Breakerspace Image Contest Runner-up: Best Optical Microscope Image
Graciela Rodriguez’s image of the nib of an Esterbrook J Series fountain pen, produced between 1948 and 1957. View all winners and runners-up: buff.ly/i7IYbNZ
Campus Preview Weekend brought prospective students to pumpkin smashing in the Breakerspace. Since pumpkins aren’t in season, DMSE students carved—and mechanically tested—squash instead.
Breakerspace Image Contest Winner: Best Optical Microscope Image
Kevin Shen’s silicon wafer displays geometric shapes that seem computer-generated. The image reflects ingenuity in fabricating and visualizing flawless structures at tiny scales. View all: buff.ly/y1gtG1E
Students in 3.000 (Coffee Matters: Using the Breakerspace to Make the Perfect Cup) explore coffee aromas, learn how beans are processed, and compare Arabica and Robusta varieties.
Materials Week at DMSE brought materials science and engineering to life with a full slate of dynamic events, including lectures, a holographic rainbow chocolate workshop, materials trivia, Breakerspace tours, and more.
Pivotal day for both BreakerSpace (first product demo, with engineering samples) and SOLVENERGY (first all hands, with 3 'official' languages).
It's like baby's first kick... except, it's twins!
The @MIT_DMSE Breakerspace displayed winning images from the inaugural Breakerspace Microscope Image Contest, which invited all MIT undergraduates to train on microscopic instruments, explore material samples, and capture images.
news.mit.edu/2025/breakerspa…
Breakerspace Image Contest Runner-Up: Best Electron Microscope Image
Anna Beck's high-density polyethylene (HDPE) fibers from a torn event wristband. See all winning images: buff.ly/n93xiQp
Breakerspace Image Contest Winner: Best Electron Microscope Image
Mishael Quraishi captured the flower Alstroemeria and its pollen-bearing structure, the anther. See all winning images: buff.ly/JzYIlZ2
Breakerspace Image Contest Winner: Most Challenging Image
Nelushi Vithanachchi’s micro MIT: A tiny replica of the Great Dome sculpted into silicon carbide using focused ion beam. See all winning images: buff.ly/RNH1SmN
Breakerspace Image Contest Winner: Most Instructive Image
Amelia How’s fractograph of a titanium alloy showing a partially brittle, partially ductile fracture caused by electrochemical hydrogen embrittlement. See all winning images: buff.ly/Qf0ZYim
Undergraduate Andi Qu had doubts about whether an online order of silk scarves were genuine. Thanks to DMSE’s Breakerspace, he was able to use a Fourier-transform infrared (FTIR) spectrometer to examine the material without damaging the scarves. buff.ly/4ifyA4S
DMSE’s Professor Jeffrey Grossman speaks with @NBC10Boston about his class 3.000 (Coffee Matters: Using the Breakerspace to Make the Perfect Cup). Watch the interview here: buff.ly/40M4vTj
DMSE’s Professor Jeffrey Grossman speaks about “Coffee Matters,” a new class that uses the department’s Breakerspace laboratory to explore the science of coffee extraction, flavor compounds, and brewing techniques. Read the @BostonGlobe story here: buff.ly/3Cuk6yI
Taught by DMSE's Professor Jeffrey Grossman, new MIT undergraduate class 3.000 (Coffee Matters: Using the Breakerspace to Make the Perfect Cup) debuted in spring 2024 and blends science, hands-on experimentation, and a love for coffee to fuel curiosity. buff.ly/3BxA0YF
The grad-student-run science discovery program EMERGE that trained local students on electron microscopes in November returned this spring, this time in the DMSE Breakerspace. @MITESatMITbuff.ly/4cgNgh8
Stay up to date with DMSE's Frontiers newsletter. In the upcoming spring issue: startups making clean steel and storing renewable energy; a counterintuitive finding about metals; and high school microscopy class in the Breakerspace. Sign up: buff.ly/49LYOb7
AeroPress coffee makers and electronic coffee scales await students taking the debut 3.000 (Coffee Matters)—materials science through brewing, sipping, and testing coffee and espresso—in the DMSE Breakerspace.
The opening of DMSE's new Breakerspace, an undergraduate materials lab available institute-wide, was highlighted in MIT's community year in review for 2023. See what else made the list: buff.ly/3TENngf