Materials Research Society
Materials Research Society
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Eleftheria Roumeli: Green adhesion for the built environment
Markus Buehler of the Massachusetts Institute of Technology and editor of the Impact section of MRS Bulletin, publishing new research, interviews Eleftheria Roumeli of the University of Washington about her group’s work with Ulva seaweed as an adhesive to enable cohesion and strength in hot-pressed wood panels. Upon hot-pressing, powdered Ulva flows in between the wood particles, generating a matrix which provides strong binding. At an Ulva concentration of 40 wt.%, the composites reached an average elastic modulus of 6.1 GPa, and flexural strength of 38.2 MPa (compared to 4.7 GPa and 22.6 MPa, respectively, for pure wood compressed at the same pressing conditions). This work is published in MRS Bulletin doi.org/10.1557/s43577-024-00734-5.
Переглядів: 92

Відео

Esther Amstad: Novel ways of creating stable emulsions
Переглядів 6821 день тому
Markus Buehler of the Massachusetts Institute of Technology and editor of the Impact section of MRS Bulletin, publishing new research, interviews Esther Amstad of École Polytechnique Fédérale de Lausanne about her group’s work on creating stable emulsions, using novel chemistry, materials, and design principles. Emulsions are used, for example, in food, certain drug and cosmetic formulations, a...
Episode 15: Torsional force microscopy reveals the moiré superlattices
Переглядів 31Місяць тому
In this podcast episode, MRS Bulletin’s Sophia Chen interviews Mihir Pendharkar of Stanford University about characterizing electronic properties of twistronics materials. Twistronics refers to a type of electronic device consisting of two-dimensional materials layered at a relative twist angle, forming a new periodic structure known as moiré superlattices. Pendharkar and colleagues studied dif...
Episode 14: Mixed-method approach characterizes nanovoids in polymer films
Переглядів 17Місяць тому
In this podcast episode, MRS Bulletin’s Laura Leay interviews Falon Kalutantirige from the University of Illinois Urbana-Champaign and Ying Li from the University of Wisconsin-Madison about their approach and discovery when characterizing nanovoids in polymer films. Using polyamide (PA) membranes as their subject of study, the researchers applied graph theory combined with electron tomography a...
Episode 13: Computational model shows 3D metamaterial that exhibits magnetoelectric effect
Переглядів 20Місяць тому
In this podcast episode, MRS Bulletin’s Laura Leay interviews Alexandre Dmitriev from the University of Gothenburg, Sweden about his group’s computational model of a three-dimensional metamaterial exhibiting a magnetoelectric effect-known as the Tellegen effect-when exposed to light. The building blocks of the metamaterial are comprised of disks of silicon, 150 nm in diameter, supporting a cyli...
MRS Future Leaders - Di Wang, University of Chicago
Переглядів 492 місяці тому
MRS recognizes students who have received the Graduate Student Award as future leaders in the materials research community. Di Wang talks about his work on the synthesis and surface engineering of 2D transition metal carbides and nitrides (MXenes).
MRS Future Leaders - Jihong Min, California Institute of Technology
Переглядів 472 місяці тому
MRS recognizes students who have received the Graduate Student Award as future leaders in the materials research community. Jihong Min talks about his work developing a wearable device powered by a flexible perovskite solar cell.
MRS Future Leaders - Rishi Gurnani, Georgia Institute of Technology
Переглядів 532 місяці тому
MRS recognizes students who have received the Graduate Student Award as future leaders in the materials research community. Rishi Gurnani talks about his work on the modeling and design of energy storage materials using artificial intelligence.
MRS Future Leaders - Nabojit Kar, Indiana University Bloomington
Переглядів 512 місяці тому
MRS recognizes students who have received the Graduate Student Award as future leaders in the materials research community. Nabojit Kar talks about his work on developing polyelemental nanoparticles using nanoparticle conversion chemistry to generate hydrogen from water.
Stop by the MRS Publications Booth at the Exhibit!
Переглядів 223 місяці тому
Want to publish your work with MRS? Stop by the publications booth and chat with Steven, Bill, and Neville - they can help you get started! #S2024MRS
Welcoming first-time attendees
Переглядів 303 місяці тому
Welcoming first-time attendees
Making connections at the 2024 Spring Meeting!
Переглядів 463 місяці тому
Making connections at the 2024 Spring Meeting!
MRS welcomes Australian members
Переглядів 333 місяці тому
MRS welcomes Australian members
Episode 12: New paradigm established for additive manufacturing in field of bioelectronics
Переглядів 463 місяці тому
Episode 12: New paradigm established for additive manufacturing in field of bioelectronics
Episode 11: Chemomechanical approach to surface modification attains high single-photon purity
Переглядів 333 місяці тому
Episode 11: Chemomechanical approach to surface modification attains high single-photon purity
Episode 10: Achiral liquid crystal breaks mirror symmetry
Переглядів 173 місяці тому
Episode 10: Achiral liquid crystal breaks mirror symmetry
Episode 9: Nanocomposite-superlattice enables low energy, high stability phase-change memory device
Переглядів 384 місяці тому
Episode 9: Nanocomposite-superlattice enables low energy, high stability phase-change memory device
Episode 8: Switching mechanism revealed behind reversible molecular assembly in 2D materials
Переглядів 214 місяці тому
Episode 8: Switching mechanism revealed behind reversible molecular assembly in 2D materials
Episode 7: RoboMapper reduces environmental impact of data generation
Переглядів 184 місяці тому
Episode 7: RoboMapper reduces environmental impact of data generation
Episode 6: Superconductor robust against magnetic field
Переглядів 354 місяці тому
Episode 6: Superconductor robust against magnetic field
Episode 5: Theoretical framework predicts real-world industrial catalytic conditions
Переглядів 175 місяців тому
Episode 5: Theoretical framework predicts real-world industrial catalytic conditions
Episode 4: Imaging device tracks and controls photocurrent streamlines in electronic devices
Переглядів 155 місяців тому
Episode 4: Imaging device tracks and controls photocurrent streamlines in electronic devices
Episode 3: Quantum ruler measures orbital magnetism in moiré quantum matter
Переглядів 1005 місяців тому
Episode 3: Quantum ruler measures orbital magnetism in moiré quantum matter
Sabrina Sartori on global collaborations
Переглядів 526 місяців тому
Sabrina Sartori on global collaborations
Episode 2: Biocompatible piezoelectric materials promote neural regeneration
Переглядів 376 місяців тому
Episode 2: Biocompatible piezoelectric materials promote neural regeneration
Episode 1: Photochemistry combined with 3D printing generates complex ceramics structures
Переглядів 366 місяців тому
Episode 1: Photochemistry combined with 3D printing generates complex ceramics structures
Women in MSE Keynote Breakfast - since 2000
Переглядів 407 місяців тому
Women in MSE Keynote Breakfast - since 2000
Episode 16: Biosensor enables early detection of organ transplant failure
Переглядів 356 місяців тому
Episode 16: Biosensor enables early detection of organ transplant failure
Episode 15: Transonic dislocation propagation observed in diamond
Переглядів 196 місяців тому
Episode 15: Transonic dislocation propagation observed in diamond
Remembering George Crabtree
Переглядів 478 місяців тому
Remembering George Crabtree

КОМЕНТАРІ

  • @CatherineWILLIAMS-if8ch
    @CatherineWILLIAMS-if8ch 22 дні тому

    LOVE ❤❤❤❤❤ IT

  • @EditGenius-ib9xo
    @EditGenius-ib9xo Місяць тому

    i love your videos would you love some recommendations ?

  • @supersmart671
    @supersmart671 Місяць тому

    High evolved😢😢😢😢😢....this is pure design

  • @oli9532
    @oli9532 2 місяці тому

    Just here to see Jesus’ color.

  • @Hamzah0777
    @Hamzah0777 2 місяці тому

    mantap

  • @hemavathiabpst1797
    @hemavathiabpst1797 3 місяці тому

    Very well explained sir.

  • @nalianyamilimoamos3807
    @nalianyamilimoamos3807 3 місяці тому

    The drive for clean energy for our planet is rife, following in the footsteps.

  • @Carter.Shields
    @Carter.Shields 3 місяці тому

    This is fantastic. Very well explained. Thank you.

  • @MAC11007
    @MAC11007 5 місяців тому

    Thanks for never mentioning the fishes name anywhere in text

  • @charlesbrightman4237
    @charlesbrightman4237 6 місяців тому

    IN THE INTEREST OF FINDING THE THEORY OF EVERYTHING: SOME THINGS MODERN SCIENCE DOES NOT APPARENTLY KNOW: Consider the following: a. Numbers: Modern science does not even know how numbers and certain mathematical constants exist for math to do what math does. (And nobody as of yet has been able to show me how numbers and certain mathematical constants can come from the Standard Model Of Particle Physics). b. Space: Modern science does not even know what 'space' actually is nor how it could actually warp and expand. c. Time: Modern science does not even know what 'time' actually is nor how it could actually warp and vary. d. Gravity: Modern science does not even know what 'gravity' actually is nor how gravity actually does what it appears to do. And for those who claim that 'gravity' is matter warping the fabric of spacetime, see 'b' and 'c' above. e. Speed of Light: 'Speed', distance divided by time, distance being two points in space with space between those two points. But yet, here again, modern science does not even know what space and time actually are that makes up 'speed' and they also claim that space can warp and expand and time can warp and vary, so how could they truly know even what the speed of light actually is that they utilize in many of the formulas? Speed of light should also warp, expand and vary depending upon what space and time it was in. And if the speed of light can warp, expand and vary in space and time, how then do far away astronomical observations actually work that are based upon light and the speed of light that could warp, expand and vary in actual reality? f. Photons: A photon swirls with the 'e' and 'm' energy fields 90 degrees to each other. A photon is also considered massless. What keeps the 'e' and 'm' energy fields together across the vast universe? And why doesn't the momentum of the 'e' and 'm' energy fields as they swirl about not fling them away from the central area of the photon? And electricity is electricity and magnetism is magnetism varying possibly only in energy modality, energy density and energy frequency. Why doesn't the 'e' and 'm' of other photons and of matter basically tear apart a photon going across the vast universe? Also, 'if' a photon actually red shifts, where does the red shifted energy go and why does the photon red shift? And for those who claim space expanding causes a photon to red shift, see 'b' above. Why does radio 'em' (large 'em' waves) have low energy and gamma 'em' (small 'em' waves) have high energy? And for those who say E = hf; see also 'b' and 'c' above. (f = frequency, cycles per second. But modern science claims space can warp and expand and time can warp and vary. If 'space' warps and expands and/or 'time' warps and varies, what does that do to 'E'? And why doesn't 'E' keep space from expanding and time from varying?). g. Energy: Modern science claims that energy cannot be created nor destroyed, it's one of the foundations of physics. Hence, energy is either truly a finite amount and eternally existent, or modern science is wrong. First Law Of Thermodynamics: "Energy can neither be created nor destroyed." How exactly is 'energy' eternally existent? h. Existence and Non-Existence side by side throughout all of eternity. How? * ADDED NOTE: My current TOE idea can potentially answer all of these above items, and more, in a logical, coherent and inter-related manner. And wouldn't one expect the true TOE of existence itself to be able to do that? What other TOE idea in known existence can currently do that? Surely not the General or Special Relativity Models nor even the Standard Model of Particle Physics. TOE Idea: Short version: (currently dependent upon the results of my gravity test): The 'gem' photon is the eternally existent energy unit of this universe. The strong and weak nuclear forces are derivatives of the electromagnetic ('em') interactions between quarks and electrons. The nucleus is a magnetic field boundary. 'Gravity' is a part of electromagnetic radiation, gravity acting 90 degrees to the 'em' modalities, which of course act 90 degrees to each other. I am open to any and all theory of everything ideas that can potentially answer all those above items in a logical, coherent and inter-related manner. Currently, as far as I am currently aware of, there are no others but my own.

  • @robertcormia7970
    @robertcormia7970 7 місяців тому

    It was not as obvious, even two years ago, the natural fit of open source data frameworks, AI/LLM, and the Materials Genome Innitiative (MGI). We're at the cusp of an R&D / innovation explosion, but we need to have real data, raw data, and not "published results".

  • @bakedbean37
    @bakedbean37 9 місяців тому

    Gave up at three minutes. I couldn't endure the noise.

  • @carteunu467
    @carteunu467 9 місяців тому

    See the lectures of Joseph Davidovits on geopolymers

  • @vaxlogam
    @vaxlogam 10 місяців тому

    Alright I'm jst like this guy. I always say alright. We both nerves everything we explain to people something interesting😂

  • @user-es2ou1io6r
    @user-es2ou1io6r 10 місяців тому

    That's knife not a bullet. If I want a stab vest I'll get a phone book

  • @therocket39
    @therocket39 10 місяців тому

    You are correct to a degree… however no cut stones are in any pyramid

  • @Donxzy
    @Donxzy 11 місяців тому

    What about he heat sir ... getting slapped means getting burned ?

  • @williamf7052
    @williamf7052 11 місяців тому

    Promo-SM

  • @mnkhanktk9818
    @mnkhanktk9818 Рік тому

    wow. amazing

  • @bickybiswas
    @bickybiswas Рік тому

    Woof woof

  • @kisho2679
    @kisho2679 Рік тому

    what are the processes of extracting REEs from mining?

  • @kisho2679
    @kisho2679 Рік тому

    how about superconductive properties of REEs?

  • @nicksshitbro
    @nicksshitbro Рік тому

    And here i am thinking I thought of something new when this idea just popped into my head. Ugh.

  • @cikif
    @cikif Рік тому

    It's a shame that MRS Spring 2020 and many other things had to be cancelled because some chinese dude decided to eat underbaked bat balls. This was supposed to be my first MRS meeting and I was looking forward to it. My flight got cancelled and I could not even get a refund for it. Even worse, many other people who were to attend conferences that were scheduled around March got stuck in the hotels that they booked before the conference. We need a consistent effort to make sure such global disasters do not occur in the future.

  • @frankmark787
    @frankmark787 Рік тому

    Qur’an 28:38

  • @lucilafleet5127
    @lucilafleet5127 Рік тому

    for burning skin in victima 💕 3D possible??? 🙏🏾 thank xo soon...

  • @aikerly665
    @aikerly665 Рік тому

    China's magnesium alloy smelting and processing have developed rapidly, and now it is beginning to export a large amount to all over the world

  • @akhilagouda5679
    @akhilagouda5679 Рік тому

    I printed with the same material, but it is not conducting. Could you help me in that sense?

  • @thelonesasquatch8396
    @thelonesasquatch8396 Рік тому

    Batmans Arkham Knight has the tri weave titanium fiber and flexible liquid armor suit

    • @cirogarcia9951
      @cirogarcia9951 4 місяці тому

      That’s a fucken video game dumbass

  • @Scoutik997
    @Scoutik997 Рік тому

    Foundational and groundbreaking work! Job well done, Dr. Wells!

  • @tellurium3754
    @tellurium3754 Рік тому

    "more research is needed to solidify the claim"

  • @michellewang5558
    @michellewang5558 Рік тому

    Thank you for this imformative video, I definitely learned a lot from it!

  • @tinayoga8844
    @tinayoga8844 Рік тому

    When they are talking the music in annoying.

  • @shaofengyu7746
    @shaofengyu7746 Рік тому

    Driven by the energy revolution, China's magnesium alloys have become more and more widely used due to their good lightweight effect of applied product components, significant energy saving and emission reduction effects, and China's magnesium alloy technology level has also caught up with the world's technology level, and developed a number of New magnesium alloy materials such as high-strength and high-plastic cast magnesium alloys, ultra-high-strength and high-plastic deformed magnesium alloys, and low-cost high-strength and high-plastic magnesium alloys have made great progress in the preparation of high-quality components and asymmetric processing technologies for deformed materials.

  • @daviperes
    @daviperes 2 роки тому

    Yes!

  • @nathanmasak
    @nathanmasak 2 роки тому

    Great Content; thank you. I got a position through IntellectBay. It is really efficient and I recommend it to those applying for faculty, administrative, or executive positions. Best.

  • @tarungarg2828
    @tarungarg2828 2 роки тому

    Which technique is used to get these images??

  • @Miltiades178
    @Miltiades178 2 роки тому

    Nanomachines son

  • @hakansahin3349
    @hakansahin3349 2 роки тому

    Hi. This is an excellent and enlightening video. I have also study on metallic glass for many years. I am about to finish my doctoral thesis. What applications of metallic glass currently exist in spacecraft? For example, is the shield you mentioned in the video already used? Thank you so much for your interest.

  • @caricatureparty
    @caricatureparty 2 роки тому

    Speak from your heart.

  • @MrPolarbear59
    @MrPolarbear59 2 роки тому

    Gypsum to move the pyramid stones? Why not chalk? The white desert around El Fayum is made of it.

  • @shahrammoradi5698
    @shahrammoradi5698 2 роки тому

    Robotized characterizing absorption spectra ---> ua-cam.com/video/dEW5YO7l5TQ/v-deo.html For more details see ---> www.nature.com/articles/s43246-022-00235-5

  • @shahrammoradi5698
    @shahrammoradi5698 2 роки тому

    Gradient thin-film perovskite High-throughput characterization: --->ua-cam.com/video/dEW5YO7l5TQ/v-deo.html Learn more from--->www.nature.com/articles/s43246-022-00235-5

  • @shahrammoradi5698
    @shahrammoradi5698 2 роки тому

    See our new material discovery here : ua-cam.com/video/dEW5YO7l5TQ/v-deo.html

  • @cadderley100
    @cadderley100 2 роки тому

    I imagine that it could also be used by NASA in Space Suits and as an outer skin on Shuttlecraft and Habitats to stop micro meteors and such? It's a great concept, having both an anti stab vest and bullet proof vest all in one. The military application is immense.

  • @marz.6102
    @marz.6102 2 роки тому

    What's one implication to nano biotechnology?

  • @marz.6102
    @marz.6102 2 роки тому

    Nice

  • @justarandomperson5895
    @justarandomperson5895 2 роки тому

    When the ice pick stabs the paper, it stopped the puncture but didnt stop the impact in a way. Youre going to be bruised still. And your insides also. Like its still going to stab into you & potentially create internal bleeding. Since you have no cut to release blood.

    • @edenassos
      @edenassos 2 роки тому

      Just have it thicker

    • @mid1429
      @mid1429 Рік тому

      Body armor stops the round but doesn’t stop the impact force a broken rib is better then getting shot

    • @hellomouse2354
      @hellomouse2354 Рік тому

      A gel backing could help spread the force maybe?

  • @raymondhunter7806
    @raymondhunter7806 2 роки тому

    What happens to the body when the projectile gets under the armour and can't escape.