April 30, 1897: In the hushed hall of the Royal Institution, J.J. Thomson unveils the unseen—a tiny particle called the electron. His chalk sketches the first map of an invisible world, igniting whispers of wonder among the gathered minds. #funfacts #funfactsoftheday #dailyfacts #picture #aiart #aiartwork #ınstadaily #onthisdayinhistory #jjthomson #electrondiscovery #april30th #1897 #physicshistory #cavendishlaboratory #royalinstitution #scientificbreakthrough #particlephysics #scienceinnovation #historicalscience #physicslecture #scientificdiscovery #electron #quantumphysics #19thcenturyscience #academiclecture #physicsresearch #nobellaureate #electricalphysics #modernphysics
This Day in Science History - - - (April 30) Every 30th of April, we celebrate the anniversary of the discovery of the first subatomic particle: the #electron #OTD in 1897, English physicist Sir #JJThomson tells a startled scientific audience that he's discovered something smaller than an atom, a particle with a #minuscule mass and a #negative charge. The great physicist didn't give us the name or the structure or the exact mass, but he was the first to identify a subatomic particle. This finding #revolutionized the way #scientists thought about the #atom and had major ramifications for the field of physics.
This Day in Science History - - - (April 30) Every 30th of April, we celebrate the anniversary of the discovery of the first subatomic particle: the #electron #OTD in 1897, English physicist Sir #JJThomson tells a startled scientific audience that he's discovered something smaller than an atom, a particle with a #minuscule mass and a #negative charge. The great physicist didn't give us the name or the structure or the exact mass, but he was the first to identify a subatomic particle. This finding #revolutionized the way #scientists thought about the #atom and had major ramifications for the field of physics.
This Day in Science History - - - (April 30) Every 30th of April, we celebrate the anniversary of the discovery of the first subatomic particle: the #electron #OTD in 1897, English physicist Sir #JJThomson tells a startled scientific audience that he's discovered something smaller than an atom, a particle with a #minuscule mass and a #negative charge. The great physicist didn't give us the name or the structure or the exact mass, but he was the first to identify a subatomic particle. This finding #revolutionized the way #scientists thought about the #atom and had major ramifications for the field of physics.
NZ people - J J THOMSON . . #jjthomson #조셉존톰슨 #josephjohnthomson #physicist #scientist #물리학 #physics #nobelprize
Learning from my incredibly friendly and knowledgeable teacher #Dr_Srijib, diving into the stories of ancient science, the origins of civilization, Indo-European language, Aryan to Indian transfom and the remarkable journeys of great minds like Albert Einstein and J.J. Thomson and his PhD. Scholar. Every lesson is a glimpse into the extraordinary world of science, discovery with civilization. #ScienceStories #Einstein #JJThomson #KnowledgeIsPower
𝐃𝐢𝐬𝐜𝐨𝐯𝐞𝐫𝐲 𝐨𝐟 𝐞𝐥𝐞𝐜𝐭𝐫𝐨𝐧𝐬💫 #chemistry #chemistrynotes #science #study #learning #discoveryofelectrons #jjthomson #learningchemistry #study #studynotes #instagood #instalike #instalearning #focusonthegood #focus #study #studypage #studymotivation #easynotes #chemistry @_shalu_soni_19_ @_shalusoni_19
Electron was discovered by J.J.Thomson💯 #jjthomson #chemistrygk #currentaffairs #knowledgegainer2024 #electrons
Today, let me introduce you to an English man whose name is familiar to every student of electromagnetism. Yet in the 1890s, he caught the popular imagination as 'the man who weighed the Earth'. Further, he co-authored a multi-volume undergraduate physics textbook (With Sir #JJThomson), which was in print for about 50 years and was in widespread use during the first third of the 20th century. He wrote most of it. That English man is our "scientist of the day" today. It's death anniversary of #JohnHenryPoynting - - - (Scientist of the Day - 30 March) He was the developer and eponym of the #PoyntingVector, which describes the direction and magnitude of electromagnetic energy flow and is used in the #PoyntingTheorem, a statement about energy conservation for electric and magnetic fields. This work was first published in 1884. (Look the equations in shown image, here, S is Poynting vector, E is the electric field.....
Today, let me introduce you to an English man whose name is familiar to every student of electromagnetism. Yet in the 1890s, he caught the popular imagination as 'the man who weighed the Earth'. Further, he co-authored a multi-volume undergraduate physics textbook (With Sir #JJThomson), which was in print for about 50 years and was in widespread use during the first third of the 20th century. He wrote most of it. That English man is our "scientist of the day" today. It's death anniversary of #JohnHenryPoynting - - - (Scientist of the Day - 30 March) He was the developer and eponym of the #PoyntingVector, which describes the direction and magnitude of electromagnetic energy flow and is used in the #PoyntingTheorem, a statement about energy conservation for electric and magnetic fields. This work was first published in 1884. (Look the equations in shown image, here, S is Poynting vector, E is the electric field, H is the magnetic field's auxiliary field or magnetizing field, - ∂u/∂t is the rate of change of the energy density in the volume, ∇ is the divergence, J is the current density.) He also wrote papers on #radiation and the #pressure of light. After 12 years of experiments he determined in 1891 the mean #density of the Earth and in 1893 the #gravitationalconstant, a measure of the effect of gravity. He published his results in "The Mean Density of the Earth" (1894) and "The Earth; Its Shape, Size, Weight and Spin" (1913). He discovered the torsion-extension coupling in finite strain elasticity. This is now known as the (positive) Poynting effect in torsion. He is credited with coining the expression "greenhouse effect" in 1909 to explain how infrared-absorbing trace gasses such as carbon dioxide in the atmosphere increases the surface temperature of Earth and Mars. Craters on Mars and the Moon are named in his honour.
Today, let me introduce you to an English man whose name is familiar to every student of electromagnetism. Yet in the 1890s, he caught the popular imagination as 'the man who weighed the Earth'. Further, he co-authored a multi-volume undergraduate physics textbook (With Sir #JJThomson), which was in print for about 50 years and was in widespread use during the first third of the 20th century. He wrote most of it. That English man is our "scientist of the day" today. It's death anniversary of #JohnHenryPoynting - - - (Scientist of the Day - 30 March) He was the developer and eponym of the #PoyntingVector, which describes the direction and magnitude of electromagnetic energy flow and is used in the #PoyntingTheorem, a statement about energy conservation for electric and magnetic fields. This work was first published in 1884. (Look the equations in shown image, here, S is Poynting vector, E is the electric field, H is the magnetic field's auxiliary field or magnetizing field, - ∂u/∂t is the rate of change of the energy density in the volume, ∇ is the divergence, J is the current density.) He also wrote papers on #radiation and the #pressure of light. After 12 years of experiments he determined in 1891 the mean #density of the Earth and in 1893 the #gravitationalconstant, a measure of the effect of gravity. He published his results in "The Mean Density of the Earth" (1894) and "The Earth; Its Shape, Size, Weight and Spin" (1913). He discovered the torsion-extension coupling in finite strain elasticity. This is now known as the (positive) Poynting effect in torsion. He is credited with coining the expression "greenhouse effect" in 1909 to explain how infrared-absorbing trace gasses such as carbon dioxide in the atmosphere increases the surface temperature of Earth and Mars. Craters on Mars and the Moon are named in his honour.
"As we conquer peak after peak we see in front of us regions full of interest and beauty, but we do not see our goal, we do not see the horizon; in the distance tower still higher peaks [...]." ~ Joseph John Thomson . . . Sir Joseph John Thomson OM FRS (1856 – 1940) was a British physicist and Nobel Laureate in Physics, credited with the discovery of the electron, the first subatomic particle to be found. (Wikipedia) . . . Image: michielannaert (unsplash) . _ __ ___ ____ _____ ______ _______ ________ _________ __________ ___________ ____________ _____________ #philosophy #scientistquote #scientistquotes #josephjohnthomson #jjthomson
Follow @excelacademylive for more ......... #bio #biology #chemistry #physics #johndalton #jjthomson #ernestrutherford #neilsbohr #neetpreparation #neet2024 #mbbs #medico #motivation #studygram #study #excelacademy
Follow @excelacademylive for more ............ #bio #biology #chemistry #physics #johndalton #jjthomson #ernestrutherford #neilsbohr #neetpreparation #neet2024 #mbbs #medico #motivation #studygram #study #excelacademy
In 1897, a British physicist #JJThomson discovered the first sub atomic particle, #Electron. He established the charge-to-mass ratio of the electron but neither of them separately. Accordingly, if it was possible to determine one of these values separately (charge or mass), the other could be easily calculated. Then an American man began a long series of experiments in 1909 and finally he measured the charge of the electron (and with this, its mass). Indeed, it is considered to be one of the “most beautiful experiments in physics”. That American man is our "scientist of the day" today. It's the birthday of #RobertAndrewsMillikan, the man who didn't want to be a physicist but later became the first physicist to see the electron - - (Scientist of the Day - 22 March) Millikan was a key figure in the development of physics in the United States in the first half of the 20th century. He never meant to be a physicist. His college physics wasn't much better. After completion of college study, his Greek professor asked him to teach the course in elementary physics in the preparatory department during the next year. He replied that I did not know any physics at all then his professor said, "Anyone who can do well in my Greek can teach physics." From here, he actually started to study physics deeply to teach the college students.
In 1897, a British physicist #JJThomson discovered the first sub atomic particle, #Electron. He established the charge-to-mass ratio of the electron but neither of them separately. Accordingly, if it was possible to determine one of these values separately (charge or mass), the other could be easily calculated. Then an American man began a long series of experiments in 1909 and finally he measured the charge of the electron (and with this, its mass). Indeed, it is considered to be one of the “most beautiful experiments in physics”. That American man is our "scientist of the day" today. It's the birthday of #RobertAndrewsMillikan, the man who didn't want to be a physicist but later became the first physicist to see the electron - - (Scientist of the Day - 22 March) Millikan was a key figure in the development of physics in the United States in the first half of the 20th century. He never meant to be a physicist. His college physics wasn't much better. After completion of college study, his Greek professor asked him to teach the course in elementary physics in the preparatory department during the next year. He replied that I did not know any physics at all then his professor said, "Anyone who can do well in my Greek can teach physics." From here, he actually started to study physics deeply to teach the college students. In 1909, he with the aid of #HarveyFletcher, one of his doctoral students, used the "oil-drop experiment" to measure the charge of the electron. In 1914 Millikan took up with similar skill the experimental verification of the equation introduced by #AlbertEinstein to describe the photoelectric effect. He used this same research to obtain an accurate value of #Planck’s constant. He slid one of the last bricks of early quantum mechanics into place, and he set the stage for modern quantum theory. He won the #NobelPrize for Physics in 1923 for the measurement of the elementary electric charge and for his work on the #photoelectric effect.
In 1897, a British physicist #JJThomson discovered the first sub atomic particle, #Electron. He established the charge-to-mass ratio of the electron but neither of them separately. Accordingly, if it was possible to determine one of these values separately (charge or mass), the other could be easily calculated. Then an American man began a long series of experiments in 1909 and finally he measured the charge of the electron (and with this, its mass). Indeed, it is considered to be one of the “most beautiful experiments in physics”. That American man is our "scientist of the day" today. It's the birthday of #RobertAndrewsMillikan, the man who didn't want to be a physicist but later became the first physicist to see the electron - - (Scientist of the Day - 22 March) Millikan was a key figure in the development of physics in the United States in the first half of the 20th century. He never meant to be a physicist. His college physics wasn't much better. After completion of college study, his Greek professor asked him to teach the course in elementary physics in the preparatory department during the next year. He replied that I did not know any physics at all then his professor said, "Anyone who can do well in my Greek can teach physics." From here, he actually started to study physics deeply to teach the college students. In 1909, he with the aid of #HarveyFletcher, one of his doctoral students, used the "oil-drop experiment" to measure the charge of the electron. In 1914 Millikan took up with similar skill the experimental verification of the equation introduced by #AlbertEinstein to describe the photoelectric effect. He used this same research to obtain an accurate value of #Planck’s constant. He slid one of the last bricks of early quantum mechanics into place, and he set the stage for modern quantum theory. He won the #NobelPrize for Physics in 1923 for the measurement of the elementary electric charge and for his work on the #photoelectric effect.
Best experience & good days in iit roorkee ❤️ It is unforgettable memories 🤫 #iitroorkee #jjthomson #cognizanceiitroorkee
Happy to be on the gram! pictures of myself. #electrons4life #jjthomson #electron #science #physicist #instagram @instagram
Learn and Grow Daily : Atom #atom #science #electron #neilsbohr #proton #neutron #nucleus #physics #chemistry #rutherford #jjthomson #student #learn #guruvidhyapalampur #guruvidhya
Drawing mode😀✅ J. J Thomson- Discoverer of electron✅ #sajhanotes #jjthomson
A QUÍMICA DOS MODELOS ATÔMICOS ⚛️ Você conhece a história do átomo? Se você está estudando Química (ou já estudou), deve se lembrar (nem que seja um pouco) de que as concepções sobre o átomo mudaram com o tempo. Você deseja saber mais sobre isso ou relembrar o que, talvez, já tenha esquecido? O conteúdo está nas imagens! Se algo lhe chamar mais a atenção, escreva nos comentários! Referência: @compoundchem #atomhistory #atomicmodels #chemistry #johndalton #jjthomson #rutherford #bohr #schrodinger #matterstructure #blendlore
Micro portraits, Swipe⬅️ When you're bored in class . On sticky notes Reference: 8th std History textbook . . #micro #microportrait #microart #stickynotes #India #art #sketch #freedomfighter #chandrashekarazad #rajarshishahumaharaj #jjthomson #indainfreedomfighter #scientist
"A scientific theory is a tool and not a creed." ~ Joseph John Thomson . . . Sir Joseph John Thomson OM FRS (1856 – 1940) was a British physicist and Nobel Laureate in Physics, credited with the discovery of the electron, the first subatomic particle to be found. (Wikipedia) . . . Image: aldebarans on unsplash . _ __ ___ ____ _____ ______ _______ ________ _________ __________ ___________ ____________ _____________ #philosophy #scientistquote #scientistquotes #josephjohnthomson #jjthomson
Test Your Knowledge Now 🎯🎯 Which Scientist Discovered Nitrogen ?? A) Rutherford B) Jon Dalton C) J.J Thomson D) Chadwick Visit www.live.quizophy.com and create your Quiz Now. #science #instagram #rutherford #jondalton #jjthomson #chadwick #chemistry #post #quiz
MABBI LIBRARY] . . . JJ Thomson seorang fisikawan Inggris yang membantu merevolusi pengetahuan struktur atom melalui penemuan elektron (1897). . . . More Info Instagram : @mabbi_id Facebook : Mabbi Id Email : [email protected] Website : https://mabbi.id/ #mabbi #mabbiindonesia #mabbiid #bioinformatics #biodiversity #bioinformatica #bioinformática #bioinformaticslife #bioinformatic #biodiversidade #biodiversité #biodiversità #biodiversidad #biodiversite #thomson #jjthomson #electron #elektron #physics #physiology #atom #atoms #science #scientist #sciencefacts #sciencefiction #1897 #cavendish #cavendishlaboratory #royalsociety
My love for this place never change 🖤🤍 #campus #iitroorkee #jamesthomsonbuilding #jjthomson
In 1897, a British physicist #JJThomson discovered the first sub atomic particle, #Electron. He established the charge-to-mass ratio of the electron but neither of them separately. Accordingly, if it was possible to determine one of these values separately (charge or mass), the other could be easily calculated. Then an American man began a long series of experiments in 1909 and finally he measured the charge of the electron (and with this, its mass). Indeed, it is considered to be one of the “most beautiful experiments in physics”. That American man is our (second) "scientist of the day" today. It's death anniversary of #RobertAndrewsMillikan, the man who didn't want to be a physicist but later became the first physicist to see the electron - - - (Scientist of the Day - 19 December) Millikan was a key figure in the development of physics in the United States in the first half of the 20th century. He never meant to be a physicist. His college physics wasn't much better. After completion of college study, his Greek professor asked him to teach the course in elementary physics in the preparatory department during the next year. He replied that I did not know any physics at all then his professor said, "Anyone who can do well in my Greek can teach physics." From here, he actually started to study physics deeply to teach the college students. In 1909, he with ...... Read a full article about his oil drop experiment and the photoelectric effect that led him to win 1923 #NobelPrize in physics, here, https://www.instagram.com/cosmological_astrophysics Now, you can get all such information on Twitter also. Check here, https://twitter.com/RADHAMOHANKUNWA
🖊 "Una teoria scientifica è uno strumento e non un credo." JJ Thomson 🔹 OGGI nasceva Joseph John THOMSON fisico britannico noto per la sua scoperta dell'Elettrone e Premio Nobel per la Fisica 🔹 Il fisico britannico JJ Thomson vinse il Premio Nobel per la Fisica nel 1906 per la scoperta dell'elettrone. Nel 1897 fu il primo a suggerire la particella subatomica (elettrone) attraverso uno studio sulle proprietà dei raggi catodici. 📖Per saperne di più visita il blog Neureka. . #NeuroDocet #JJThomson #Fisica #Elettrone #PremioNobel
"Penemuan gelombang listrik... mempunyai pengaruh yang besar terhadap peradaban; ia berperan penting dalam menyediakan metode-metode yang dapat mendekatkan seluruh penduduk dunia satu sama lain dan memiliki potensi-potensi sosial, pendidikan, dan politik yang baru mulai kita sadari." - Joseph John Thomson - #quotes #JosephJohnThomson #jjthomson
In 1897, a British physicist #JJThomson discovered the first sub atomic particle, #Electron. He established the charge-to-mass ratio of the electron but neither of them separately. Accordingly, if it was possible to determine one of these values separately (charge or mass), the other could be easily calculated. Then an American man began a long series of experiments in 1909 and finally he measured the charge of the electron (and with this, its mass). Indeed, it is considered to be one of the “most beautiful experiments in physics”. That American man is our (second) "scientist of the day" today. It's death anniversary of #RobertAndrewsMillikan, the man who didn't want to be a physicist but later became the first physicist to see the electron - - (Scientist of the Day - 19 December) Millikan was a key figure in the development of physics in the United States in the first half of the 20th century. He never meant to be a physicist. His college physics wasn't much better. After completion of college study, his Greek professor asked him to teach the course in elementary physics in the preparatory department during the next year. He replied that I did not know any physics at all then his professor said, "Anyone who can do well in my Greek can teach physics." From here, he actually started to study physics deeply to teach the college students. In 1909, he with the aid of #HarveyFletcher, one of his doctoral students, used the "oil-drop experiment" to measure the charge of the electron. In 1914 Millikan took up with similar skill the experimental verification of the equation introduced by #AlbertEinstein to describe the photoelectric effect. He used this same research to obtain an accurate value of #Planck’s constant. He slid one of the last bricks of early quantum mechanics into place, and he set the stage for modern quantum theory. He won the #NobelPrize for Physics in 1923 for the measurement of the elementary electric charge and for his work on the #photoelectric effect.
In 1897, a British physicist #JJThomson discovered the first sub atomic particle, #Electron. He established the charge-to-mass ratio of the electron but neither of them separately. Accordingly, if it was possible to determine one of these values separately (charge or mass), the other could be easily calculated. Then an American man began a long series of experiments in 1909 and finally he measured the charge of the electron (and with this, its mass). Indeed, it is considered to be one of the “most beautiful experiments in physics”. That American man is our (second) "scientist of the day" today. It's death anniversary of #RobertAndrewsMillikan, the man who didn't want to be a physicist but later became the first physicist to see the electron - - (Scientist of the Day - 19 December) Millikan was a key figure in the development of physics in the United States in the first half of the 20th century. He never meant to be a physicist. His college physics wasn't much better. After completion of college study, his Greek professor asked him to teach the course in elementary physics in the preparatory department during the next year. He replied that I did not know any physics at all then his professor said, "Anyone who can do well in my Greek can teach physics." From here, he actually started to study physics deeply to teach the college students. In 1909, he with the aid of #HarveyFletcher, one of his doctoral students, used the "oil-drop experiment" to measure the charge of the electron. In 1914 Millikan took up with similar skill the experimental verification of the equation introduced by #AlbertEinstein to describe the photoelectric effect. He used this same research to obtain an accurate value of #Planck’s constant. He slid one of the last bricks of early quantum mechanics into place, and he set the stage for modern quantum theory. He won the #NobelPrize for Physics in 1923 for the measurement of the elementary electric charge and for his work on the #photoelectric effect.
J.J. Thomson, laureado com o Nobel de Física em 1906 pela descoberta dos elétrons, desvendou os mistérios da estrutura atômica. Cavaleiro e mestre do Trinity College, seu legado ecoa na ciência. 🏆📚 click na bio e conheça a moda STEM!👨🔬👑 #JJThomson #NobelFisica #EstruturaAtomica #LegadoCientifico #STEMLife #mundoSTEM #ciencia #tecnologia #Engenharia #matemática #stemfashion
If you were born on this day… #December #18 #BlueSapphire #HappyBirthday #BillieEilish #Sia #JosephStalin #ArchdukeFranzFerdinand #JJThomson #TyCobb #StevenSpielberg #ChristinaAguilera #KatieHolmes #StoneColdSteveAustin #RachelGriffiths #BradPitt #AshleyBenson #KeithRichards #CookCookiesDay #BakeCookiesDay #Color #Astrology #Numerology #Pantone #Colorstrology #MicheleBernhardt
🎥MÁQUINA DEL TIEMPO #15 - [📌18 DE DICIEMBRE- J.J.Thomson] Les dejamos la decimoquinta entrega de nuestro humilde proyecto de efemérides. #MáquinaDelTiempo #Efemérides #jjThomson #ComunidadUTN #QuímicaAplicada #inspt
. ڕۆژی لەدایکبوونت پیرۆزبێت🎂🎂 جەی جەی تۆمسۆن، ئەو پیاوەی کە جیهانی فیزیای بەکارەبایی کرد!⚛️ تۆمسۆن لە ئینگلتەرا لەدایکبووە لە18/12/1856، فیزیازانێکی بەریتانی بوو کە ئەلیکترۆنی دۆزییەوە. هەروەها لە تاقیکردنەوەکانی تۆمسۆن لەسەر تیشکی کاسۆد، و تیشکە نەزانراوەکان لە بۆشایی بۆرییەکاندا ناوەندی ئەم دۆزینەوەیە بوون. لەو کاتەدا بیرکردنەوە باوەکان پێشنیاری ئەوەیان دەکرد کە ئەم تیشکانە جۆرێک شەپۆلن. بەڵام تۆمسۆن پێی وابوو چیرۆکەکە لەوە زیاترە. بۆیە لە ڕێگەی تاقیکردنەوەکانی هەردوو بواری کارەبایی و موگناتیسی، ئەوەی نیشاندا ئەو تیشکانە لە تەنۆلکەکان دروستبوون،کە زۆر سووکترن لە گەردیلەکان و بارگەی نێگەتیڤیان هەڵگرتووە. ئەم دۆزینەوە بنچینەیی بوو، مانای ئەوە بوو کە پێکهێنەری بچووکتر لەناو ئەتۆمدا هەیە خودی ئەتۆمەکە سەرەتاییترین یەکەی ماددە نییە. کارەکانی تۆمسۆن بوارێکی تەواو نوێی لە فیزیای نیمچە گەردیلەییsubatomic کردەوە، لە کۆتاییدا بووە هۆی پەرەسەندنی هەموو تەلەفزیۆنەکان و کۆمپیوتەری کوانتەمی . ئەم دۆزینەوەیە وەک دۆزینەوەی مەتەڵێکی گەردوونی گەورە وابوو. لە ساڵی 1906 خەڵاتی نۆبڵی لە فیزیا وەرگرت. هەروەهامامۆستایەکی زیرەک و بەهرەمەندبوو، جەی جەی تۆمسۆنJ.J. Thomson، 6 لە خوێندکارەکانی خەڵاتی نۆبڵیان لەبواری فیزیا بەدەستهێنا، دوو لە خوێندکارەکانی خەڵاتی نۆبڵیان لەبواری کیمیا بەدەستهێناوە. هەروەها کوڕەکەشی خەڵاتی نۆبڵی لەفیزیا بەدەستهێنا. 30/8/1940لە کامبریج کۆچی دوایی کردووە. وەرگێڕان:ڤانیا موحەمەد . #jjthomson 🎈 🎉 Its the birthday of J.J. Thomson, the man who electrified the world of physics! ⚛️ Born in England, Thomson was a British physicist who discovered the electron. Thomsons experiments with cathode rays, mysterious beams in vacuum tubes, were central to this landmark discovery. The prevalent thought at the time suggested these rays were a type of wave or aether. Thomson, however, believed there was more to the story. ⚡️ Through experiments involving electric and magnetic fields, he showed that these rays were made of particles that were much lighter than atoms and carried a negative charge. This was radical – it meant there were smaller constituents within the atom, and the atom itself wasn’t the most basic unit of matter.
HB #jjthomson #ScienceSTAR #stars🌟tv #stars🌟news
I 1856 blev Sir Joseph John Thomson født i Cheetham Hill, England – på præcis denne dato 📆 I dag husker vi J.J. Thomson for bl.a. at have opdaget elektronen – en revolutionerende opdagelse i relation til vores viden om atomstruktur ⚛️ J.J. Thomson modtog Nobelprisen for sin forskningsindsats i 1906. Han blev indvalgt i Videnskabernes Selskab som medlem i 1920. 📖: @britannica 📷: Sir J.J. Thomson, Wikimedia Commons #otd #happybirthday #jjthomson #fysik #physics #nobelprize #atoms #fødselsdag #videnskab #videnskabernesselskab
"आधुनिक विज्ञान के पाथशाला में प्रख्यात, जे.जे. थॉमसन हमेशा याद रहेंगे।" #ArcSchoolMuzaffarpur #TheArcSchool #LinkingLearningToLife #LEADSchool #LEADSadatpur #ArcLEAD #MuzaffarpurSchool #MuzaffarpurLEAD #FamaousPersonOfTheDay #18December #JJThomson
"Remembering JJ Thomson, the man who unraveled the mysteries of subatomic particles and transformed our understanding of the building blocks of matter." #ArcSchoolMuzaffarpur #TheArcSchool #LinkingLearningToLife #LEADSchool #LEADSadatpur #ArcLEAD #MuzaffarpurSchool #MuzaffarpurLEAD #FamaousPersonOfTheDay #18December #JJThomson
18 декабря 2023-го года исполнилось 167 лет со дня рождения Томсона Джозефа Джона, сэра (18.12.1856 – 30.08.1940), английского физика. Открыл электрон (1897). Член (1884) и президент (1915-1920) Лондонского королевского общества. Учитель Э.Резерфорда. Лауреат Нобелевской премии по физике (1906). *** Покоряя вершину за вершиной, мы видим перед собой регионы, полные интереса и красоты, но мы не видим нашей цели, мы не видим горизонта; вдалеке возвышаются еще более высокие вершины, которые откроют перед теми, кто взойдет на них, еще более широкие перспективы. (о научных достижениях) *** #физика #Томсон #джиджитомсон #JosephJohnThomson #JJThomson #Thomson
Follow 👉@apieceof.chem to make chemistry a piece of cake. ✨🧪 . . . #apieceofchem #chemistry #chem #เคมี #subatomic #subatomicparticles #subatomicparticle #อนุภาคมูลฐาน #อนุภาคมูลฐานของอะตอม #atom #อะตอม #electron #อิเล็กตรอน #proton #โปรตอน #neutron #นิวตรอน #eugengoldstein #jameschadwick #jjthomson #สัญลักษณ์นิวเคลียร์ #nuclearsymbol
Follow 👉@apieceof.chem to make chemistry a piece of cake. ✨🧪 . . . #apieceofchem #chemistry #chem #เคมี #subatomic #subatomicparticles #subatomicparticle #อนุภาคมูลฐาน #อนุภาคมูลฐานของอะตอม #atom #อะตอม #electron #อิเล็กตรอน #proton #โปรตอน #neutron #นิวตรอน #eugengoldstein #jameschadwick #jjthomson
Have you heard about the Zeeman effect? Today I introduce you to a Dutch man who discovered this effect that made him one of the most famous scientists in the world in the late 19th and early 20th century. He is our "scientist of the day" today. (2nd article of the day, out of 3) It's death anniversary of #PieterZeeman, the man who discovered the Zeeman effect - - - (Scientist of the Day - 9 October) After passing the qualification exams in 1885, Zeeman studied physics at the University of Leiden under #KamerlinghOnnes and #HendrikLorentz. In 1890, even before finishing his thesis, he became Lorentz's assistant. This allowed him to participate in a research programme on the Kerr effect. In 1893 he submitted his doctoral thesis on the Kerr effect, the reflection of polarized light on a magnetized surface. In 1896, he discovered that when an #element is burned in a flame to produce a #spectrum and is subjected to the influence of a #magnetic field, the spectral lines are doubled, tripled, or quadrupled. This is known as the Zeeman effect, and at the time it was quite perplexing, because the #electron had not even been discovered in 1896. (We now know that the Zeeman effect is the result of the fact that electrons have spin, and in a magnetic field, electrons of opposite spin have different transition energies when they change orbits, producing multiple spectral lines instead of one). When Lorentz heard about Zeeman's observations, the very next day, he called Zeeman into his office and presented him with an explanation of his observations, based on his theory of electromagnetic radiation. Zeeman's discovery confirmed Lorentz's prediction about the #polarization of light emitted in the presence of a magnetic field. Thanks to Zeeman's work it became clear that the oscillating particles that according to Lorentz were the source of light emission were negatively charged, and were a thousandfold lighter than the #hydrogen atom. This conclusion was reached well before #JJThomson's discovery of the electron. Zeeman shared the 1902 #NobelPrize in physics with Hendrik Lorentz for this work. ©️ - @cosmological_astrophysics & our admin @radhamohankunwar
Have you heard about the Zeeman effect? Today I introduce you to a Dutch man who discovered this effect that made him one of the most famous scientists in the world in the late 19th and early 20th century. He is our "scientist of the day" today. (2nd article of the day, out of 3) It's death anniversary of #PieterZeeman, the man who discovered the Zeeman effect - - - (Scientist of the Day - 9 October) After passing the qualification exams in 1885, Zeeman studied physics at the University of Leiden under #KamerlinghOnnes and #HendrikLorentz. In 1890, even before finishing his thesis, he became Lorentz's assistant. This allowed him to participate in a research programme on the Kerr effect. In 1893 he submitted his doctoral thesis on the Kerr effect, the reflection of polarized light on a magnetized surface. In 1896, he discovered that when an #element is burned in a flame to produce a #spectrum and is subjected to the influence of a #magnetic field, the spectral lines are doubled, tripled, or quadrupled. This is known as the Zeeman effect, and at the time it was quite perplexing, because the #electron had not even been discovered in 1896. (We now know that the Zeeman effect is the result of the fact that electrons have spin, and in a magnetic field, electrons of opposite spin have different transition energies when they change orbits, producing multiple spectral lines instead of one). When Lorentz heard about Zeeman's observations, the very next day, he called Zeeman into his office and presented him with an explanation of his observations, based on his theory of electromagnetic radiation. Zeeman's discovery confirmed Lorentz's prediction about the #polarization of light emitted in the presence of a magnetic field. Thanks to Zeeman's work it became clear that the oscillating particles that according to Lorentz were the source of light emission were negatively charged, and were a thousandfold lighter than the #hydrogen atom. This conclusion was reached well before #JJThomson's discovery of the electron. Zeeman shared the 1902 #NobelPrize in physics with Hendrik Lorentz for this work. ©️ - @radhamohankunwar & my cosmic page @cosmological_astrophysics
~ “Great bodies die but great minds don't die! Inside the tomb of great men lay dead body's but at the library of great men lay the living minds of dead bodies!!” ⚡ --------------------------------- --> I pay my heartfelt tribute to these great minds who have made this human race aware of some principles which perhaps we find difficult to understand today..!! 🫡 . . . #issacnewton #alberteinstein #mariecurie #richardfeynman #archimedes #michaelfaraday #wernerheisenberg #erwinschrödinger #jagadishchandrabose #ernestrutherford #maxplanck #satyendranathbose #homibhabha #enricofermi #heinrichhertz #nikolatesla #louisdebroglie #jamespresscottjoule #jamesmaxwell #gabrieldanielfahrenheit #peterhiggs #meghnadsaha #michiokaku #jjthomson #johanneskepler
Cambridge is unique. At cavendish laboratory JJ Thomson found electron which is the basis of all chemical bondings and in 1836-37 Darwin lived in the house with blue door and 22 number. I visited Cambridge around 2021’s cow trail when 90 artsy cows sculptures took over the space #cambridgecows #cambridge #cambridgeuniversity #jjthomson #electron #darwin
Teori Thomson mengibaratkan struktur atom seperti roti kismis. Ada inti atom dan taburan kismis sebagai elektron. Referensi: • Rahayu, Iman. 2009. Praktis Belajar Kimia 1: Untuk Kelas X Sekolah Menengah Atas/Madrasah Aliyah. Jakarta: Pusat Perbukuan, Departemen Pendidikan Nasional. _____ #atom #teoriatom #thomson #jjthomson #kimia #kimiasma #bisakimia #belajarkimia #kimiaindonesia #kimiaasyik #gurukimia
⚠️Ya estamos a pocas semanas de iniciar el regreso a clases!🏫 . ⚠️no pierdas la oportunidad de brindarle a tus hijos un futuro brillante y de calidad 💯 ✨¡te esperamos!👋🏼🙂 . #inscripciones #thomson #school #maracaibo #inscripcionesabiertas #mcbo #jjthomson
#jjthomson . . . . #pencildrawing #pencilart #art
History of the atom Credit: @compoundchem #atom #chemistry #sciencefacts #science #physicalscience #atomicstructure #dalton #rutherford #schrodinger #schrödinger #thomson #jjthomson #bohr #nielsbohr
"Penemuan gelombang listrik... mempunyai pengaruh yang besar terhadap peradaban; ia berperan penting dalam menyediakan metode-metode yang dapat mendekatkan seluruh penduduk dunia satu sama lain dan memiliki potensi-potensi sosial, pendidikan dan politik yang baru mulai kita sadari." - Joseph John Thomson - #quotes #JosephJohnThomson #jjthomson
J.J. Thomson #facts | #jjthomson | #cmla_mdu |
. مامۆستای زیرەک و بەهرەمەند جەی جەی تۆمسۆنJ.J. Thomson، فیزیازانێکی براوەی خەڵاتی نۆبڵە، ٦ لە خوێندکارەکانی خەڵاتی نۆبڵیان لەبواری فیزیا بەدەستهێنا، دوو لە خوێندکارەکانی خەڵاتی نۆبڵیان لەبواری کیمیا بەدەستهێناوە. هەروەها کوڕەکەشی خەڵاتی نۆبڵی لەفیزیا بەدەستهێنا. وەرگێڕان:ڤانیامحمد . #nobelprize #jjthomson
JJ Thomson experiment and properties of electrons. #chemistry #jjthomson
İlk kütle spektrometresinin kim tarafından inşa edildiğini hiç merak ettin mi? İlk kütle spektrometresi, başlangıçta bir parabol spektrografı olarak adlandırılan, 1912 yılında 1897'de elektronu keşfetmesiyle en çok tanınan J.J. Thomson tarafından inşa edildi. Thomson, kütle spektrometresini kullanarak radyoaktif olmayan izotopların varlığına dair ilk kanıtları ortaya çıkardı. 1. JJ Thomson 2. İlk kütle spektrometresi 3. Günümüz kütle spektrometresi Kütle spektrometresi hakkında daha fazla bilgi edinmek için ve derneğimizin etkinliklerine katılabilmek için takipte kalın 🙌 #massspectrometry #kütlespektrometresi #jjthomson
Stability of Vortex Heptagon The configuration of n line vortices spaced regularly around the circumference of a circle is stable for n <= 7, and unstable for n > 7. The theorem was first proved by J. J. Thomson (1883) in connection with Lord Kelvin's vortex theory of atoms. However, for the case of n >= 7, his proof is wrong, and was corrected by T. H. Havelock almost 50 years later. The stability for n=7 still remained unknown until L. G. Kurakin & V. I. Yudovich successfully tackled the problem in 2002. The magical number 7 appears in an innocent inequality to ensure the eigenvalues of the linearized system are imaginary. Proof: J. J. Thomson, 1883 (erroneous) T. H. Havelock, 1931 (without n=7) L. G. Kurakin & V. I. Yudovich, 2002 (n=7) Experiments: A. M. Mayer, 1878 (floating magnets) E. Yarmchuk, M. Gordon & R. Packard, 1979 (superfluid helium) D. Durkin & J. Fajans, 2000 (Malmberg-Penning trap) #blender #digital3d #scientificillustration #scienceart #vortextheoryoftheatom #lordkelvin #jjthomson #floatingmagnet
Who did discover the #electron? We all know that Sir #JJThomson discovered the first subatomic particle while performing experiments on #cathode rays in 1897 but he called it #corpuscle, not electron. Then who coined this term (electron)? It was an Irish man who is our "scientist of the day" today. It's death anniversary of #GeorgeJohnstoneStoney, the man who coined the term 'electron' to describe the fundamental unit of electrical charge - - (Scientist of the Day - 05 July) Stoney published 75 scientific papers in a variety of journals. He made significant contributions to #cosmic physics and to the theory of #gases. He estimated the number of molecules in a cubic millimetre of gas, at room temperature and pressure, from data obtained from the kinetic theory of gases. But his most important scientific work was the conception and calculation of the magnitude of the "atom of #electricity". In 1891, he proposed the term 'electron' to describe the fundamental unit of electrical charge and his contributions to research in this area laid the foundations for the eventual discovery of the particle by Thomson in 1897. (It was an Irish physicist #GeorgeFrancisFitzgerald who suggested in 1897 that the term - electron - be applied to Thomson's corpuscles.) Craters on #Mars and the #Moon are named in his honour.
Who did discover the #electron? We all know that Sir #JJThomson discovered the first subatomic particle while performing experiments on #cathode rays in 1897 but he called it #corpuscle, not electron. Then who coined this term (electron)? It was an Irish man who is our "scientist of the day" today. It's death anniversary of #GeorgeJohnstoneStoney, the man who coined the term 'electron' to describe the fundamental unit of electrical charge - - (Scientist of the Day - 05 July) Stoney published 75 scientific papers in a variety of journals. He made significant contributions to #cosmic physics and to the theory of #gases. He estimated the number of molecules in a cubic millimetre of gas, at room temperature and pressure, from data obtained from the kinetic theory of gases. But his most important scientific work was the conception and calculation of the magnitude of the "atom of #electricity". In 1891, he proposed the term 'electron' to describe the fundamental unit of electrical charge and his contributions to research in this area laid the foundations for the eventual discovery of the particle by Thomson in 1897. (It was an Irish physicist #GeorgeFrancisFitzgerald who suggested in 1897 that the term - electron - be applied to Thomson's corpuscles.) Craters on #Mars and the #Moon are named in his honour.
🤖Nuestro equipo de Robótica @electrosharks_ftc participa por primera vez en la Copa Kai, una competencia donde participan grandes colegios de Maracaibo. Y los estudiantes del Thomson @electrosharks_ftc están felices y emocionados viviendo una experiencia única. 👏🏻Felicidades a nuestros estudiantes.👏🏻 . #somoselectroshark #somosthomson #shark #robot #robótica #jjthomson
🫂Hoy con mucho entusiasmo celebramos el día del padre. . 👣Día en el que rendimos homenaje a estos maravillosos seres que nos llenan de amor y nos brindan sus sabiduria para acompañarnos a lo largo de nuestras vidas. . 🦾Nuestra más sinceras felicitaciones a todos los Papás 💙⚽THOMSON.⚾💙 . #fathersday #thomsonfather #dad #1 #jjthomson #mcbo
Em 1898, o físico inglês Joseph John Thomson propôs um modelo atômico revolucionário. Ele sugeriu que o átomo é uma esfera carregada positivamente com elétrons incrustados e distribuídos aleatoriamente. Ele comparou seu modelo a um pudim de passas, onde as passas representam os elétrons. Sua contribuição para a ciência foi fundamental para o desenvolvimento da teoria atômica. #modeloatomicodethomson #ciencia #quimica i #jjthomson
⛪En un ambiente de alegría, nuestros alumnos recibieron por primera vez el sacramento de la Eucaristía, del cual reafirmaron su compromiso de seguir el camino de Jesús.🙏🛐 En el #JJThomson nos alegramos por cada uno de estos niños, por sus familias y por la historia que Dios va haciendo en los corazones de cada uno de ellos.❤ ¡Felicidades a todos por su Primera Comunión! #FamiliaThomson #JJT #ExcelenciaEducativa #innovaciónEducativa #Maracaibo #JosephJohnThomson
This Day in Science History - - (June 03) The first suggestion that a #neutron, a particle with #no electric charge but with a mass comparable to that of a #proton, might exist in the nucleus was made by professor #Rutherford in a Bakerian Lecture before the Royal Society in London on June 3, 1920, a year after he had succeeded #JJThomson as Cavendish Professor of Experimental Physics in Cambridge. A full article:- Rutherford believed that the alpha particle, the doubly charged, mass-4 nucleus of the #helium atom, consisted of four protons and two #electrons, and he also believed that he had just found evidence for a new doubly charged, mass-3 nuclear particle consisting of three protons and one electron. Thus, he argued, since two electrons could bind four protons, and one electron three protons, one electron should be able to bind two protons, which would be a new mass-2 isotope of #hydrogen, and one electron should be able to combine with one proton, which would be a mass-1 neutron. To Rutherford the neutron also was needed to explain how the nuclei of heavy elements could be built up. Convinced therefore that the neutron should exist, he set some of his research students in search for it experimentally. #Chadwick, his right-hand man in the Cavendish Laboratory, also joined that search at odd times throughout the 1920s and finally in 1932, Chadwick discovered the neutron.
This Day in Science History - - (June 03) The first suggestion that a #neutron, a particle with #no electric charge but with a mass comparable to that of a #proton, might exist in the nucleus was made by professor #Rutherford in a Bakerian Lecture before the Royal Society in London on June 3, 1920, a year after he had succeeded #JJThomson as Cavendish Professor of Experimental Physics in Cambridge. A full article:- Rutherford believed that the alpha particle, the doubly charged, mass-4 nucleus of the #helium atom, consisted of four protons and two #electrons, and he also believed that he had just found evidence for a new doubly charged, mass-3 nuclear particle consisting of three protons and one electron. Thus, he argued, since two electrons could bind four protons, and one electron three protons, one electron should be able to bind two protons, which would be a new mass-2 isotope of #hydrogen, and one electron should be able to combine with one proton, which would be a mass-1 neutron. To Rutherford the neutron also was needed to explain how the nuclei of heavy elements could be built up. Convinced therefore that the neutron should exist, he set some of his research students in search for it experimentally. #Chadwick, his right-hand man in the Cavendish Laboratory, also joined that search at odd times throughout the 1920s and finally in 1932, Chadwick discovered the neutron.
✨PROGRAMA DE VISITA EMPRESARIAL✨ . Nuestra institución es pionera en realizar actividades innovadoras, actualmente nuestros estudiantes de 5to año están visitando diversas empresas, dónde hacemos promoción a la producción nacional y fomentamos el apego por lo nuestro, así buscamos fortalecer y apoyar la decisión que tome cada uno al momento de elegir su carrera universitaria. . En esta ocasión agradecemos a @tumaca7 por abrirnos sus puertas y por ofrecernos visitas guiadas y charlas detalladas de los distintos procesos, desde industriales hasta administrativos que se desarrollan en cada uno de sus departamentos. . ¡Somos un colegio enfocado en el futuro!🌟 . #tumaca #maracaibo #jjthomson #educando #fyp #estudiantes #futuro #graduacion
J. J. Thomson Biography Sir Joseph John Thomson OM FRS was a British physicist and Nobel Laureate in Physics, credited with the discovery of the electron, the first subatomic particle to be discovered. . . . . . . . . #isaac #isaacnewton #isaacnewtonquote #91biograohy #writtorg #books #classics #classicbooks #biography #blackhistory #biohistory #diariobiohistory #vaigyanik #vaigyanik #scientists #scientistsbiography #history #india #sciencehistory #science #sciencefacts #nielsbohr #carllinnaeus #jjthomson
Cada um desses cientistas elaborou o melhor MODELO ATÔMICO que podia, em sua época. Eles nem poderiam imaginar as correções que viriam a seguir... 🎱 1803: Dalton - "bola de bilhar" 🍪 1904: Thomson - "pudim de passas" ⚛️ 1911: Rutherford - "modelo planetário" 🎯 1913: Bohr - elétrons em níveis de energia quantizados (órbitas específicas) ☁️ 1926: Schrödinger - os elétrons não percorrem uma órbita, e sim ocupam um orbital ("nuvem eletrônica") #atomo #modeloatomico #johndalton #jjthomson #rutherford #bohr #schrodinger #quimica #fisica #ciencia #ensino #educação
🔬🤯 DID YOU KNOW? 🤯🔬 In 1897, J.J. Thomson made an incredible discovery that changed the course of science forever. By using a cathode ray tube, he found the first evidence of a subatomic particle we now know as the electron! 🌟 Thomson's discovery helped us to understand the fundamental nature of matter, and paved the way for countless scientific breakthroughs in fields ranging from physics to chemistry and beyond. 🚀 Some notable examples include the invention of the television, X-ray technology, and the development of semiconductors. We think it's amazing to consider the impact this tiny particle has had on our world. What do you think? Let us know in the comments! 👇 #ScienceFacts #Electron #JJThomson #SubatomicParticles #Physics #Chemistry #STEMeducation #ScienceIsCoolXYZ #NFT #education #science #nftartist #children #familyfun #education #nftindia #nftusa #DidYouKnow #learning #facts #sciencelover #scienceisawesome #scienceiscool #stem #scienceisfun #scienceteacher #sciencelab #physicsfacts #sciencenerd #sciencenews