How to Use quantum entanglement in a Sentence

quantum entanglement

noun

• To address this challenge, the study authors turned to quantum entanglement.
  — Rupendra Brahambhatt, Interesting Engineering, 21 Dec. 2025
• So there is a certain amount of controversy attached to this idea that gravity and space-time emerge from quantum entanglement.
  — Steven Strogatz, Quanta Magazine, 17 Apr. 2025
• Instead, electrons may exist in a dense state of quantum entanglement with one another, forming a kind of fluid.
  — IEEE Spectrum, 4 Jan. 2024
• So why did Wu not mention quantum entanglement in her 1950 letter? Wu might have been hesitant to discuss evidence of entanglement because throughout the 1950s and 1960s, such quantum-foundations work was stigmatized as junk science.
  — Michelle Frank, Scientific American, 13 Mar. 2023
• Their shenanigans also begin to link the particles through quantum entanglement.
  — George Musser, Quanta Magazine, 6 June 2023
• Well, that and quantum teleportation, which is the reason that quantum entanglement suffuses this entire field to this day.
  — Joseph Howlett, Scientific American, 31 Mar. 2026
• The team believes that the effect could point to deeper quantum entanglement between lambda–antilambda pairs.
  — Georgina Jedikovska, Interesting Engineering, 5 Feb. 2026
• The limits of quantum entanglement Orzel pointed out, though, there is a significant limit to what can be transmitted this way.
  — Robert Lea, Popular Mechanics, 28 June 2023
• This has revealed for the first time that quarks and gluons, the building blocks of protons, experience the phenomenon of quantum entanglement.
  — Robert Lea, Space.com, 7 Jan. 2025
• In quantum entanglement, each phonon is in a superposition of reflected and transmitted, but the two phonons are locked together.
  — Andrew N. Cleland, The Conversation, 5 July 2023
• To understand the enzyme, researchers must follow the behavior of many electrons that are all linked together via quantum entanglement.
  — Quanta Magazine, 29 May 2026
• Even so, the study offers physicists a clearer path toward controlling quantum entanglement in larger and more practical systems.
  — Aamir Khollam, Interesting Engineering, 30 May 2026
• Quantum key distribution makes use of quantum entanglement, which locks two particles together through one of their properties, like spin.
  — Matt Von Hippel, Quanta Magazine, 17 Apr. 2026
• That is, gravity—and even spacetime—may just be emergent properties created by the quantum entanglement of particles.
  — Sarah Wells, Popular Mechanics, 10 Feb. 2023
• Outputs in quantum computers also depend on what’s known as quantum entanglement, which causes the condition of one qubit to depend on that of another.
  — Donald Keough, Christian Science Monitor, 27 June 2026
• In these metals, electrons seem to lose their individual identities, acting more like a soup in which all the particles are connected through quantum entanglement.
  — Douglas Natelson, Scientific American, 19 Mar. 2024
• This way, Hanson says, quantum entanglement can be stored like energy in a battery or terabits on a hard drive, and tapped into when users on either end of the network want to share quantum information.
  — Margo Anderson, IEEE Spectrum, 9 Oct. 2025
• But of course, my time and place are already woven into his, a generational quantum entanglement that collapses timelines and makes past and present exist simultaneously.
  — Amir Ahmadi Arian, The Dial, 10 June 2025
• To do so, Kompella says, the system relies on the fact that quantum signals shared across their sensitive network are connected together via quantum entanglement.
  — Margo Anderson, IEEE Spectrum, 9 Oct. 2025
• But in quantum entanglement the situation involves entangled qubits, which behave very differently than classical bits.
  — William Mark Stuckey, The Conversation, 30 July 2024
• To carry out a computation, qubits are linked using the phenomenon called quantum entanglement, which makes their possible states interdependent.
  — Philip Ball, Quanta Magazine, 25 Mar. 2024
• In the long term, the researchers believe quantum entanglement will become a basic utility, much like electricity, quietly powering devices and networks behind the scenes.
  — Atharva Gosavi, Interesting Engineering, 10 Nov. 2025
• By using quantum entanglement, the Oxford researchers were able to transmit basic data between computers almost instantly.
  — Chuck Brooks, Forbes, 22 Feb. 2025
• Getting real about realism Albert Einstein was famously uneasy with some of the consequences of quantum entanglement.
  — John Timmer, Ars Technica, 10 May 2023
• The central element of Zurek’s approach is the phenomenon called quantum entanglement, another of the nonintuitive things that happen at quantum scales.
  — Quanta Magazine, 13 Feb. 2026
• Now, Rice University researchers have found evidence that quantum entanglement can accelerate this process.
  — Aamir Khollam, Interesting Engineering, 1 Oct. 2025
• Scientists are working on adding quantum entanglement to these sensors, where two particles within the apparatus would be entangled or have interdependent quantum states.
  — Kenna Hughes-Castleberry, Discover Magazine, 21 Mar. 2023
• However, even until the 1970s, researchers were still divided over whether quantum entanglement was a real phenomenon.
  — Andreas Muller-University Of South Florida, Discover Magazine, 19 Oct. 2022
• In quantum spin liquids, however, the spins never settle down, and their behavior is governed by deep quantum entanglement—a phenomenon where particles remain linked even when separated.
  — Rupendra Brahambhatt, Interesting Engineering, 29 Dec. 2025
• One major limitation is that scientists currently lack direct tools to measure quantum entanglement inside solid materials.
  — Rupendra Brahambhatt, Interesting Engineering, 29 Dec. 2025