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Many facts are well-known to professionals, but are unappreciated or even rejected outright by the public. "How stars work" takes the cake.
From landscaped gardens to road systems, the Persians were among the first to create many things we still enjoy today.
As SpaceX slashes launch costs, governments are gaining new capabilities, while potentially outsourcing their sovereignty to Musk's private empire.
For decades, theorists have been cooking up "theories of everything" to explain our Universe. Are all of them completely off-track?
Our dream of journeying to other star systems has a big obstacle to overcome: the vast interstellar distances. Can antimatter get us there?
A new generation of self-healing tools could make the U.S.'s aging power grid far more resilient against modern threats.
Data centers consume enormous amounts of power, but their steady demand could make the grid more efficient — and lower costs for everyone.
Your energy doesn’t work like a battery — and treating it that way may be why you still feel tired even after a break.
A growing movement is trying to turn energy directly into food — reviving an old dream of escaping the violence and inefficiency of eating.
A Columbia researcher argues that everything from stress to aging comes down to how energy moves through your body.
The famous framework ranks civilizations by energy use — but ignores a critical factor that can halt their progress.
As the global economy moves beyond oil, the strategic importance of the world’s most critical hydrocarbon chokepoint is likely to decline rapidly.
Our obsession with speed and productivity creates unnecessary pressure that quietly fuels burnout and anxiety.
A firsthand look at China’s material progress and clean-tech revolution -- and what could happen if we let an authoritarian state steer AI's future.
When leaders embrace positive personal energy, everyone feels the benefits — in trust, innovation and creativity.
Long before today's debates, immigration was already transforming the American accent into something distinctively its own.
On cosmic scales, only dark matter (or something equivalent) gives us the Universe we observe. Now, the Sunyaev-Zel'dovich effect agrees.
Although a star's "birth" is well-defined, it doesn't correspond to an ignition event in its core. Here's how stars are actually born.
Every time a new star forms, there's an opportunity to form planets alongside and around it. How does it happen, and how long does it take?