it's all about time (and dimensions and details...and patience!!!) especially if you can measure it with attosecond precision...but this is a story for even another time...haha! Today our work, recently published in Physical Review Letters - i.a. about slow electrons - was on display at TU Wien and it deals with a funny mechanisms occurring during electron emission from solids, especially when considering the low-energy end of the electronic response, or spectrum. This mechanism concerns the type of transport and interaction electrons experience on their way out of the solid surface, while escaping from the material into vacuum, where we then can detect them, determine their energy, angular distribution, and other properties. In other words, it's a work dealing with a very specific and yet fundamental and omnipresent aspect which governs the behavior of electron emission from solids - relevant to a whole plethora of fields and applications. One series of original measurements was conducted by me ca. 10years ago, then, it progressed some time later with other colleagues andstudents after me and now we all together have finally managed to clarify the real mechanism behind it. Furthermore, exactly today we had the great pleasure and opportunity to welcome and listen to our honourable colleague and inspiring physicist Prof. Dr. Ferenc Krausz, Nobel Laureate winner for the field of Attosecond Physics, who gave us a lecture not only on his own achievements in this field, but also on all the opportunities that can be cracked open thanks to these new and insightful ultrafast experimetal tools, leading i.a. towards visionary medical applications. We - together with my colleagues - had the joyous occasion to talk, exchange and ask questions and we also took a nice picture with him (not shown). I guarantee you that we all had a huge smile on our faces! 😉 [ #AboutToday #ScienceIsCool, 13th May 2024 ] #leptonja #leptonjavienna #HappyPhysicist #nofilter #ultrafastscience #TimeIsRelevant #ItsAllAboutTheDetails #timestructure #attosecondphysics #ILovePhysics #abouttime #PhysicistInside #strollingaround #igersvienna #viennacitycenter #schatzkammer #firstdistrictvienna
Join us on April 12th at 5 PM as Dr. S. R. K. Chaitanya Indukuri from IIT-Jammu explores the groundbreaking realm of Attosecond Physics, recipient of the 2023 Nobel Prize in Physics. Let’s unravel the mysteries of electron dynamics together. #NobelPrize #AttosecondPhysics #ResearchforMinds #Re4M #IITJammu
Today, we had the chance to attend a lecture on attosecond physics by the 2023 Nobel Prize in Physics laureate, French physicist Anne L’Huillier, organized by the University of Bordeaux. Professor L’Huillier presented her Nobel lecture and shared her thoughts on the challenges she faced during her career in science, on collaboration with her colleagues, and what it’s like to be a Nobel laureate! My colleagues from CRPP and I were very happy to be present at this beautiful event! Сегодня у нас была возможность посетить лекцию по аттосекундной физике, которую провела лауреат Нобелевской премии по физике за 2023 год, французский физик Анн Л’Юилье. Встреча организована Университетом Бордо. Профессор Л’Юилье представила свою Нобелевскую лекцию и поделилась своими размышлениями о проблемах, с которыми она сталкивалась во время своей научной карьеры, о работе с коллегами и о том, каково это — быть Нобелевским лауреатом! Мои коллеги из CRPP и я были очень рады присутствовать на этом замечательном событии! #AttosecondPhysics #NobelPrize #Physics #AnneLHuillier #UniversityOfBordeaux #ScienceLecture #NobelLaureate #ScientificAchievement #CRPP #InspiringWomenInScience #ScienceEvent
Afterwork blues (& orange). 💙🦧 [ starting the weekend resting phase after another intense week of measurements.... During this 3rd week of experiments we did encountered some problems - but, to be honest, this is a normal feature in experimental Physics - and we are currently still struggling with these. Nonetheless, in spite of the fact that we are still scratching on our heads on what is going on, my mindset is pertaining a rather positive direction, so I'm looking forward to the next week of results. 💪 Fingers crossed!! 🤞 and let the head-scratching be soon replaced by a relieving "AhAaaa-moment" ] #leptonja #LeptoInHungary #LeptoInSzeged #AfterWork #experimentalcampaign #experimentalphysics #nofilter #afteralongweek #bluemeetsorange #bluehour #intotheweekend #restingweekendneeded #lookingforward #excitingtimesahead #tacklingproblems #HappyPhysicist #ILoveMyWork #scienceisfun #scienceiscool #milestones #thewalkoffame #scientificexcursion #attosecondphysics
ELI-ALPS = Extreme Light Infrastructure Attosecond Laser Pulse Source [ 3rd day of our measurement campaign, #Szeged 14th February 2024 #LoveForScience The orange sign at the entrance of the institute symbolises an attosecond light pulse. These are used to investigate i.a. the electron dynamics in a studied system. For our measurements we also need to put our samples of interest into a Ultra High Vacuum (UHV) chamber, with a base pressure in the low 10E-10 mbar regime, so that the electrons which are ejected from the sample do not interact with any gas particle remaining in the chamber and thus manage to reach the detector delivering the sought for signal. Such a UHV system can be seen on the 2nd and 4th pictures along with one of my colleagues here and a very happy me ;) When the laser light is in operation we need to wear protective goggles. The 3rd image shows the pattern which is created by a graphitic sample - one of our targets of interest - upon bombardment of low energy electrons. By looking at such patterns we can assess their crystalline order and orientation. ] #leptonja #LeptonjasPatternsOfJoy #ILovePhysics #nofilter #LeptoInTheLab #experimentalphysics #ultrafastscience #AVeryHappyMe #HappyPhysicist #ItsAllAboutTheDetails #orangetouch #attosecondphysics #scientificexcursion #scienceisfun #scienceiscool #LeptoInHungary #LeptoInSzeged
We were honored to have Nobel Laureate Anne L'Huillier at this year’s ÖAW-ISTA Lecture, co-organized with @oeaw.at. Dr. L'Huillier took us on a fascinating journey through the realm of attosecond physics in her insightful lecture on "Attosecond pulses for studying ultrafast electron dynamics". Her research paves the way for a deeper understanding of the quantum world. A heartfelt thank you to everyone who attended and contributed to the success of this remarkable event at the ÖAW's Festive Hall. #ISTAustria #ISTAresearch #science #technology #event #lecture #Vienna #physics #AttosecondPhysics #attosecond #QuantumDynamics #QuantumFrontiers 📸 ÖAW-ISTA Lecture © ÖAW | Ludwig Schedl
★Anne L'Huillier★ ✨Anne Geneviève L'Huillier (born 16 August 1958) is a French-Swedish physicist and professor of atomic physics at Lund University in Sweden. ✨Born in Paris in 1958, she defended her thesis on multiple multiphoton ionization in 1986 at the Université Pierre et Marie Curie, Paris, and the Commissariat à l'Energie Atomique (CEA). She obtained a permanent research position at CEA the same year. She was a postdoc at Chalmers University of Technology in Gothenburg in 1986 and at the University of Southern California, Los Angeles in 1988. She was a visiting scientist at Lawrence Livermore National Laboratory in 1993. In 1995 she became an associate professor at Lund University and in 1997 she was appointed professor of physics. ✨She has been a member of the Royal Swedish Academy of Sciences since 2004. ✨Anne L'Huillier's research, which is both experimental and theoretical, is centered on the generation of high-order harmonics in gases and their applications. ✨She leads an attosecond physics group that studies the movements of electrons in real-time, which is used to understand chemical reactions at the atomic level. ✨She has received various physics awards including the Wolf Prize in Physics in 2022. ✨In 2023, she shared the Nobel Prize in Physics with French physicist Pierre Agostini and Hungarian-born Austrian physicist Ferenc Krausz for "experimental methods that generate attosecond pulses of light for the study of electron dynamics in the matter". She was the fifth woman to receive the Nobel Prize for Physics. #physics #physicsisnature #physics_is_nature #nature #NobelPrize #WomenInSTEM @lunduniversity #attosecondPhysics #attosecond
Celebrating the 2023 Nobel Prize in Attosecond Physics, we’ll explore how this cutting-edge research field has revolutionized our understanding of electron dynamics in matter. ⚛️ Discover the challenges, breakthroughs, and future horizons of measuring the incredibly fast processes in the quantum world.💡 📍Ready to journey through time on an attosecond scale? #scientistsout #attosecondphysics #laser
Are you curious to know what the 2023 Nobel Prize in Physics was about? Head to the link in our bio to find out more! #nustphysicsandastronomysociety #physics #physicsnobleprize #attosecondphysics #physicsnoblelaureate2023 #sns #nustian #nustgram
Last week we quizzed on:Attosecond Some details on the same. Hope you all will find this useful. #attosecond #attosecondphysics #nobleprizephysics
Last one is love. . . . . . . . . . . . . . . . #mathematics #Astronomy101 #StellarSpectrum #math #astrophysics #astronomyadventures #AstronomyFacts #patterns #science #astrospectrum #funny #blackhole #AstronomyGeek #naturelaw #StellarEvolution #velocity #astronomyposts #nature #attosecondphysics #physicsmemes #StarGazing #random #nobleprize #displacement #memes #Chaostheory #neildegrassetyson #chaos #physics #photon
Attack helicopter 🤣🤣 . . . . . . . . . . . #mathematics #Astronomy101 #StellarSpectrum #math #astrophysics #astronomyadventures #sigma #patterns #science #astrospectrum #sciencememes #blackhole #AstronomyGeek #naturelaw #mathpost #velocity #astronomyposts #nature #attosecondphysics #mathmemes #physicsmemes #randommemes #nobleprize #displacement #AstronomyLovers #Chaostheory #neildegrassetyson #chaos #physics #photon
NaCl meme . . . . . . . . . . #mathematics #Astronomy101 #sodium #math #astrophysics #astronomyadventures #chlorine #patterns #science #astrospectrum #cat #blackhole #salt #naturelaw #chemistry #velocity #astronomyposts #nature #attosecondphysics #nacl #chemicalproperty #random #nobleprize #displacement #catmeme #Chaostheory #neildegrassetyson #chaos #physics #photonature
The Science Quiz | On Attosecond physics #sciencequizonnobelprizeinphysics #sciencequizonattosecondphysics #quizonnobelprizeinphysics #sciencequiz #thehindusciencequiz #attosecondphysics #hindusciencequizonnobelprizeinphysics
Noble Prize in Physics 2023 . . . . . . . . . . . . #SpaceExploration #Astronomy101 #StellarSpectrum #StarColors #astrophysics #astronomyadventures #AstronomyFacts #CosmicWonders #science #astrospectrum #AstroEducation #blackhole #AstronomyGeek #NebulaHunting #StellarEvolution #velocity #astronomyposts #StellarJourney #attosecondphysics #AstroPhotography #StarGazing #SpaceFascination #nobleprize #displacement #AstronomyLovers #CosmicMarvels #neildegrassetyson #noble #physics #photon
Back on my Viennese schedule, although yesterday it was indeed an exceptional day: we welcomed, cheered, had a chat, made a toast, throw a party for, talked with this year's Nobel prize winner, Prof. Ferenc Krausz !!! The scientist who with his pioneer experiment has funded the new and exciting field of Attosecond Physics!! He came to visit our group to meet again some of his old colleagues and to revisit the laboratories where he and his colleagues in Sept. 2001 made the decisive experiment, creating the shortest ever light pulse - lasting only about 560 attoseconds. ( side note: thanks to the recent news now more people will know that "atto" means 10E-18, i.e. zero coma 18times zero one, and yet every single human will continue to struggle to grasp how fast that really is! ) The ORF came once more to our labs to interview him, it was a fun experience and you can find several short flash news, like zib13 on orf2 on the TVthek, where you will see - however will not recognize - my experiment, which nowadays is standing exactly where Prof. Krausz had his back in 2001. It's nice thought, to occupy the same spot! #leptonja #leptonjavienna #BackInVienna #backtomyschedule #exceptionalevent #AboutYesterday #nobelprize #nofilter #exceptionalvisit #BackToTheOrigins #inourlaboratories #nobelprizewinner #attosecondphysics #ILovePhysics #JustAsItIs #PhysicistInside #onceinalifetimeexperience #igersvienna
[Media Highlight:Unveiling the Wonders of Attosecond Physics ]This year's Nobel laureates in Physics have been recognized for their contributions in generating attosecond pulses of light. In an interview, Dr Tran Trung LUU from the HKU Department of Physics shared insightful perspectives on the field of attosecond physics. Having been mentored by one of the Nobel laureates, Professor Ferenc Krausz, during his PhD studies, Dr Luu reflects on the invaluable lessons learned from him. 今年的諾貝爾物理學獎表彰的阿秒物理學是一個新興領域。在以下採訪中，港大物理學系 Tran Trung LUU 博士分享了對阿秒物理領域的深入見解。Luu 博士在攻讀博士學位期間曾經得到了其中一位今屆諾貝爾獎得主 Ferenc Krausz教授的指導，在訪問中他亦提到從前與 Krausz 教授相處的點滴。 Full story: https://shorturl.at/dijv9 (In Chinese) Link in bio. #HKU #HKUScience #Science #NobelPhysics #AttosecondPhysics #ScientificAdvancements #LightPulses #NobelLaureates #CuttingEdgeScience #ResearchExcellence
The Royal Swedish Academy of Sciences has decided to award the 2023 Nobel Prize in Physics to Pierre Agostini, Ferenc Krausz and Anne L’Huillier “for experimental methods that generate attosecond pulses of light for the study of electron dynamics in matter.” There are potential applications in many different areas. In electronics, for example, it is important to understand and control how electrons behave in a material. Attosecond pulses can also be used to identify different molecules, such as in medical diagnostics. ©Nobel Prize #NobelPrize #nobelprizephysics2023 #physics #attosecondphysics #electron #molecular
🌟 New SciFocus Article Alert! 🌟 Dive into the world of attosecond physics with Sayan Basak's latest piece, "Shining Light on the Invisible: Nobel Prize Honors Pioneers of Attosecond Physics." 🏆 Discover how these brilliant minds are unlocking the secrets of electrons! 💡 Read here: https://www.linkedin.com/pulse/shining-light-invisible-nobel-prize-honors-pioneers-attosecond/ #NobelPrize #Physics #AttosecondPhysics #ScienceHeroes
Scientists (from left to right) Pierre Agostini, Ferenc Krausz, and Anne L'Huillier have been awarded the 2023 Nobel Prize in Physics for their groundbreaking work in creating ultra-short pulses of light, enabling the observation of changes within atoms on a minuscule timescale. This technology offers new tools for studying the movement of electrons inside atoms, previously deemed impossible, with potential applications in electronics and diagnostics, including disease detection in blood samples. Ferenc Krausz, who likens attosecond physics to a fast-shutter camera, expressed the significance of their work in capturing extremely rapid movements within the microcosm. ⚠️FOLLOW IF YOU LIKE THIS CONTENT AND WANT TO SEE MORE⚠️ . . . . . . . . . . #NobelPrize #Physics2023 #UltraShortPulses #AtomScaleImaging #ScienceBreakthrough #NobelLaureates #InnovationInPhysics #ScientificAdvancement #LightPulseTechnology #AtomicDynamics #ResearchExcellence #NobelPhysicsPrize #ScientificDiscovery #EvaOlsson #ElectronMovement #QuantumOptics #FerencKrausz #AnneLHuillier #PierreAgostini #NobelCelebration #MicrocosmExploration #FastShutterCamera #IncredibleScience #AttosecondPhysics #NobelWinners #NobelInPhysics #RevolutionaryTechnology #ScientificAchievement #BreakthroughDiscovery #PhysicsGenius
★Attosecond Physics★ 🎉This year's Nobel Prize in Physics goes to Pierre Agostini, Ferenc Krausz, and Anne L'Huillier. 🎊 Their work demonstrated a way to create extremely short pulses of light that can be used to capture and study rapid processes inside atoms. The Royal Swedish Academy 🇸🇪 of Sciences said the three laureates' experiments produced "pulses of light so short that they are measured in attoseconds". But what is attosecond physics⁉️ Attosecond physics, also known as attophysics, or more generally attosecond science, is a branch of physics that deals with light-matter interaction phenomena wherein attosecond (an attosecond is one-quintillionth of a second, or one-billionth of a nanosecond) photon pulses are used to unravel dynamical processes in matter with unprecedented time resolution. 🏹One of the primary goals of attosecond science is to provide advanced insights into the quantum dynamics of electrons in atoms, molecules and solids with the long-term challenge of achieving real-time control of the electron motion in matter and study how they behave. Electrons are particles inside atoms and they move incredibly fast - in billionths of a second. Prior to the laureates' breakthroughs, they effectively appeared as blurs under the most advanced microscopes - their movement and behaviour were too rapid to follow. Attosecond physics gives an opportunity to understand important processes inside atoms and molecules into sharper focus. ✨The current world record for the shortest light-pulse generated by human technology is 43 as. The laureates include the fifth woman ever to have been awarded the physics prize. Of 221 previous winners, just four have been women: 🎗️Marie Curie in 1903 for her work on radiation phenomena. 🎗️Maria Goeppert-Mayer in 1963 for unpicking some of the details of atomic structure. 🎗️Donna Strickland in 2018 for work in laser physics. 🎗️Andrea Ghez in 2020 for research into supermassive black holes. #physics #physicsisnature #physics_is_nature #nature #NobelPrizeInPhysicd #AttosecondPhysics #Electron #WomenImScience #WomenInSTEM
When it comes to quantum physics, I firmly believe that at the ultra-short timescale of attoseconds, the quantum world reveals itself in its true form, without the need for interpretation. This intricate realm is the primary focus of attosecond physics, while quantum mechanics has been accompanying us for over a century, aiding us in delving deeper into the mysteries of the natural world. However, it's worth noting that, despite the unique insights offered by quantum mechanics, truly comprehending and manipulating the microscopic realm may hinge on attosecond laser technology. This ultra-fast laser technology has the capability to capture events at the atomic level within incredibly brief time intervals, granting us unprecedented abilities to explore and influence the behavior of atoms. #QuantumPhysics #AttosecondPhysics #ScientificExploration #nobelprize2023
Physics Nobel Prize for contributions to Attosecond Physics The Nobel Prize in Physics 2023 has been awarded to Pierre Agostini, Ferenc Krausz and Anne L’Huillier "for experimental methods that generate attosecond pulses of light for the study of electron........... #Attosecondphysics #electron #PhysicsNobelprize #Nobelprize #Attosecond SCIEU Team https://www.scientificeuropean.co.uk/sciences/physics/physics-nobel-prize-for-contributions-to-attosecond-physics/
Great to hear about another Nobel Prize to photonics! Anne l’Huillier is a professor close to Eclipse, and especially Sara who took her phD in her group. #nobelprize #nobelprizephysics #attosecondphysics
HORUS pushes attosecond physics Laser physicists from the attoworld team at the Max Planck Institute of Quantum Optics (MPQ) and Ludwig-Maximilians Universität München (LMU) have developed a new and unique high-power laser system for driving the attosecond beamlines and ultrafast attosecond experiments at MPQ. The new laser “HORUS” (High-power OPCPA system for high Repetition rate Ultrafast Spectroscopy) operates in the near-infrared spectral range at 2µm wavelength and provides up to 50W of average output power at a 10kHz repetition rate. In combination with few-cycle pulse durations at 20 fs and CEP stability, this laser currently is one of the most powerful light sources of its kind. To reach these unique parameters scientists have implemented a three-stage optical-parametric chirped pulse amplifier (OPCPA) which is driven by a high-power picosecond thin-disk laser system. HORUS will now be connected to our attosecond beamline infrastructure and eventually replace the titanium sapphire (Ti:Sa) laser technology to allow for experiments with higher photon energies in the extreme UV and higher repetition rates as well. Original publication: 49 W Carrier-Envelope-Phase-Stable Few-Cycle 2 2.1 μm OPCPA at 10 kHz Authors: M. F. Seeger, D. Kammerer, J. Blöchl, M. Neuhaus, V. Pervak, T. Nubbemeyer, and M. F. Kling Journal: Opt. Express 31(15), 24821-24834 (2023) https://opg.optica.org/abstract.cfm?uri=oe-31-15-24821 Contact: Dr. Thomas Nubbemeyer [email protected] Picture: @thorstennaeser #laser #lmu #mpq #mpg #photonics #attosecondphysics #physics
Ferenc Krausz is one of the five scientific Directors at the Max Planck Institute of Quantum Optics and founder of field of Attosecond Physics. Deep in the micro cosmos, time dimensions are extremely short. Electrons in atoms and molecules move within only a few attoseconds, which are billionths of a billionth of a second. In order to see and investigate these motions, Ferenc Krausz and his group create ultrashort flashes of light which also last only a couple of attoseconds. With these ultrashort attosecond pulses, their goal is to develop ever faster electronics like a million times faster than today or new medial tools for early diagnosing and treating cancer. This video is a teaser, watch the full portrait here 👉https://www.youtube.com/watch?v=6ZIUJb85BAQ #photonics #attosecondphysics #physics #quantumoptics #laserspectroscopy #molecules #lasersystems #electronics #ultrafastelectronics #treatingcancer #quantumphysics #quantum #femtosecondlaser
And step two on the way up to 16th of May, the 60th jubilee of the laser - a cornerstone for all history of quantum optics and hence for us. On Tuesday 12th of May at 5pm CET you are welcome to follow us through the lab of Simon Reiger, PhD student in the Attosecond Physics group of famous Ferenc Krausz, who will show you his new cleanroom laboratory setup. His research all centres around ultra short laser pulses in the realms of attoseconds, billionth of a billionth second: basically the shortest time units known to us. This is what we know as the speed of some of the smallest particles in the universe, the electrons.💥 . . . #quantumoptics #live #labtour #laser #quantum #maxplanckinstitute #quantumsimulation #maxplanckinstitute #maxplanck #science #research #quantumscience #sciencecommunication #scienceTV #quantumtechnology #physics #quantumphysics #sciencelabs #lab #attosecondphysics #ultrashort #femtolaser #sciencelife #lablife #snapsfromthelabs #MPQscience #internationaldayoflight #60yearsoflaser
Electrons are the teeny tiny ties that essentially hold this world together, the basic stability to every structure. This groundwork of theirs puts them at the heart of almost all research in our institute. But getting a grip on them is difficult! Yes, electrons are really small and unvisible to the human eye and even to most microscopes, but also they keep moving around at a breathtaking speed. To witness their motion, we need to be just as fast. That is an enormous challenge, for which we enter the realm of Attosecond Physics, one of the five research areas at MPQ. There, our physicists create ultra short light pulses which allow to capture those really rapid electron movements. And the pulses are as short as short can be: we're talking billionths of a billionth second. Wow, right? So how do they do it? Well, let's take a look at this image: on the right you can see a nozzle emitting portions of a noble gas. On the left (in the background) a laser beam hits the atoms in the gas and excites the electrons inside it. The electrons first absorb the energy of the light and then release it again in the form of an ultra short flash of light, which only lasts as long as some couple attoseconds, just enough time to catch the mega fast movements of electrons - the most fundamental fabric of our universe. Copyright @thorstennaeser #electrons #attosecondphysics #quantumphysics #quantumscience #laser #maxplanck #physics #science #ultrashort #lightflashes #quantumoptics #maxplanckinstitute #quantum #fundamentalresearch #universe #atoms #sciencephotography #quantumlabs #labfotography #nano
With extremely intense laser pulses our laser physicists generate fast electrons, which in turn emit attosecond light flashes as plasma levels. Foto: @thorstennaeser #physics #laserphysics #laser #science #optics #light #attosecondphysics #maxplanckinstituteofquantumoptics #lmumünchen #umeauniversity
Our brandnew podcast channel is online now! „Light Wave“ discusses the application of lasers, optics and photonics with experts in this field. On the second pic you can see our graduate student Cristina interviewing Prof. Nick Stone from Exeter University for a brandnew episode. You can find the podcast in Itunes or listen for free here: lightwave.podomatic.com #physics #optics #laser #maxplanckinstituteofquantumoptics #podcast #science #imprs-aps #podcasting #graduateschool #imprs #light #garchingforschungszentrum #attosecondphysics #mpq #maxplancksociety #research #laserphysics #quantumoptics
View into one of our Attosecond Laboratories. Pic: Thorsten Naeser #physics #maxplancksociety #mpq #optics #laser #attosecondphysics #science
A team of Prof. Ulf Kleineberg at the Chair of Experimental Physics – Laserphysics at the Ludwig-Maximilians-Universität München is investigating ultrafast electron dynamics in solids by means of time resolved photoemission spectroscopy in the XUV spectral region. Utilizing intra-cavity generated attosecond pulse trains the scientists are able to measure with high flux at high photon energies and megahertz repetition rate. Foto: Thorsten Naeser #physics #attosecondphysics #lmumunich #meineLMU #universityofmunich #Garching-Forschungszentrum #science #light #laser #optics #optik #Physik
Did you already know @nature.physics is now on Instagram, too? . . #welcome #partofspringernature #journal #nature #naturejournal #naturephysics #physics #Repost @nature.physics with @get_repost ・・・ On the cover of our March issue: The observation of attosecond electron pulses looks set to change the way we probe ultrafast processes --- by bringing electron microscopy and diffraction into the mix. Link in bio. #science #physics #physicsfun #naturephysics #beautifulscience #attosecondphysics @lmu.muenchen
Repost @nature.physics: This is my new fun distraction at work. You should totes follow it if you love science and things that look like science. . . On the cover of our March issue: The observation of attosecond electron pulses looks set to change the way we probe ultrafast processes --- by bringing electron microscopy and diffraction into the mix. Link in bio. #science #physics #physicsfun #naturephysics #beautifulscience #attosecondphysics @lmu.muenchen
On the cover of our March issue: The observation of attosecond electron pulses looks set to change the way we probe ultrafast processes --- by bringing electron microscopy and diffraction into the mix. Link in bio. #science #physics #physicsfun #naturephysics #beautifulscience #attosecondphysics @lmu.muenchen