
You are the upgrade
https://www.ronimmink.com/product/a-book-about-books-about-ai/
Data, acceleration, and the future of intelligence: Lessons from 25 core books (and links to 114 other books) about AI, technology abstraction, and consciousness.
Curativity
https://www.linkedin.com/pulse/curativity-joan-sard%C3%A0-lqjff/
Curativity: the capacity to curate content, trends, data—in short, valuable information in any format—and transform it into knowledge.
88% Of Companies Say Sustainability Strategies Create Long-Term Value, New Morgan Stanley Study
A driver of ground-breaking innovation
3D-printed auxetic design delivers breakthrough in sensitive and wearable tactile sensors
https://interestingengineering.com/innovation/3d-printed-auxetic-sensors
Tactile sensors have become essential in robotics, prosthetics, wearable devices, and healthcare monitoring
Scientists Just Made ‘Biological Qubits’ That Act as Quantum Sensors Inside Cells
Such sensors could one day carry out MRI at the scale of individual cells or aid researchers in drug development.
Scientists fear “mirror life” synthetically produced in the lab could create a dangerous new form of biology
Mirror cells—artificially constructed living systems assembled from reversed molecular building blocks—might pose “unprecedented and irreversible harm” if they were ever created.
AI Co-Pilot Sharpens Brain-Computer Interfaces For Paralyzed Users
https://scienceblog.com/ai-co-pilot-sharpens-brain-computer-interfaces-for-paralyzed-users/
Engineers have built a wearable brain-computer interface that uses artificial intelligence as a co-pilot to help people move robotic arms or computer cursors with their thoughts.
