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However far apart we pull two entagled particles, they remain ‘connected’ through their common wavelength function. Their fates remain intertwined until a measurement is made on one of them, collapsing their common wavelength function.

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Jim Al-Khalili Quote: “However far apart we pull two entagled particles, they remain ‘connected’ through their common wavelength function. Their fates remain intertwined until a measurement is made on one of them, collapsing their common wavelength function.”

“However far apart we pull two entagled particles, they remain ‘connected’ through their common wavelength function. Their fates remain intertwined until a measurement is made on one of them, collapsing their common wavelength function.”

Jim Al-Khalili

Jim Al-Khalili Quote: “However far apart we pull two entagled particles, they remain ‘connected’ through their common wavelength function. Their fates remain intertwined until a measurement is made on one of them, collapsing their common wavelength function.”
Jim Al-Khalili Quote: “However far apart we pull two entagled particles, they remain ‘connected’ through their common wavelength function. Their fates remain intertwined until a measurement is made on one of them, collapsing their common wavelength function.”
Jim Al-Khalili Quote: “However far apart we pull two entagled particles, they remain ‘connected’ through their common wavelength function. Their fates remain intertwined until a measurement is made on one of them, collapsing their common wavelength function.”
Jim Al-Khalili Quote: “However far apart we pull two entagled particles, they remain ‘connected’ through their common wavelength function. Their fates remain intertwined until a measurement is made on one of them, collapsing their common wavelength function.”
Jim Al-Khalili Quote: “However far apart we pull two entagled particles, they remain ‘connected’ through their common wavelength function. Their fates remain intertwined until a measurement is made on one of them, collapsing their common wavelength function.”
Jim Al-Khalili Quote: “However far apart we pull two entagled particles, they remain ‘connected’ through their common wavelength function. Their fates remain intertwined until a measurement is made on one of them, collapsing their common wavelength function.”
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