You can’t predict the future, but you can build the fitness to respond to it. The advantage isn’t prediction. It’s how fast your leadership team can notice and anticipate change and respond. Hence mind candy — an information stream to help you and your team think about what’s next.
Scientists grow electronics inside the brains of living mice
This one made me sit up. Purdue researchers injected a single chemical into mice brains. Blood proteins did the rest, assembling soft flexible electrodes around neurons. No rigid hardware. No invasive surgery. Pulses of light through the skull controlled brain activity. The body built its own brain-computer interface. The implications run in every direction — brain-computer interfaces, organoids, biological AI, biocomputing. This is early, but the trajectory is exponential.
https://singularityhub.com/2026/04/13/scientists-grow-electronics-inside-the-brains-of-living-mice/
Prompt for your leadership team
Scientists just grew a brain-computer interface from inside a living brain. No surgery, no rigid hardware — blood chemistry did the assembly. When biology and computing merge at this level, the implications for healthcare, AI, and human capability are enormous. How prepared is your leadership team to spot convergences like this and move on them before your industry is reshaped? That’s a leadership fitness question.
The other prompts:
Data, acceleration, and the future of intelligence
Lessons from 25 core books about AI, technology abstraction, and consciousness. Also available as a board briefing.
Sonic Branding: The Most Underused Asset In Marketing
Brands that succeed in this environment are those that build and reinforce distinctive memory structures—signals that allow consumers to quickly recognize and retrieve the brand at the moment of choice.
Your culture, your superpower: the key to lasting change
While it is critical for organisations to invest in modernisation, it is often people, their skills and the culture that ultimately determine whether new technology delivers real value.
Neurobots: Tiny living robots now use neurons to guide movement and behavior
Scientists have created tiny living robots endowed with functional nervous systems, marking a major step beyond previous biohybrid machines that moved without internal control.
Scientists Built A Sound Laser That Does Something Light Lasers Struggle To Accomplish
Researchers call their work a stepping stone toward quantum devices that could advance computing and ultra-sensitive measurement
https://studyfinds.com/sound-laser-bests-light-laser/
New metamaterials learn shapes, adapt behavior, and move like living systems
New metamaterials learn to change shape, adapt, and move without a central brain, mimicking living systems.
https://interestingengineering.com/innovation/metamaterials-learn-adapt-shape-robotics-uva
Quantum’s Breakthrough Is Coming: Are You Ready?
When quantum computing moves from laboratory curiosity to practical capability, it will unlock entirely new ways to solve problems that today’s computers simply cannot handle.
https://www.burrus.com/quantum-computing-breakthrough-mainstream/
Top 10 Real-World Robotics Use Cases in 2026: The Future of Automation
Automation is changing our idea of labor, safety, and productivity. Robots are involved in all aspects of our lives, from emergency surgeries to the delivery of goods
Oxygen made from Moon dust for first time
Jeff Bezos’s Blue Origin says it has developed reactor that can release breathable air from lunar soil
https://www.telegraph.co.uk/news/2026/04/09/oxygen-made-from-moon-dust-for-the-first-time/
From ‘BuddhaBot’ to $1.99 chats with AI Jesus, the faith-based tech boom is here
The rush to create faith-based generative AI is unsurprising, given the popularity of chatbots for everything from therapy and medical advice to companionship and romance. They range from alleged Hindu gurus and Buddhist priests to AI Jesuses and chatbots akin to OpenAI’s ChatGPT for Catholics.
A nanoscale robotic cleaner can hunt, capture and remove bacteria
Tiny robots—around 50 times smaller than the diameter of a human hair—open up fascinating possibilities: they enable the controlled manipulation of objects far too small for human hands. This brings us closer to a long-standing dream—the direct interaction with the microscopic world
https://phys.org/news/2026-04-nanoscale-robotic-cleaner-capture-bacteria.html
