<ul><li>Scientists at National Taiwan University have developed a revolutionary technique for creating quantum gases.</li><li>The new method, published in Nature Physics, is nearly 100% efficient and approximately 100 times faster than traditional techniques.</li><li>By using lasers to trap atoms in a three-dimensional optical lattice and applying electromagnetically induced transparency (EIT) alongside adiabatic expansion, the researchers rapidly cooled the atoms to form a quantum gas.</li><li>This breakthrough not only enhances the efficiency of creating quantum gases, but also provides new insights into quantum behavior, advancing research in many-body physics and quantum simulations.</li></ul>

Scientists develop revolutionary method to create quantum gas 100 times faster

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