Physicist in a sentence

(1) Bohr was a Danish physicist.

(2) Bohm was a renowned physicist.

(3) Fermi was a renowned physicist.

(4) Akasaki is a Japanese physicist.

(5) Hawking was a brilliant physicist.

(6) Merkel is a physicist by training.

(7) Feynman was a brilliant physicist.

(8) Pierre Curie was a renowned physicist.

(9) Enrico Fermi was a renowned physicist.

(10) Albert Einstein is a famous physicist.

Physicist sentence

(11) The physicist fixed the flawed theory.

(12) Edward Teller was a renowned physicist.

(13) Albert Einstein was a famous physicist.

(14) Stephen Hawking was a famous physicist.

(15) The physicist holds a degree in physics.

(16) Albert Einstein was a renowned physicist.

(17) Shigeru Nakamura is a Japanese physicist.

(18) The passage was about a famous physicist.

(19) The physicist will give us a science test.

(20) The nuclear physicist won the Nobel Prize.

Physicist make sentence

(21) Ernest Rutherford was a renowned physicist.

(22) The physicist calculated the speed of light.

(23) The physicist explicated the laws of motion.

(24) The physicist discovered a new law of nature.

(25) The physicist will examine the laws of nature.

(26) The physicist will investigate the new theory.

(27) The physicist made a claim through his theory.

(28) The physicist observed the experiment closely.

(29) The effete physicist's theories were unproven.

(30) The physicist expounded on the laws of motion.

Sentence of physicist

(31) The brilliant physicist proposed a new theory.

(32) The physicist will measure the speed of light.

(33) Louis de Broglie was a famous French physicist.

(34) The physicist had to cull some of the theories.

(35) The physicist produces groundbreaking theories.

(36) The eminent physicist studied energy and matter.

(37) The physicist will determine the laws of motion.

(38) The physicist will report on the laws of motion.

(39) The physicist proposed a new way to study energy.

(40) The physicist used a scale to measure the energy.

Physicist meaningful sentence

(41) The physicist will expound on the laws of motion.

(42) The physicist made a claim on the laws of motion.

(43) Stephen Hawking is a famous physicist and author.

(44) The physicist made a claim on the nature of time.

(45) Newton was a renowned physicist and mathematician.

(46) Bohriums are named after the physicist Niels Bohr.

(47) Fermium is named after the physicist Enrico Fermi.

(48) The advanced physicist studied the laws of nature.

(49) The physicist gave a report on the laws of motion.

(50) The physicist will investigate the laws of nature.

Physicist sentence examples

(51) The physicist sermonized about the laws of nature.

(52) The physicist will investigate the laws of motion.

(53) The physicist tried to define the nature of light.

(54) The debye is named after the physicist Peter Debye.

(55) The physicist had to arithmetize the physical laws.

(56) Wolfgang Pauli was a Nobel Prize-winning physicist.

(57) Professor Tonomura is a renowned physicist in Japan.

(58) The advanced physicist can study the laws of motion.

(59) The physicist made a claim about the laws of motion.

(60) The physicist made a claim as to the laws of motion.

Sentence with physicist

(61) The physicist presented proof of the laws of motion.

(62) The physicist calculated the velocity of the object.

(63) The physicist enjoyed anatomising the laws of nature.

(64) Goddard was a renowned physicist and rocket engineer.

(65) The physicist wrote a treatise on the laws of motion.

(66) The physicist will calculate the force of the object.

(67) Werner Heisenberg was a Nobel Prize-winning physicist.

(68) Hahnium is named after the German physicist Otto Hahn.

(69) Baryes are named after French physicist Antoine Barye.

(70) Galilei was a famous Italian astronomer and physicist.

Use physicist in a sentence

(71) The physicist measured the shunt behind the capacitor.

(72) The physicist wants to establish a new law of physics.

(73) The physicist did research on the properties of light.

(74) The physicist will promulgate new laws for the motion.

(75) The physicist is trying to solve the physical problem.

(76) The physicist provided proof of the scientific theory.

(77) The physicist was an expounder of the laws of physics.

(78) The physicist's calculations were precise and complex.

(79) The boson is named after physicist Satyendra Nath Bose.

(80) The physicist conducted experiments on planar crystals.

Sentence using physicist

(81) The physicist used probes to study subatomic particles.

(82) Bohrium is named after the Danish physicist Niels Bohr.

(83) The physicist made a claim on the theory of relativity.

(84) The expounder of the equation was a renowned physicist.

(85) Galileo Galilei was an Italian astronomer and physicist.

(86) Galilei was a renowned Italian astronomer and physicist.

(87) Helmholtz was a renowned German physicist and physician.

(88) The physicist studied a crook below the laws of physics.

(89) The physicist used evidence to study the laws of nature.

(90) The physicist used evidence to study the laws of motion.

Physicist example sentence

(91) The physicist had to devise a theory for the phenomenon.

(92) The physicist was an expounder of his physical theories.

(93) The physicist's theories were manifest in his equations.

(94) The physicist conducted experiments on planar waveguides.

(95) Isaac Newton was a brilliant physicist and mathematician.

(96) The physicist explained the behavior of atomies in a gas.

(97) Stephen Hawking was a renowned physicist and cosmologist.

(98) Isaac Newton was a brilliant mathematician and physicist.

(99) The champion physicist understood how the universe works.

(100) The physicist collected data on the properties of matter.

Sentence with word physicist

(101) The physicist provided substantiation for her experiment.

(102) The physicist needed proof of the laws of thermodynamics.

(103) The physicist used a systematic process to test theories.

(104) The physicist made a claim over the theory of relativity.

(105) The physicist accurately calculated the force of gravity.

(106) The physicist is trying to solve the physical phenomenon.

(107) The aero-physicist studied the forces that affect flight.

(108) Wolfgang Ketterle is a physicist and Nobel Prize laureate.

(109) The sievert is named after Swedish physicist Rolf Sievert.

(110) The physicist had to devise a plan to test the hypothesis.

Sentence of physicist

(111) The physicist studied the causality of the laws of motion.

(112) The physicist will promulgate new theories for the energy.

(113) The physicist used evidence to explain the laws of nature.

(114) The physicist used experimental evidence to test theories.

(115) The physicist collected a specimen of a metal for testing.

(116) The physicist developed a blueprint for the new invention.

(117) The physicist was asked to account for the laws of nature.

(118) Heinrich Gustav Magnus was a German physicist and chemist.

(119) The curie temperature is named after physicist Marie Curie.

(120) Albert Einstein was a renowned physicist and mathematician.

Physicist used in a sentence

(121) Hermann Weyl was a mathematician and theoretical physicist.

(122) The physicist used a formula to explain the laws of motion.

(123) The physicist did a spot check on our knowledge of science.

(124) The physicist seeks to understand the laws of the universe.

(125) The physicist was an expert at studying the laws of nature.

(126) The physicist is interested in studying the laws of nature.

(127) The intelligent physicist studied the laws of the universe.

(128) The physicist used a scale to measure the force of gravity.

(129) The physicist used a ray of energy to power his experiment.

(130) The nuclear physicist won the Nobel Prize for his research.

Physicist sentence in English

(131) Sir Isaac Newton was a renowned physicist and mathematician.

(132) Torricelli was a famous Italian physicist and mathematician.

(133) The ohm is named after the German physicist Georg Simon Ohm.

(134) Bosons are named after Indian physicist Satyendra Nath Bose.

(135) The physicist was able to derive laws from the observations.

(136) The physicist will expound on the laws of motion and energy.

(137) The pedantic physicist was very precise in his calculations.

(138) The physicist decided to delve into the properties of light.

(139) The physicist had to devise a plan to conduct an experiment.

(140) The garrulous physicist talked about his theories for hours.

(141) The physicist calculated the formula with precise equations.

(142) The physicist had a dossier on the experiment's methodology.

(143) The physicist was adept at understanding the laws of nature.

(144) The physicist classifies particles based on their properties.

(145) Rutherfordium is named after the physicist Ernest Rutherford.

(146) The physicist aimed to axiomatize the laws of thermodynamics.

(147) Takaaki Kajita is a Nobel Prize-winning physicist from Japan.

(148) Hermann von Helmholtz was a renowned physicist and physician.

(149) The physicist debunked the myth that time travel is possible.

(150) The physicist used evidence to understand the laws of nature.

(151) The physicist is a specialist in studying the laws of nature.

(152) The physicist debunked the idea that time travel is possible.

(153) The physicist researched the causality of the laws of motion.

(154) The physicist had a systematic way of conducting experiments.

(155) The physicist provided substantiation for the laws of motion.

(156) The physicist needed proof of the theory through experiments.

(157) The physicist used observations to substantiate their theory.

(158) The physicist had a keen mind for understanding the universe.

(159) The physicist used waveforms to study the properties of light.

(160) The sievert is named after the Swedish physicist Rolf Sievert.

(161) Kelvin was a British physicist who developed the Kelvin scale.

(162) Meitnerium is named after the Austrian physicist Lise Meitner.

(163) The physicist studied the fluxional properties of light waves.

(164) The physicist used technical theories to explain the universe.

(165) The physicist's understanding of energy is very sophisticated.

(166) The physicist gave a cogent explanation of the laws of nature.

(167) The physicist derived the laws of motion from his experiments.

(168) The physicist circumscribed the parameters for the experiment.

(169) Becquerel was a French physicist who discovered radioactivity.

(170) The farad is named after the English physicist Michael Faraday.

(171) Michio Kaku is a well-known physicist and science communicator.

(172) James Clerk Maxwell was a Scottish physicist and mathematician.

(173) The physicist explained the tacnode phenomenon to the audience.

(174) The physicist had a dossier of research on the laws of physics.

(175) The physicist debunked the theory that time travel is possible.

(176) The physicist used a scale to measure the energy of a particle.

(177) The physicist calculated the force required to move the object.

(178) The physicist had to devise a theory to explain the phenomenon.

(179) The physicist had a conjecture about the nature of dark matter.

(180) The physicist needs to flesh out the experiment for the theory.

(181) The physicist debunked the notion that time travel is possible.

(182) The dispute for the best physicist in the school is heating up.

(183) The physicist was able to derive a new theory from experiments.

(184) The physicist sought to axiomatize the laws of particle physics.

(185) The physicist used equalisations to describe the laws of nature.

(186) The physicist studied a specimen of a magnet for its properties.

(187) The physicist made a claim that his theory is the most accurate.

(188) The physicist used evidence to support her theory of relativity.

(189) The physicist is interested in understanding the laws of nature.

(190) The physicist will classify the particles based on their charge.

(191) The physicist used a reference equation to calculate the result.

(192) The physicist's theories went beyond conventional understanding.

(193) The physicist used a formula for calculating the speed of light.

(194) The equivalence of the two forces was measured by the physicist.

(195) Einsteinium is named after the famous physicist Albert Einstein.

(196) The mach number is named after the Austrian physicist Ernst Mach.

(197) The physicist postulated that the universe began with a Big Bang.

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

(199) The physicist made approximations to simplify the laws of motion.

(200) The barian unit is named after the French physicist, Charles Bar.

(201) The physicist made a conjecture about the nature of the universe.

(202) The physicist studied a specimen of a crystal for its properties.

(203) The term black hole was coined by physicist John Wheeler in 1967.

(204) The physicist had a claim over the laws of nature she discovered.

(205) The incumbent physicist has made several important breakthroughs.

(206) The physicist tried to characterize the behavior of the particle.

(207) The effete physicist's research was unremarkable and unimportant.

(208) Einsteinium is named after the renowned physicist Albert Einstein.

(209) The hertz unit is named after the German physicist Heinrich Hertz.

(210) The physicist sought to axiomatize the laws of general relativity.

(211) The physicist had to quantize the energy levels in the experiment.

(212) The boffinier physicist conducted experiments to prove his theory.

(213) The physicist found some atypicalities in the particle's behavior.

(214) The abvolt is named after the Italian physicist, Alessandro Volta.

(215) The physicist had to compute the velocity of the object in motion.

(216) The physicist is a scholarly person who studies energy and matter.

(217) The physicist analyzed a specimen of a crystal for its properties.

(218) The physicist is a specialist in understanding the laws of nature.

(219) The physicist is a proponent of understanding how the world works.

(220) The physicist made a claim from his experiment on energy transfer.

(221) The physicist provided a cogent explanation of the laws of motion.

(222) The physicist traced the trajectory of the particle through space.

(223) The physicist stood on the dais to talk about the laws of physics.

(224) The paradox of the twin paradox was a conundrum for the physicist.

(225) The physicist could identify between different subatomic particles.

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

(227) The famous physicist, Eric Schmidt, won the Nobel Prize in Physics.

(228) The physicist was intelligent and studied the laws of the universe.

(229) The physicist made a claim out of their study of matter and energy.

(230) The physicist claimed interest in understanding the laws of nature.

(231) The physicist studied the dimensional properties of space and time.

(232) The physicist had to devise a new theory to explain the phenomenon.

(233) The physicist will apprise the students of the scientific theories.

(234) The physicist will examine the experiment to determine the results.

(235) The arcane nature of the phenomenon was explained by the physicist.

(236) The physicist had a keen mind for understanding the laws of nature.

(237) The joule is named after the English physicist James Prescott Joule.

(238) The physicist studied the concentric patterns formed by sound waves.

(239) The physicist used a spline to model the trajectory of the particle.

(240) The term dyne was first coined by the physicist James Clerk Maxwell.

(241) The Hamiltonian is named after the physicist William Rowan Hamilton.

(242) The physicist used involutes to explain the behavior of light waves.

(243) The nascent physicist was just starting to study the laws of motion.

(244) The physicist collected data on the properties of matter and energy.

(245) The physicist analyzed data to understand the behavior of particles.

(246) The physicist will classify the particles based on their properties.

(247) The physicist derived his theories from studying the laws of nature.

(248) The physicist studied the properties of four-dimensional space-time.

(249) The physicist made an advance in his understanding of physical laws.

(250) The lorentz force is named after the Dutch physicist Hendrik Lorentz.

(251) The physicist used approximations to model the behavior of particles.

(252) The rayleigh wave is named after the British physicist Lord Rayleigh.

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

(254) The unit farads is named after the English physicist Michael Faraday.

(255) The physicist used a prismoid lens to refract light in an experiment.

(256) The physicist explained the role of anticathodes in X-ray production.

(257) The torr is named after the Italian physicist Evangelista Torricelli.

(258) The physicist will abrade the crystal without altering its structure.

(259) The physicist used a probe for the measurement of the magnetic field.

(260) The physicist received acclaim for his research on energy and matter.

(261) The physicist was determined to buy up the patent for his new theory.

(262) The physicist tried to dispute the findings of the scientific theory.

(263) The physicist used a systematic approach to study the laws of nature.

(264) The physicist used a spectrometer to measure the wavelength of light.

(265) Michael Faraday is the name of a famous English physicist and chemist.

(266) The cathode ray tube was invented by German physicist Ferdinand Braun.

(267) The physicist's groundbreaking theories outdid the science of physics.

(268) The physicist studied a calcify round particle in the subatomic level.

(269) He was the boffiniest physicist in the world, winning numerous awards.

(270) The physicist arithmetised the measurements to conduct the experiment.

(271) The physicist explained the principles of wave motion to the students.

(272) The physicist needs to bisect beneath the atom to study its structure.

(273) The first black hole was discovered in 1964 by physicist John Wheeler.

(274) The physicist used categorical data to study the properties of matter.

(275) The physicist made a speculative calculation about the speed of light.

(276) The physicist rebutted the claim that their physics theory was flawed.

(277) The physicist was able to codify the laws of physics for their theory.

(278) The physicist gave a cogent explanation of the laws of thermodynamics.

(279) The physicist used a spectrometer to measure the wavelengths of light.

(280) The nernst equation is named after the German physicist Walther Nernst.

(281) The physicist explained the electron configuration of the free radical.

(282) The physicist's theories astonished in addition to the experimentation.

(283) Roentgens are named after the German physicist Wilhelm Conrad Roentgen.

(284) The physicist used a laser to bisect the atom into two parts for study.

(285) The physicist conducted analyses on the data to prove their hypothesis.

(286) The term black hole was first coined in 1967 by physicist John Wheeler.

(287) The physicist wanted to dispute the findings of the physics experiment.

(288) The physicist will notify of calculation errors in the experiment data.

(289) Stephen Hawking was a famous physicist who wrote many books on science.

(290) The physicist needed to substantiate her theory with experimental data.

(291) The physicist made a claim out of their theory on the nature of matter.

(292) The physicist derived his theories from the study of matter and energy.

(293) The physicist used a crosssection of an atom to explain its properties.

(294) The physicist used the calces to calculate the density of the material.

(295) The physicist used a laser to bisect the atom and study its properties.

(296) The doppler effect is named after Austrian physicist Christian Doppler.

(297) The physicist explored the concept of hypercubes in multiple dimensions.

(298) The nuclear physicist's experiments involved manipulating atomic nuclei.

(299) The physicist used a spectrometer to measure angles of light refraction.

(300) The physicist aims to falsify by way of conducting particle experiments.

(301) Albert Einstein is often hailed as the most famous physicist in history.

(302) The physicist studied the electronic properties of a nickelic thin film.

(303) Stephen Hawking is a famous physicist who wrote A Brief History of Time.

(304) The physicist was able to refute the claim that time travel is possible.

(305) The physicist wanted to dispute the findings of the physical experiment.

(306) The physicist made a claim with evidence to support his physical theory.

(307) The physicist derived his theories from the study of the laws of nature.

(308) Stephen Hawking is a famous physicist known for his work on black holes.

(309) The physicist studied the specimen of the material for its conductivity.

(310) The physicist used a mathematical model to linearize the complex system.

(311) The physicist explained how two particles osculate in a circular motion.

(312) Galileo Galilei was an Italian astronomer, physicist, and mathematician.

(313) The physicist used rapid calculation to model complex physical phenomena.

(314) The nuclear physicist conducted groundbreaking research on atomic energy.

(315) Bohr is a Danish physicist known for his contributions to quantum theory.

(316) The Torricelli trumpet is a musical instrument named after the physicist.

(317) The physicist retrodicted the behavior of particles in a past experiment.

(318) The physicist used a clinometer to measure the angle of light refraction.

(319) The physicist did an analysis of the energy to understand its properties.

(320) The physicist analyzed a specimen of a superconductor for its properties.

(321) The nascent physicist was conducting their first experiment with gravity.

(322) The physicist will derive a new theory from observing the laws of nature.

(323) The physicist needed substantiation for the accuracy of his calculations.

(324) The physicist was able to derive the laws of motion from the experiments.

(325) Stephen Hawking was a famous physicist who wrote A Brief History of Time.

(326) The physicist placed the scientific formula beside the experimental data.

(327) The physicist had to delimit the physical phenomenon to explain its laws.

(328) Albert Einstein is a famous physicist known for his theory of relativity.

(329) Stephen Hawking was a famous physicist known for his work on black holes.

(330) The physicist arithmetises the formulas to understand the laws of nature.

(331) The physicist used ergs to measure the energy required to move an object.

(332) The scientific theory was based on a postulate from a renowned physicist.

(333) The quantum physicist studied the phenomenon of entanglement in particles.

(334) The physicist postulated that energy can neither be created nor destroyed.

(335) The nuclear physicist's experiments required highly specialized equipment.

(336) The becquerel is named after the French physicist Antoine Henri Becquerel.

(337) The physicist analyzed the object with respect to its physical properties.

(338) The physicist conducted experiments to study the behavior of anticathodes.

(339) The physicist used a specific methodology for studying the laws of nature.

(340) The physicist used different dimensions to study the laws of the universe.

(341) The physicist studied a specimen of a magnet to understand its properties.

(342) Stephen Hawking is a famous physicist who made many important discoveries.

(343) The physicist possesses the skills to understand the laws of the universe.

(344) The physicist had to justify their physical theory to the Nobel committee.

(345) The physicist will demonstrate how to calculate the velocity of an object.

(346) The physicist studied a specimen of a crystal to understand its structure.

(347) The eighteenth of November is the birthday of famous physicist Niels Bohr.

(348) The physicist used an electrograph to measure the electric field strength.

(349) The concept of an anti-particle was first proposed by physicist Paul Dirac.

(350) The concept of wormholes was first introduced by physicist Albert Einstein.

(351) The Doppler effect is named after the Austrian physicist Christian Doppler.

(352) The physicist applied a formulaic law to explain the behavior of particles.

(353) The physicist studied a specimen of a crystal to understand its properties.

(354) The headhunt for the best physicist in the country is happening next month.

(355) The physicist's accurate calculations helped understand the laws of nature.

(356) The physicist asserted that his theory was supported by empirical evidence.

(357) The physicist used dimensional analysis to study the behavior of particles.

(358) The physicist explained how to exponentiate across a set of quantum states.

(359) The physicist studied an indecomposable particle that could not be divided.

(360) Heinrich Hertz was a German physicist who discovered electromagnetic waves.

(361) The nuclear physicist's theories challenged existing paradigms in the field.

(362) The physicist hypothesised that time travel might be possible in the future.

(363) Albert Einstein is often regarded as the most revered physicist of all time.

(364) The physicist is inspecting the impact of physics on understanding immunity.

(365) The physicist analyzed a specimen of a metal to understand its conductivity.

(366) The physicist produces innovative theories about the nature of the universe.

(367) The physicist calculated the energy precisely, using mathematical equations.

(368) The physicist explained the properties of crystalline solids in his lecture.

(369) The physicist studied the dimensions of the universe with complex equations.

(370) The physicist conducted an x-ray through the crystal to study its structure.

(371) The physicist theorized that time travel could be possible through wormholes.

(372) The physicist used interpolation to estimate the velocity of a moving object.

(373) The degree Fahrenheit is named after the physicist Daniel Gabriel Fahrenheit.

(374) The physicist is determined to break into bosons and revolutionize the field.

(375) The physicist conducted experiments to understand the equilibriums of forces.

(376) The physicist employed spectral zoom to study the spectral lines of a plasma.

(377) The physicist used summations to model the behavior of particles in a system.

(378) The physicist used categorical information to study the properties of matter.

(379) Albert Einstein is a famous physicist who developed the theory of relativity.

(380) The eminent physicist's discoveries have revolutionized the field of physics.

(381) The physicist explained the concept of crystallizing light into a laser beam.

(382) The physicist studied the curvature of space-time in relation to black holes.

(383) The physicist conducted research on the properties of fourdimensional matter.

(384) The physicist applies a formulaic theory to explain the behavior of particles.

(385) The concept of M-theory was first proposed by physicist Edward Witten in 1995.

(386) The physicist investigated the cross-linking of particles in a magnetic field.

(387) The physicist disputes the sentence that suggests science has all the answers.

(388) The physicist's conjecture about the nature of dark matter is still a mystery.

(389) The physicist researched the curvilinearity of light waves and their behavior.

(390) The physicist was able to linearize the experimental data for better analysis.

(391) Michelson was a renowned physicist who won the Nobel Prize in Physics in 1907.

(392) The term volt is an eponym named after Alessandro Volta, an Italian physicist.

(393) The guas measurement is named after the German physicist Carl Friedrich Gauss.

(394) The physicist explained the concept of spherical symmetry in quantum mechanics.

(395) The physicist needs to put the particle positions into coordinate calculations.

(396) The becquerel unit is named after the French physicist Antoine Henri Becquerel.

(397) The physicist used the diagonalization technique to analyze the quantum system.

(398) The physicist was in a state of wonder while studying the laws of the universe.

(399) The concept of preons was first proposed in the 1970s by physicist Jogesh Pati.

(400) The physicist was able to derive information about energy from his experiments.

(401) The physicist was able to derive the laws of motion from the experimental data.

(402) The physicist's conjecture was that the particle would behave in a certain way.

(403) The effete physicist's theories were too complex for most people to understand.

(404) The physicist was interested in investigating the properties of a new material.

(405) The physicist will notify us of the calculation for the velocity of the object.

(406) The physicist's breakthrough experiment confirmed the existence of dark matter.

(407) The physicist had to parametrize the theory to account for different variables.

(408) The nuclear physicist's findings shed light on the fundamental nature of matter.

(409) The nuclear physicist's work required a deep understanding of quantum mechanics.

(410) The concept of a qubit was first introduced by physicist Ben Schumacher in 1995.

(411) The physicist applied a formulaic formula to determine the energy of the system.

(412) The physicist calculated the force needed to move an object based on its weight.

(413) The physicist will examine the laws of nature to understand how the world works.

(414) The mystery of the strange energy readings was finally explained by a physicist.

(415) The physicist was able to substantiate their theory with mathematical equations.

(416) The physicist was able to classify the particles based on their charge and mass.

(417) The physicist can classify particles based on their properties and interactions.

(418) The physicist studied the fulcrum of the lever to understand the laws of motion.

(419) The physicist measured the gas pressure volumetrically to determine its density.

(420) Max Planck was a German physicist who developed the theory of quantum mechanics.

(421) The physicist calced the trajectory of the rocket to ensure a successful launch.

(422) The candela is named after the Italian physicist and inventor, Alessandro Volta.

(423) The physicist used a probe to investigate the properties of subatomic particles.

(424) Feynman was a brilliant physicist, but he was also an accomplished bongo player.

(425) Pascal's law is named after the French mathematician and physicist Blaise Pascal.

(426) The concept of free electrons was first introduced by the physicist J.J. Thomson.

(427) The nuclear physicist collaborated with other scientists to develop new theories.

(428) The nuclear physicist's research had practical applications in energy production.

(429) The physicist used the diagonalization method to study the behavior of particles.

(430) The physicist uses apparatus to conduct experiments and study the laws of nature.

(431) The physicist used a complex formula to exponentiate behind the imaginary number.

(432) The physicist calculated the force required to move the object to be 100 Newtons.

(433) The physicist had to substantiate their theory with experiments and observations.

(434) The physicist's contribution to the understanding of the universe was remarkable.

(435) The rationale for the physicist's experiment was to test a scientific hypothesis.

(436) The physicist used an x-ray through the crystal to study its diffraction pattern.

(437) The physicist analyzed cross-sections of atomic particles to study their behavior.

(438) The physicist used a closed form equation to describe the motion of the particles.

(439) The physicist conducted experiments to study the behavior of transverse particles.

(440) The physicist explained how a sinusoidal wave can be used to transmit information.

(441) The physicist used a clinometer to measure the angle of a light beam's reflection.

(442) The physicist conducted a series of experiments using an inverted electrode setup.

(443) The physicist identified beneath the atoms to study the building blocks of matter.

(444) The physicist studied closely the laws of nature to understand the physical world.

(445) The physicist published a geminate concerning the behavior of subatomic particles.

(446) The concept of time travel originated beside a theoretical physicist's blackboard.

(447) The physicist was able to exponentiate near-invisible particles in the experiment.

(448) Hideki Yukawa was a Japanese physicist who won the Nobel Prize in Physics in 1949.

(449) The physicist was able to derive a new theory from the study of quantum mechanics.

(450) The physicist's breakthrough discovery advanced our understanding of the universe.

(451) The physicist studied a specimen of a superconductor to understand its properties.

(452) The physicist needed substantiation for his physical theory to prove its accuracy.

(453) The physicist did an analysis of the experiment to learn about the laws of nature.

(454) Schrodinger is a famous physicist known for his contributions to quantum mechanics.

(455) The laureate physicist's theories revolutionized our understanding of the universe.

(456) The nuclear physicist's findings were published in prestigious scientific journals.

(457) The nuclear physicist's experiments involved creating controlled nuclear reactions.

(458) The nuclear physicist's work paved the way for advancements in nuclear engineering.

(459) The physicist formulated a mathematical equation to describe a physical phenomenon.

(460) The renowned physicist's theories revolutionized our understanding of the universe.

(461) The physicist employed spectral zoom to study the spectral lines of hydrogen atoms.

(462) The physicist's theories astonished with regard to the complexity and implications.

(463) The physicist used a gauge to determine the frequency of the electromagnetic waves.

(464) The physicist used cubature to calculate the mass of the irregularly shaped object.

(465) The physicist was able to interconvert matter and energy using advanced technology.

(466) The physicist will notify the team of the calculation for the energy of the system.

(467) The physicist knew how to denominate the different units of measurement in physics.

(468) The concept of radiant energy was first introduced by physicist James Clerk Maxwell.

(469) The nuclear physicist's research contributed to the development of nuclear medicine.

(470) The physicist demonstrated the interference pattern created by two sinusoidal waves.

(471) The physicist used a complex function to describe the behavior of quantum particles.

(472) The physicist will record observations of the particle collisions in the experiment.

(473) The physicist used spectral zoom to analyze the spectral lines of a star's spectrum.

(474) The physicist retrodicted the behavior of subatomic particles in the early universe.

(475) Tadashi Tokieda is a mathematician and physicist who teaches at Stanford University.

(476) The estimable physicist was praised for his groundbreaking theories and experiments.

(477) The physicist's unassailable theories revolutionized our understanding of the world.

(478) The physicist was able to synthesize different physical laws to create a new theory.

(479) The physicist was able to refute the pseudoscientist's claim with experimental data.

(480) The eminent physicist's theories have transformed our understanding of the universe.

(481) The physicist conducted experiments to validate the proofness of the laws of physics.

(482) The nuclear physicist's work contributed to advancements in nuclear power technology.

(483) The nuclear physicist was awarded the Nobel Prize for his contributions to the field.

(484) The nuclear physicist's work had implications for the development of nuclear weapons.

(485) The physicist used interpolation to calculate the trajectory of a particle in motion.

(486) The physicist conducted experiments to study the behavior of particles dimensionally.

(487) The famous Japanese physicist, Yoshio Manabe, won the Nobel Prize in Physics in 2018.

(488) The Schrodinger's cat experiment is named after Austrian physicist Erwin Schrodinger.

(489) The physicist used a spectrometer to measure inclination angles of light polarization.

(490) Feynman, who was a brilliant physicist, revolutionized the field of quantum mechanics.

(491) The physicist used the geometries of spacetime to explain the behavior of black holes.

(492) The chronoscope was invented in the 19th century by French physicist Hippolyte Fizeau.

(493) The physicist studied the foliations in the magnetic field to understand its behavior.

(494) The physicist used a particle accelerator to bisect the atom and study its properties.

(495) The nuclear physicist's theories provided a framework for understanding nuclear forces.

(496) The physicist used indirect evidence to understand the behavior of subatomic particles.

(497) Dirac was a renowned physicist who made significant contributions to quantum mechanics.

(498) The physicist heterodyned the electromagnetic waves to study the behavior of particles.

(499) The concept of regelation was first introduced by the Scottish physicist James Thomson.

(500) The physicist was able to classify the different types of energy based on their source.

(501) The physicist made a claim through his experiment that light travels faster than sound.

(502) The physicist showed us how to decompose out the different forces acting on the object.

(503) The nuclear physicist's work had important implications for nuclear disarmament efforts.

(504) The missing link in the theory of gravity was finally explained by a renowned physicist.

(505) The physicist used cross-sections to calculate the probability of particle interactions.

(506) The physicist measured the gradient of the magnetic field, discovering a new phenomenon.

(507) The dosimetric results were reviewed by the medical physicist to ensure quality control.

(508) Dirac was a brilliant physicist who made significant contributions to quantum mechanics.

(509) Einstein was a brilliant physicist who revolutionized our understanding of the universe.

(510) The physicist needs to substantiate his theory with mathematical equations and formulas.

(511) The physicist studied the contour past of the energy field to understand its properties.

(512) The physicist used a closed form function to describe the behavior of the quantum system.

(513) The nuclear physicist's research focused on the potential applications of nuclear fusion.

(514) The nuclear physicist's work had implications for both theoretical and practical physics.

(515) The nuclear physicist's discoveries revolutionized our understanding of atomic structure.

(516) The nuclear physicist's experiments involved analyzing the decay of radioactive isotopes.

(517) The physicist used cross-sections to calculate the scattering of particles in a material.

(518) The physicist retrodicted the behavior of subatomic particles in a controlled experiment.

(519) The Schrodinger's cat experiment is named after the Austrian physicist Erwin Schrodinger.

(520) The physicist used an orthogonally polarized laser beam to study the properties of light.

(521) The Fahrenheit scale was developed by a German physicist named Daniel Gabriel Fahrenheit.

(522) The physicist asserted that his theory could explain the behavior of subatomic particles.

(523) The physicist studied the collinear motion of the particles to understand their behavior.

(524) The physicist used a particle accelerator to anatomize the atoms and study their behavior.

(525) The physicist studied the fixed points of energy to understand the laws of thermodynamics.

(526) The first superconductor was discovered in 1911 by Dutch physicist Heike Kamerlingh Onnes.

(527) The physicist explained how to modify the radius of the atom to understand its properties.

(528) The concept of tachyonic matter was first introduced by physicist Gerald Feinberg in 1967.

(529) Feynman was a brilliant physicist who made significant contributions to quantum mechanics.

(530) Heisenberg was a German physicist who made significant contributions to quantum mechanics.

(531) The physicist hopes to publish research on the potential applications of quantum computing.

(532) The word fahrenheit is an eponym named after Daniel Gabriel Fahrenheit, a German physicist.

(533) The becquerel is named after Antoine Becquerel, the physicist who discovered radioactivity.

(534) The eighteenth of July is also the anniversary of the birth of famous physicist Ernst Mach.

(535) Rayleigh was a renowned physicist who made significant contributions to the field of optics.

(536) The physicist will interpret data from particle accelerators to study fundamental particles.

(537) The physicist will insert electrodes into a nanomaterial to study its electrical properties.

(538) The physicist used a measure electrode to measure the electrical conductivity of a material.

(539) The physicist's groundbreaking discovery helped unravel the fate of reality in the universe.

(540) Although Bloch was a renowned physicist, he struggled with the concept of quantum mechanics.

(541) The physicist explained that reducing the radius of the atom would increase its energy level.

(542) The physicist was able to solve the problem by factorizing by means of the Laplace transform.

(543) The physicist studied cross-sections of subatomic particles to investigate their interactions.

(544) The physicist employed spectral zoom to study the properties of materials at the atomic level.

(545) The quote was misattributed to Albert Einstein, but it was actually said by another physicist.

(546) The physicist used floating point calculations to analyze the behavior of subatomic particles.

(547) Lenz's law is named after the German physicist Heinrich Lenz, who first formulated it in 1834.

(548) The physicist had to contrive below the surface of the phenomenon to understand its mechanics.

(549) The formant frequencies were measured in hertz, and the physicist converted them to mel scale.

(550) The physicist's affluence of knowledge about the laws of nature was evident in their research.

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