From Lab to Market: Fixing Solid-State Batteries
Researchers say the interface hurdle is key, and solving it could bring solid-state batteries to homes, cars, and devices sooner than expected.
Genes that could unlock human limbs regeneration
Regeneration in humans isn't ruled out, but it's incredibly complex. New research shows shared genetic cues across axolotls, zebrafish, and mice, yet scar tissue, immune responses, and cancer risk keep progress slow and years or decades away.
Debunking Placebo Hype
A clear, evidence-based look at why placebo hype misleads and what it means for patient care.
Why Books Matter More Than You Think
Reading isn’t about becoming better—it’s about thinking for yourself. This piece explores why books matter, not as moral guides, but as tools for freedom and deeper understanding.
The Big Bang could extend Voyager life
May tests loom as NASA pursues The Big Bang to extend Voyager life after a Voyager 1 power glitch, turning a setback into a potential leap for long-range space
What AI Can and Can’t Do in Clinics
AI in medicine holds promise but demands caution. A new study on AI clinical decision-making argues for real-world validation and governance before widespread use.
Mitochondria: Do Boosters Really Work?
Do “mitochondria support” products live up to their claims?
The Power of a Simple Binary Trick
A single binary operator could replace much of the heavy lifting in science, offering a swift route to new discoveries if the idea proves correct.
One Battery, Years of Life
A radioactive battery tech promises months-to-years of power for tough missions, shaking up how we think about portable, long-lasting energy.
Big year for renewables, but gaps remain
A strong 2025 for renewables shows momentum, but fossil fuel use and rising AI-driven demand keep the climate math uncertain. Click to explore what’s working, what isn’t, and what’s needed next.







