Quantum in a sentence

(1) He gave a lecture on quantum physics.

(2) Bohr was a pioneer in quantum mechanics.

(3) The photon is used in quantum computing.

(4) Photons can be used in quantum computing.

(5) The fermion is a type of quantum particle.

(6) Fermions obey the laws of quantum mechanics.

(7) Understanding quantum physics can be tricky.

(8) Decoherers are used to create quantum noise.

(9) The quantum spin is a property of particles.

(10) Decoherers are used to test quantum theories.

Quantum sentence

(11) Decoherers are used to create quantum clocks.

(12) The concept of quantum mechanics is abstruse.

(13) They grok the complexities of quantum physics.

(14) Decoherers are used to measure quantum states.

(15) Decoherers are used to create quantum cloning.

(16) Decoherers are used to create quantum sensors.

(17) Swaddle in for a lecture on quantum mechanics.

(18) Decoherers are essential for quantum computing.

(19) Decoherers are used to create quantum memories.

(20) Antiparticles can be used in quantum computing.

Quantum make sentence

(21) The particles interpenetrate in a quantum field.

(22) He boggles at the complexity of quantum physics.

(23) Decoherers are used to simulate quantum systems.

(24) Decoherers are used to create quantum repeaters.

(25) He couldn't grasp the concept of quantum physics.

(26) Quantum computer technology is advancing rapidly.

(27) The lecture on quantum physics bores me to tears.

(28) Decoherers are devices used in quantum mechanics.

(29) Decoherers are used to study quantum decoherence.

(30) Decoherers are used to create quantum encryption.

Sentence of quantum

(31) The lecture on quantum physics was borings to me.

(32) The lecture on quantum mechanics was fascinating.

(33) The quantum of time is the shortest unit of time.

(34) The complex nature of quantum physics bedazes me.

(35) IBM is a leader in the field of quantum computing.

(36) The fermion is a key concept in quantum mechanics.

(37) Quantum theory is a cornerstone of modern physics.

(38) Superfluidity is a macroscopic quantum phenomenon.

(39) Nygaard's book on quantum physics is a bestseller.

(40) The concept of quantum mechanics is quite complex.

Quantum meaningful sentence

(41) The graviton is believed to be a quantum particle.

(42) Qubits are the building blocks of quantum circuits.

(43) Without decoherers, quantum systems would collapse.

(44) Decoherers are used to create quantum cryptography.

(45) Rydberg atoms have a high principal quantum number.

(46) I was confused by the lecture on quantum mechanics.

(47) Richard Feynman discovered quantum electrodynamics.

(48) The niche field of quantum physics is very complex.

(49) The intricacies of quantum physics are unfathomable.

(50) The professor has deep knowledge of quantum physics.

Quantum sentence examples

(51) The professor intensely lectured on quantum physics.

(52) Quantum jumps are a key aspect of quantum mechanics.

(53) The proton is subject to quantum mechanical effects.

(54) Qubits can be manipulated using quantum logic gates.

(55) Decoherers are used to create quantum teleportation.

(56) We are about to attend a lecture on quantum physics.

(57) My professor, Lars, is an expert in quantum physics.

(58) The concept of quantum physics is still fuzzy to me.

(59) Entropica's approach to quantum computing is unique.

(60) Qubits can be stored in quantum memory for later use.

Sentence with quantum

(61) The professor will teach a lesson on quantum physics.

(62) Baryons are subject to the laws of quantum mechanics.

(63) He swotted up on the theory behind quantum mechanics.

(64) The professor will give a lecture on quantum physics.

(65) The professor professes knowledge in quantum physics.

(66) Understanding quantum physics is a hard nut to crack.

(67) Ultracold ion traps can be used in quantum computing.

(68) Zeptoseconds play a crucial role in quantum mechanics.

(69) The professor gave a magna lecture on quantum physics.

(70) The field of quantum computation is rapidly advancing.

Use quantum in a sentence

(71) Quantum theory is the foundation of quantum mechanics.

(72) He has optimism in the potential of quantum computing.

(73) He has reliance in the potential of quantum computing.

(74) Let's take a peak into the world of quantum mechanics.

(75) She was puzzled with the concept of quantum mechanics.

(76) The public lecture on quantum physics was fascinating.

(77) I fell asleep during the lecture on quantum mechanics.

(78) The observer effect is a problem in quantum mechanics.

(79) The cryostat is a necessary tool in quantum computing.

(80) Kataoka's work on quantum mechanics is groundbreaking.

Sentence using quantum

(81) I'm feeling muzzy on the concept of quantum mechanics.

(82) Qubits can be used to simulate complex quantum systems.

(83) I learned a lot from the lecture about quantum physics.

(84) Superconducting circuits are used in quantum computers.

(85) The prof gave a fascinating lecture on quantum physics.

(86) The professor led through a lecture on quantum physics.

(87) Fermions are subject to the laws of quantum statistics.

(88) I am fascinated by the potential of a quantum computer.

(89) The lecture on quantum physics bored me to distraction.

(90) Decoherers are used to create quantum key distribution.

Quantum example sentence

(91) Decoherers are used to create quantum error correction.

(92) The abstrusest concept in physics is quantum mechanics.

(93) The concept of quantum mechanics mystifies many people.

(94) The Klein paradox is a phenomenon in quantum mechanics.

(95) He is well versed in the theories of quantum mechanics.

(96) Ultracold atoms can be used to study quantum mechanics.

(97) The complexity of quantum mechanics defies description.

(98) The abstruse topic of quantum mechanics is fascinating.

(99) The professor's lecture on quantum physics was amazing.

(100) She barely understood the concept of quantum mechanics.

Sentence with word quantum

(101) The professor's lecture on quantum mechanics was amaze.

(102) The professor delivered a lecture on quantum mechanics.

(103) He was delving into the intricacies of quantum physics.

(104) Entropica's quantum computing solutions are innovative.

(105) Antiquarks are subject to the laws of quantum mechanics.

(106) The dewar was used in the research of quantum mechanics.

(107) Atomic structure is the foundation of quantum mechanics.

(108) Asymptotic freedom is a concept in quantum field theory.

(109) The professor discusses the theories of quantum physics.

(110) The professor's lecture on quantum physics was esoteric.

Sentence of quantum

(111) The scientist published a treatise on quantum mechanics.

(112) The qubit is a fundamental concept in quantum mechanics.

(113) The development of a quantum computer is a complex task.

(114) Zubov's research on quantum mechanics is groundbreaking.

(115) Itano's research on quantum mechanics is groundbreaking.

(116) The Casimir effect is a phenomenon in quantum mechanics.

(117) She struggled to grasp the concept of quantum mechanics.

(118) The professor's lecture on quantum physics had me foxed.

(119) The professor's lecture on quantum physics befuddled me.

(120) The professor set into the lecture on quantum mechanics.

Quantum used in a sentence

(121) Cryogenics is employed in the study of quantum mechanics.

(122) Quantum theory allows for the possibility of time travel.

(123) Quantum gates are used to manipulate the state of qubits.

(124) The picometre is often used in the study of quantum dots.

(125) The scientist was a pion in the field of quantum physics.

(126) The professor will presente a lecture on quantum physics.

(127) Qubits can be used to perform quantum Fourier transforms.

(128) The Rydberg blockade effect is used in quantum computing.

(129) The professor's lecture on quantum mechanics was amazing.

(130) The new book on quantum physics struck an interest in me.

Quantum sentence in English

(131) He clain to be an expert in the field of quantum physics.

(132) The behavior of bosons is described by quantum mechanics.

(133) The phaenomena of quantum mechanics can be mind-boggling.

(134) The Tonomura Effect is a phenomenon in quantum mechanics.

(135) The complexity of quantum mechanics can boggle your mind.

(136) The complexity of quantum mechanics can often defy logic.

(137) The confusing lecture on quantum physics flummoxed me up.

(138) The arcane nature of the quantum world was mind-boggling.

(139) The physics professor was a zealot for quantum mechanics.

(140) I'm still trying to grasp the concept of quantum physics.

(141) He would hold forth on the intricacies of quantum physics.

(142) Lorentz symmetry is a key concept in quantum field theory.

(143) The behavior of photons is described by quantum mechanics.

(144) The professor detrudes on the theories of quantum physics.

(145) The prof's lecture on quantum mechanics was mind-boggling.

(146) The behavior of nucleons is governed by quantum mechanics.

(147) Negatrons are important in the study of quantum mechanics.

(148) The complexity of quantum mechanics is truly mindboggling.

(149) Unitarity is a fundamental principle in quantum mechanics.

(150) The professor's lecture on quantum mechanics stupefied me.

(151) The professor's lecture on quantum mechanics blew me away.

(152) The curious student attended a lecture on quantum physics.

(153) Some physicists dispute the accuracy of quantum mechanics.

(154) The professor's lecture on quantum mechanics was profound.

(155) He claims to have a deep understanding of quantum physics.

(156) He made a quantum leap in his career when he got promoted.

(157) The professor presented a new theory on quantum mechanics.

(158) Quantum theory allows for the possibility of teleportation.

(159) The professor prated about the theories of quantum physics.

(160) I attended a lecture by Professor Lange on quantum physics.

(161) The professor's lecture on quantum physics left me boggled.

(162) Superposition is a fundamental property of quantum systems.

(163) The lecture will centre on the theories of quantum physics.

(164) The professor expounded on the theories of quantum physics.

(165) The graviton is a hypothetical particle in quantum physics.

(166) The professor cognises the complexities of quantum physics.

(167) The word plasmon refers to a quantum of plasma oscillation.

(168) The professor's lecture on quantum physics left me baffled.

(169) The Kelvin scale is used in the study of quantum mechanics.

(170) Decoherence is a phenomenon that occurs in quantum systems.

(171) Quantum teleportation relies on the entanglement of qubits.

(172) The atomic clock is used in the study of quantum mechanics.

(173) The atomic clock is used in the study of quantum computing.

(174) It took me a while to get the concept of quantum mechanics.

(175) The topic of quantum mechanics is in the domain of physics.

(176) I learned a lot from reading the knol on quantum mechanics.

(177) The professor's lecture on quantum physics left me puzzled.

(178) I can't seem to fathom up the concept of quantum mechanics.

(179) The professor was glib upon the topic of quantum mechanics.

(180) The professor gave a terrific lecture on quantum mechanics.

(181) I struggled to understand the passage on quantum mechanics.

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(183) He wants to further his understanding of quantum mechanics.

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(185) The textbook was dense on the subject of quantum mechanics.

(186) The students were rapt at the lecture on quantum mechanics.

(187) The professor's lecture on quantum mechanics was white-hot.

(188) I want to explore further into the world of quantum physics.

(189) The commutative property is a property of quantum mechanics.

(190) The electron theory is a key component of quantum mechanics.

(191) I presume to understand the complexities of quantum physics.

(192) I'm planning to study about the theories of quantum physics.

(193) A spinor is a mathematical object used in quantum mechanics.

(194) Beta decay is an example of a quantum mechanical phenomenon.

(195) Entanglement is a key property of qubits in quantum systems.

(196) Qubits can be used to store and process quantum information.

(197) Decoherers are used to create quantum entanglement swapping.

(198) The sciencey lecture on quantum mechanics was mind-boggling.

(199) A little while ago, I attended a lecture on quantum physics.

(200) The spectral function is a key concept in quantum mechanics.

(201) The maser has revolutionized the field of quantum computing.

(202) The physics of quantum mechanics is complex and challenging.

(203) Bosons can exist in the same quantum state, unlike fermions.

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(208) I spent all weekend reading a treatise on quantum mechanics.

(209) The quantum of energy released in the reaction was measured.

(210) The quantum theory explains the weird behavior of particles.

(211) The quantum of charge is the smallest charge that can exist.

(212) The wave-particle duality is a concept in quantum mechanics.

(213) The complexity of quantum mechanics baffles many scientists.

(214) I'm taking a duro course on quantum mechanics this semester.

(215) The professor's lecture on quantum mechanics was intriguing.

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(217) The lecture will center upon the theories of quantum physics.

(218) The behavior of antileptons is governed by quantum mechanics.

(219) The professor will dilate on the theories of quantum physics.

(220) It took me a while to grasp the concept of quantum mechanics.

(221) I learned a lot from the public lecture on quantum mechanics.

(222) The scientist delves into the intricacies of quantum physics.

(223) Radialized particles can exhibit quantum mechanical behavior.

(224) The quantum computer can perform calculations in nanoseconds.

(225) The superfluid state is a manifestation of quantum coherence.

(226) The professor delivered a weighty lecture on quantum physics.

(227) The lecture will center onto the theories of quantum physics.

(228) The purpose of decoherers is to prevent quantum entanglement.

(229) Decoherers are used to create quantum teleportation networks.

(230) I'll briefly explain the concept of quantum mechanics to you.

(231) Observables can be classified as either classical or quantum.

(232) The world of quantum physics is both complex and fascinating.

(233) Antiatoms have the potential to be used in quantum computing.

(234) His eruditions on quantum mechanics left the audience in awe.

(235) I'm looking forward to attending the lec- on quantum physics.

(236) The wavepacket is a fundamental concept in quantum mechanics.

(237) The lecture on quantum physics was uninterestingly presented.

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(241) Harry Till's research on quantum mechanics is groundbreaking.

(242) Textbooks are scarce for the new course on quantum mechanics.

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(244) The book was open inside to the chapter on quantum mechanics.

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(249) The abstruse nature of quantum computing can be mind-bending.

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(251) The ancilla qubit is used in the quantum adiabatic algorithm.

(252) Capra's lectures on quantum physics are always well-attended.

(253) The professor's lecture on quantum mechanics was first water.

(254) The graviton is predicted by the theory of quantum mechanics.

(255) The professor gave us a bang up lecture on quantum mechanics.

(256) I caught in my curiosity and took a class on quantum physics.

(257) Feynman's work on quantum electrodynamics was groundbreaking.

(258) Supercomputers are utilized in the field of quantum mechanics.

(259) The size of a quantum dot can be as small as a few nanometres.

(260) The computer scientist published a paper on quantum computing.

(261) I'm looking forward to attending a lecture on quantum physics.

(262) The lecture will center about the theories of quantum physics.

(263) The researcher delved into the intestacies of quantum physics.

(264) A qubit is the basic unit of information in quantum computing.

(265) I'm trying to get fused with the concept of quantum mechanics.

(266) Quantum theory allows for the existence of parallel universes.

(267) Qubits are typically represented by two-level quantum systems.

(268) Antiparticles play a significant role in quantum field theory.

(269) Qubits are used to perform calculations in quantum algorithms.

(270) The Bohm interpretation of quantum mechanics is controversial.

(271) Superpositions are a fundamental concept in quantum mechanics.

(272) The spinor is a mathematical object used in quantum mechanics.

(273) The scientist studied the abstractnesses of quantum mechanics.

(274) Eigenfunctions are a fundamental concept in quantum mechanics.

(275) The lecture on quantum physics was borings and hard to follow.

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(280) The lecture on quantum mechanics was turbid like a black hole.

(281) I'm struggling to understand the chapter on quantum mechanics.

(282) The behavior of matter can be influenced by quantum mechanics.

(283) The quantum leap from one level to another is a sudden change.

(284) The ancilla register is used in the quantum Fourier transform.

(285) The complexity of quantum mechanics is not easily expressible.

(286) Kawamotosan's research on quantum mechanics is groundbreaking.

(287) The professor is authoring a research paper on quantum physics.

(288) The Schrodinger equation is a cornerstone of quantum mechanics.

(289) The Schrodinger equation is a cornerstone of quantum chemistry.

(290) Qubits can be used to implement quantum error correction codes.

(291) Axion could potentially have implications in quantum mechanics.

(292) Quantum jumps are a fundamental aspect of quantum field theory.

(293) The Poisson equation is used in the study of quantum mechanics.

(294) The intricacies of quantum physics are unfathomably perplexing.

(295) Qubits are the basic units of information in quantum computing.

(296) The state of qubits can be read out using quantum measurements.

(297) Superfluidity is a key concept in understanding quantum fluids.

(298) Qubits can be used to implement quantum cryptography protocols.

(299) The scientist studied abstract concepts like quantum mechanics.

(300) The wavefunction is a fundamental concept in quantum mechanics.

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(313) The quantum hall effect is a phenomenon in solid-state physics.

(314) Binary systems are used in physics to represent quantum states.

(315) Classical mechanics is often contrasted with quantum mechanics.

(316) The professor's lecture on quantum mechanics was a hole in one.

(317) The professor executed a flawless lecture on quantum mechanics.

(318) The professor's lecture on quantum mechanics was underwhelming.

(319) The graviton is a key component in theories of quantum gravity.

(320) Quantum theory allows for the possibility of parallel universes.

(321) Qubits are the fundamental building blocks of quantum computers.

(322) The entanglement of qubits enables secure quantum communication.

(323) He spent hours swatting up on the theory behind quantum physics.

(324) The behavior of free electrons is governed by quantum mechanics.

(325) The scientist's research dwells in the field of quantum physics.

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(327) Automorphic functions have applications in quantum field theory.

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(330) The Dirac notation simplifies calculations in quantum mechanics.

(331) The wave function is a fundamental concept in quantum mechanics.

(332) Quantum computers are highly sensitive to external disturbances.

(333) Quantum theory explains the phenomenon of quantum superposition.

(334) Cryogenics plays a vital role in the field of quantum computing.

(335) The concept of hypercubes has applications in quantum computing.

(336) The study of chronons is part of the field of quantum mechanics.

(337) The lecture on quantum physics was so boring that I fell asleep.

(338) The professor descanted on the intricacies of quantum mechanics.

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(340) The Hilbert space is a fundamental concept in quantum mechanics.

(341) The study of fermions is an important part of quantum mechanics.

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(344) The lecture will evolve round the theories of quantum mechanics.

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(348) Binary code is used in quantum computing to process information.

(349) The professor expounded on the intricacies of quantum mechanics.

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(351) The professor's lecture on quantum physics left me in amazement.

(352) The uncertainty principle is a cornerstone of quantum mechanics.

(353) The quantum state of a particle is described by a wave function.

(354) The quantum chromodynamics is the theory of strong interactions.

(355) The lecture will lay open the complexities of quantum mechanics.

(356) I wish the lecture on quantum mechanics was more understandable.

(357) The existence of the graviton is predicted by quantum mechanics.

(358) The professor would wax upon the complexities of quantum physics.

(359) The behavior of a hydrogen atom is governed by quantum mechanics.

(360) The entanglement of qubits can be used for quantum teleportation.

(361) The properties of fermions are described by quantum field theory.

(362) Chromodynamics is an essential component of quantum field theory.

(363) The cryostat is an important tool for studying quantum mechanics.

(364) The professor delivered a substantive lecture on quantum physics.

(365) The concept of superposition is fundamental in quantum mechanics.

(366) The analogue computer was used in the study of quantum mechanics.

(367) The rarefied world of quantum physics is beyond my comprehension.

(368) The behavior of phonons can be described using quantum mechanics.

(369) The physicist sought to axiomatize the laws of quantum mechanics.

(370) Qubits are the building blocks of quantum information processing.

(371) The picometre is commonly used in the field of quantum mechanics.

(372) The meson's interactions are described by quantum chromodynamics.

(373) Qubits can be used to simulate and study complex quantum systems.

(374) Qubits can be initialized in specific states using quantum gates.

(375) The professor elucidated the complex theories of quantum physics.

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(377) Observables are key components in the study of quantum mechanics.

(378) The orbitale of an atom can be described using quantum mechanics.

(379) It took me a while to nail down the concept of quantum mechanics.

(380) Planck's constant is a fundamental constant in quantum mechanics.

(381) Observables can be represented by operators in quantum mechanics.

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(393) The expert in physics explained the concept of quantum mechanics.

(394) The idea of determinism has been challenged by quantum mechanics.

(395) The behavior of free electrons is described by quantum mechanics.

(396) The graviton is a key component of the theory of quantum gravity.

(397) Feynman's theories revolutionized the field of quantum mechanics.

(398) Quantum field theory is a fundamental framework in modern physics.

(399) Many scientists dedicate their careers to studying quantum theory.

(400) The behavior of nucleons can be described using quantum mechanics.

(401) Variational methods are used in the study of quantum field theory.

(402) The study of quantum mechanics is a fascinating branch of physics.

(403) The study of photons has led to advancements in quantum computing.

(404) The concept of quantum mechanics can be complex and mind-boggling.

(405) The diagonalisation technique is widely used in quantum mechanics.

(406) The concept of a quantum computer was first proposed in the 1980s.

(407) Quantum computers are still far from being commercially available.

(408) Superalgebra is a powerful tool in the study of quantum mechanics.

(409) The invention of the internet was a quantum leap in communication.

(410) He would wax on for ages about the intricacies of quantum physics.

(411) The picosecond is a fundamental unit of time in quantum mechanics.

(412) The process of decoherence leads to the loss of quantum coherence.

(413) The spinor field is a fundamental concept in quantum field theory.

(414) Atomic physics has applications in the field of quantum computing.

(415) Max Planck is recognized as the codiscoverer of quantum mechanics.

(416) The code name for the secret research project was Project Quantum.

(417) The student's research focused on gemination at the quantum level.

(418) Quanta are responsible for the phenomenon of quantum entanglement.

(419) The professor's lecture delved into the arcana of quantum physics.

(420) Masers are important tools in quantum computing and communication.

(421) The properties of fonons can be described using quantum mechanics.

(422) The Rydberg atom is a model system for studying quantum mechanics.

(423) The hertzian dipole moment was calculated using quantum mechanics.

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(429) You need to be approbate to take this course on quantum mechanics.

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(435) Tachyons could potentially have implications for quantum mechanics.

(436) The Schrodinger equation is a key equation in quantum field theory.

(437) Qubits can be entangled with each other to create quantum networks.

(438) The behavior of mesons can be described using quantum field theory.

(439) The Schrodinger equation describes the behavior of quantum systems.

(440) The esoteric principles of quantum mechanics fascinated scientists.

(441) The professor broached the concept of quantum physics to the class.

(442) The self-energy of a particle can be affected by its quantum state.

(443) The potentialities of quantum computing are still being discovered.

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(447) A quantum computer operates on the principles of quantum mechanics.

(448) The gluon is a key component in the theory of quantum field theory.

(449) Quantum theory predicts that particles can tunnel through barriers.

(450) The study of quantum mechanics is in the realm of advanced physics.

(451) The new software update promises a quantum leap in user experience.

(452) Decoherence is a major challenge in the field of quantum computing.

(453) The physicist autographically signed the book on quantum mechanics.

(454) The university's moonshot project is to develop a quantum computer.

(455) I attended a lecture given by Professor Simmons on quantum physics.

(456) The scientist was fascinated by the oddnesses of quantum mechanics.

(457) The existence of parallel universes is a theory in quantum physics.

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(461) The azimuthal quantum number can have integer values from 0 to n-1.

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(473) The behavior of atoms is governed by the laws of quantum mechanics.

(474) The wizen professor lectured on the intricacies of quantum physics.

(475) The double-slit experiment is a classic example of quantum physics.

(476) The ancilla qubit is often used in quantum teleportation protocols.

(477) The debye is an important concept in the field of quantum chemistry.

(478) Quantum entanglement allows qubits to be correlated with each other.

(479) The behavior of mesons is governed by the laws of quantum mechanics.

(480) Quantum jumps can occur in both microscopic and macroscopic systems.

(481) The professor would expatiate on the intricacies of quantum physics.

(482) Superconductors have applications in the field of quantum computing.

(483) The full professor delivered an engaging lecture on quantum physics.

(484) Photons can be used in quantum computing for information processing.

(485) The study of quantum mechanics introduced a new paradigm in physics.

(486) Interferometry is a key technique in the study of quantum mechanics.

(487) The race to build a fully functional quantum computer is heating up.

(488) Quantum theory predicts that particles can be in two places at once.

(489) Quantum theory is essential for understanding the behavior of light.

(490) Decoherence can result in the destruction of quantum superpositions.

(491) Decoherence is a source of noise and errors in quantum computations.

(492) Supersymmetry is a key ingredient in many models of quantum gravity.

(493) The professor rabbited on about the complexities of quantum physics.

(494) Qubits can be used to implement quantum phase estimation algorithms.

(495) Qubits can be used to implement quantum machine learning algorithms.

(496) The quantum computing can interfere beyond the classical algorithms.

(497) The study of quanta is essential to understanding quantum mechanics.

(498) The scientist was fascinated by the quiddities of quantum mechanics.

(499) I had to plough through a book on quantum physics for my final exam.

(500) The professor's elucidations on quantum mechanics were enlightening.

(501) The professor's lecture demystifies the theories of quantum physics.

(502) The professor lectured extendedly on the topic of quantum mechanics.

(503) The professor lectured loquaciously on the topic of quantum physics.

(504) The professor's lecture on quantum mechanics left me confounded out.

(505) The professor's lecture on quantum mechanics left my mind in a roil.

(506) The professor's lecture on quantum mechanics left me amaze for days.

(507) The professor hummed on about the complexities of quantum mechanics.

(508) The professor gave a smirk between his lecture on quantum mechanics.

(509) The professor's lecture on quantum mechanics left me baffle through.

(510) The abstruse concept of quantum mechanics can be difficult to grasp.

(511) The student struggled to explicate the concept of quantum mechanics.

(512) The scientist had mastered the complex equations of quantum physics.

(513) The concept of quantum physics is vaguely understood by most people.

(514) The physics department is having a celebration of quantum mechanics.

(515) The professor's lecture on quantum mechanics was dazzlingly complex.

(516) The supercurrent was observed to exhibit quantum mechanical behavior.

(517) The students were rapt in the professor's lecture on quantum physics.

(518) The Schrodinger equation describes the behavior of quantum particles.

(519) The properties of antiquarks are described by quantum chromodynamics.

(520) The concept of a quantum jump has implications for quantum computing.

(521) Photons can be used in quantum cryptography for secure communication.

(522) The professor's lecture expounded on the theories of quantum physics.

(523) The physics lab is where we explore the concept of quantum mechanics.

(524) The physicist quantises the energy levels to study quantum mechanics.

(525) The gluon is a key component in the theory of quantum chromodynamics.

(526) The properties of antiquarks are determined by their quantum numbers.

(527) Baryons are subject to the laws of relativistic quantum field theory.

(528) The meson's discovery led to the development of quantum field theory.

(529) The student strained through to grasp the concept of quantum physics.

(530) Qubits can be entangled with other qubits to create quantum networks.

(531) The concept of a blackbody is used in the study of quantum mechanics.

(532) The quantum communication can interfere beyond the secure encryption.

(533) The calculus-of-variations is used in the study of quantum mechanics.

(534) The abstrusities of quantum mechanics can be difficult to comprehend.

(535) The superlong lecture on quantum physics left me feeling overwhelmed.

(536) Anyons can be used in quantum computing to create topological qubits.

(537) The goal is to break into photons and use them for quantum computing.

(538) The technique of diagonalizing is commonly used in quantum mechanics.

(539) She comprehends the complexities of quantum physics better than most.

(540) The Hamiltonian is a mathematical operator used in quantum mechanics.

(541) The behavior of partons is governed by the laws of quantum mechanics.

(542) The lecturer presented eruditely on the subject of quantum mechanics.

(543) The azimuthal quantum number determines the shape of atomic orbitals.

(544) The concept of quantum mechanics left me puzzled in my physics class.

(545) The class was agog on for the professor's lecture on quantum physics.

(546) My professor's lecture on quantum physics was cool out of this world.

(547) The concept of quantum mechanics was turbid among the physics majors.

(548) The professor will unveil before us the secrets of quantum mechanics.

(549) The teacher's lesson on quantum physics was so cool, I learned a lot.

(550) The concept of quantum mechanics was vaguely understood by the class.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Quantum. They do not represent the opinions of TranslateEN.com.