As tens of thousands return to the streets for the first national Palestine march of 2026, this movement refuses to be sidelined or silenced, says PETER LEARY
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2D or Not 2D: Crystals that open up New Dimensions
Scientists invent a deceptively simple way to build a helter-skelter of atoms
These microscopic butterflies are one of the smallest, lightest and most expensive ones in the world as they partially consist of the novel one atom thick material graphene
[Maido Merisalu/Creative Commons]
If the government really wanted to address public finances, improve living standards and begin economic recovery, it would increase its borrowing for investment, argues MICHAEL BURKE
MATT KERR takes a winter journey through poetry, labour and memory, from Glasgow to Newcastle, arguing that our radical past isn’t something to revere from a distance, but a tool still meant to be used
One of Canada’s most revered politicians is a native of Falkirk but is relatively unknown in his original homeland. KENNY MacASKILL tells his story
Labour prospects in May elections may be irrevocably damaged by Birmingham Council’s costly refusal to settle the year-long dispute, warns STEVE WRIGHT
HENRY FOWLER and ROB POOLE explain the significance of today’s Megapicket
EVERYTHING is made of atoms. To understand this, we’re asked to imagine that the smooth continuous materials around us are each made up of tiny lumps.
Rather than acting like little inert building bricks, each is humming with the energy of existing. Every atom is itself an immense void with even tinier positive and negative charged matter suspended in space, whizzing round each other and changing configuration to give the atom its own particular properties.
The dynamism of the charges moving around and interacting both inside the atom and outside of it defines the ways that charge and energy can move between them, through space, sometimes joining them together in configurations of molecules of infinite variety.
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