Chemical engineer Paula Hammond, biomedical engineer Anjelica Gonzalez, and physicist Shirley Ann Jackson, describe their finest accomplishments in oral historical past interviews.
In celebration of Women’s History Month, I needed to focus on among the achievements of Black ladies within the sciences. Over the years, AIP has interviewed dozens of extremely completed Black ladies scientists, and I used to be interested by what they thought-about to be their most significant analysis achievements and scholarly accolades. While trying by our oral history interview collection , I discovered three quotes on the topic within the transcripts of interviews by chemical engineer Paula Hammond, biomedical engineer Anjelica Gonzalez, and physicist Shirley Ann Jackson.
Paula Hammond
Paula Hammond sitting in opposition to a colourful background.
Photo courtesy of MIT Department of Chemical Engineering
Paula Hammond is an Institute Professor on the Massachusetts Institute of Technology (MIT). She additionally serves because the Dean of MIT’s School of Engineering and is the primary girl to carry this place. She is a member of MIT’s Koch Institute for Integrative Cancer Research and the Principal Investigator of the Hammond Lab , which focuses on utilizing polymeric nanomaterials and electrostatics to create cell-targeted drug supply programs.
Hammond was born September 3, 1963, in Detroit, Michigan, the place she spent her childhood. Growing up, her father was a biochemist and her mom was a nurse, which gave her an appreciation for science, well being, and schooling at a younger age. Hammond attended an all-girls college referred to as the Academy of the Sacred Heart, the place she went to her first chemistry lab. She attended MIT for her undergraduate research, the place she felt at residence with different college students who had been equally captivated with science. She accomplished her Bachelor of Science in chemical engineering and labored as a course of engineer at Motorola for 2 years earlier than returning to highschool. Upon completion of her Master of Science in chemical engineering on the Georgia Institute of Technology, she returned to her first alma mater to get her PhD. Hammond was accepted to the then-new Polymer Science and Technology program and was excited to pursue analysis with a contemporary perspective. She then received an NSF Postdoctoral Fellowship at Harvard to do analysis on carbon nanotube electrodes for high-density batteries, with an understanding that she would return to MIT as an assistant professor. With MIT as her residence establishment, she began doing analysis on liquid crystalline block copolymers, managed deposition primarily based on hydrogen bonding, and electrostatics, in addition to creating light-weight skinny movie gadget programs. Hammond began shifting in direction of working with biomaterials and collaborating with biologists to work on drug supply and different biotechnology improvements. Currently, her lab is conducting analysis and creating applied sciences to enhance bone regeneration and wound therapeutic, drug supply for most cancers therapy, and oxygen transport and coagulation management.
Some of her main accolades embody however usually are not restricted to the Department of Defense Ovarian Cancer Teal Innovator Award in 2013 for main ovarian most cancers analysis, the Inaugural Black in Cancer Distinguished Investigator Award in 2021, and the National Medal of Technology and Innovation in 2025 by then-President Biden.
Paula Hammond, together with different MIT college, being awarded the 2024 National Medal of Science.
Photo courtesy of MIT News.
In her AIP oral history interview conducted by David Zierler in 2020 , Zierler requested Hammond about which recognition has meant essentially the most to her over time.
Zierler:
I actually don’t wish to burden you with a dialogue about the entire wonderful awards and recognitions you’ve acquired over the course of your profession, however I do marvel if there’s one that’s most personally significant to you, both due to the analysis related to the award, or as a matter of scholarly affirmation with which your colleagues maintain you in such excessive esteem.
Hammond:
Well, for scholarly affirmation, it will be my current elections into the National Academies of Medicine, Engineering, and Science. Kind of occurred in that order. Because these are big validations of recognition by my friends. And so, which means an enormous quantity due to the character of that. It additionally means loads as a result of the National Academies are about service. And they’re about actually offering a voice of science to our authorities. That was why they had been based, and I believe it evokes me. I like to consider it as one significant manner through which I could possibly assist voice to policymakers, to influencers what’s necessary about science, and why we have to keep it, and why we have to take heed to it. So, I believe that has type of a twin which means to me as a result of I’ve at all times had an curiosity in how science influences our society, our authorities, and the way it may help us. And I believe that the National Academies sits at that nexus.
In phrases of private, there are a pair. The Margaret Rousseau [Award] is one that’s significant to me for a few causes, as she was among the many first ladies to get a PhD in chemical engineering. And she has an unbelievable story, I believe, of serving to to avoid wasting the world by a type of biopharma, biochemical manufacturing of Penicillin. Penicillin had been found, however you may’t do loads when you may solely make this a lot. And that is actually the place chemical engineering performs a task within the larger world. We’re nonetheless at that heart of the identical sorts of pharma manufacturing wonders which have allowed us to have 100-million doses of Pfizer and 100-million doses of Moderna prepared for us after simply an eight-month incubation interval. So, Margaret Rousseau represents that a part of chemical engineering in addition to the affect of ladies within the discipline. And she’s from MIT. So, that provides one thing private as properly. And I additionally lately acquired the Percy Julian Award from NOBCChE. And that basically is a recognition from my very own group. NOBCChE is the National Organization of Black Chemists and Chemical Engineers, they usually offered a short-term fellowship after I was in my graduate life. I believe in my third or fourth 12 months. Just going again to that and going again to among the roots of different African-American scientists and engineers there to help one another and affirm one another’s work, and to advertise the significance of science to the remainder of the group, I believe, is basically necessary. And to extend the visibility of individuals of shade in our discipline. So, receiving the Percy Julian Award, which is the best award that now we have on this group, was very significant. Again, chosen by my friends. And Percy Julian, in fact, being a massively impactful chemist with a really attention-grabbing and provoking life. So, that additionally had private which means.
Anjelica Gonzalez
Headshot of Anjelica Gonzalez.
Photo Credit: Yale University – TSAI City.
Anjelica Gonzalez is the Raymond John Wean Professor of Biomedical Engineering at Yale University. Additionally, she serves as Faculty Director of the Tsai Center for Innovative Thinking at Yale. She can be an affiliated college member of the Vascular Biology and Therapeutics Program in addition to of the Yale Institute for Global Health. Her lab focuses on creating applied sciences to deal with points concerning wound restore, scar formation, fibrosis, and stroke.
Gonzalez grew up in Las Vegas and Moapa Valley in Nevada. She developed a love for science by accompanying her grandparents whereas they labored on their farm, the place she was uncovered to the mechanics of discipline irrigation and engineering. She received a full-ride scholarship to Utah State University, the place she studied organic and irrigational engineering with the plan to return to Moapa Valley to take over her grandfather’s job on the farm. She ended up attending the Summer Medical and Research Training Program at Baylor College of Medicine in Houston, Texas, the place she discovered to use her mechanical information in a biophysical setting. She then attended graduate college at Baylor, acquiring her PhD in Computational Biology. Her dissertation was on white blood cells’ interactions with then-emerging polymers and plastics know-how developed to imitate human tissues. Gonzalez did her postdoctoral work on the Leukocyte Biology and Pediatric Intensive Care Unit at Texas Children’s Hospital and labored at Yale as an affiliate analysis scientist, the place she ultimately joined the biomedical engineering division. She began Gonzalez Lab , the place she and her workforce created a blood vessel out of several types of human cells. They additionally examine pericytes and their indicators to grasp restorative processes and methods to deal with illness development, they usually invented PremieBreathe, a low-cost respiratory gadget for newborns with respiratory problems. They are presently working to scale up their distribution to have their gadget obtainable in hospitals in under-resourced nations.
Some of her different accomplishments and accolades embody: Yale Provost’s Teaching Prize (2014), winner of the USAID/Gates Foundation DevelopmentxChange Investor Pitch Competition (2017) for her growth of PremieBreathe, and induction into the American Institute for Medical and Biological Engineering (AIMBE) Fellow Class of 2020 for analysis improvements in microvascular operate and pathologies.
Anjelica Gonzalez with members of Gonzalez Lab.
Photo Credit: Yale University – Gonzalez Lab.
In her oral history interview with David Zierler in 2020 , Zierler asks her about her favourite analysis accomplishment.
Zierler:
Is there any analysis accomplishment, to return to the start of our dialog, while you knew type of intuitively, at the same time as a woman, that you just needed to provide tangible assist for individuals. So proper, on that foundation, surveying your total analysis agenda. Is there something that stands out in your thoughts when it comes to that tangibility, when it comes to that clear assist to society and to humanity that you just’ve been concerned with that basically jumps out in your reminiscence?
Gonzalez:
Oh. That’s a tricky query. Because I do know what my favourite scientific accomplishment has been. I don’t know if it’s under-appreciated, however the battle is under-appreciated. [laugh] So once we take into consideration the blood vessel wall, we take into consideration the cells the road the vessel. The giant blood vessel construction is what everyone studied for many years. What individuals haven’t studied within the small vessel, and the precise cells that contribute to the micro-vessel wall. There’s a selected cell sort referred to as the pericyte. And this pericyte has mechanical and contractile features that regulates the blood move inside of the small vessel… Between 2010 and 2012, I developed the primary co-culture of human endothelial cells, the cells on the within of the vessel wall, and pericytes, these cells on the surface of the vessel wall. We had been really capable of take human leukocytes, neutrophils, and have them migrate from the within of the blood vessel stream by all elements of that vessel wall, to imitate the method of irritation. And to me, constructing a mannequin of human micro-blood vessel that then can be utilized for investigation, is a basic and transformative advance. This system has now been used to dissect the operate of the person cells, it may be used to probe molecular interactions between cells and may be triggered to mannequin illness. It’s, as small because it is–literally small [laugh] as it’s, it’s the factor that I’m most pleased with. Creating one thing that’s so near human, is manufactured from human, will assist treatment illnesses which are detrimental to people.
Shirley Ann Jackson
Shirley Jackson leaning in opposition to a railing.
Photo Credit: Shirley Jackson.
Shirley Ann Jackson is a theoretical physicist and President Emerita of Rensselaer Polytechnic Institute. She beforehand served as Chair of the President’s Intelligence Advisory Board in the course of the Obama administration and suggested on issues of science and know-how coverage and knowledge analytics. She presently serves because the director of Kyndryl and Global Board Secretary of The Nature Conservancy.
Jackson was born on August 5, 1946, in Washington, D.C., the place she spent her youth. She had a ardour and aptitude for math and spent a lot of her time on the Smithsonian Air and Space Museum, National Museum of Natural History, and the Library of Congress. Her highschool assistant principal and her father each inspired her to pursue science at MIT, the place she would change into the one of many first African American ladies to earn a doctorate.* As an undergraduate, she researched the tunneling density of states in superconducting niobium-titanium alloys. In response to the assassination of Martin Luther King Jr., coupled with the racism and hostility she confronted at MIT, Jackson shaped and co-chaired the Black Student Union to enhance the circumstances for Black college students. She stayed at MIT for her graduate research and centered on elementary particle principle, incomes that historic PhD. She spent her postdoctoral years at Fermilab and CERN, the place she constructed on the robust interplay physics analysis she had performed for her thesis. She went on to work for AT&T Bell Laboratories within the Scattering and Low Energy Physics Research Department and later, the Solid State and Quantum Physics Research Department. She additionally was a professor at Rutgers University for a number of years, splitting her time between Rutgers and Bell Labs earlier than being appointed by then-President Bill Clinton to function chairman of the US Nuclear Regulatory Commission (NRC) in 1995. She had been concerned in science public coverage in New Jersey, serving on the board for the Institute of Nuclear Power Operations and bettering nuclear efficiency. As chairman of the NRC, she authored the Convention on Nuclear Safety and shaped the International Nuclear Regulators Association. In 1999, Jackson turned the president of Rensselaer Polytechnic Institute, the place she served for 23 years earlier than stepping down in 2022.
Some of her main contributions embody developments in telecommunications analysis that served as the muse for future innovations reminiscent of moveable fax machines, touch-tone telephones, fiber optic cables and extra. Her awards embody: the National Medal of Science in 2014 for her work in condensed matter physics and particle physics and contributions to public coverage, and the Burton Award from the 2019 Forum on Physics Society for her work on the Nuclear Regulatory Commission.
Shirley Jackson on tour of a USNRC facility.
Photo Credit: AIP Emilio Segrè Visual Archives, Ronald E. Mickens Collection
In her 2020 oral history interview with David Zierler , she talks about her most significant discoveries and accolades.
Zierler:
Dr. Jackson, all your achievements and successes post-1995—it would really feel like a very long time in the past however, in fact, they relaxation on your important achievements in physics. And so I ponder for those who can replicate on, what do you see as your major contributions to physics itself? Not the coverage, not the framework, not the administration, however simply as a physicist working at a time while you had been on a profession trajectory like a Mary Ok., proper? To pause that in that second trying again, what do you see as your most important achievements as a physicist?
Jackson:
They had been—I wouldn’t name them discoveries, as a result of I used to be a theoretical physicist, however they had been discoveries and predictions that I made in regards to the properties of distinctive two-dimensional programs. The focus on polaronic results in layered supplies beginning with electrons on the floor of liquid helium movies, which you might virtually name it a sort of mannequin system for what would, in semiconductors, be electron phonon interactions. So entire set of contributions within the digital and optical properties of layered programs, two-dimensional and quasi-two-dimensional programs. There are a complete sequence of issues that I did there, starting with the electrons on liquid helium movies all the best way to work on diluted magnetic semiconductors. And, alongside the best way, sure predictions and work in zone folding in germanium-silicon strained layer tremendous lattices. That physique of labor I might say—and it was the work on the two-dimensional polaronic programs that led to my being elected a fellow of the American Physical Society. …And for those who ask me, apart from the National Medal of Science, what recognition mattered a lot to me within the sciences, it was after I was first elected a fellow of the American Physical Society, as a result of that was my first recognition as a physicist, and it was particularly in regards to the work that I did on these two-dimensional polaronic programs. And in order that was fairly large, and it performed off of labor that I used to be skilled to do in particle physics, however I really switched into condensed matter physics. And I used to be capable of take work that I used to be doing in trying on the topological properties of options to nonlinear discipline theories into how topology may play a task within the digital and optical properties of condensed matter programs. In truth, the work I did on electrons on the floor of liquid helium movies particularly concerned a sort of topological construction that appeared that affected the mobility of those electrons. And in order that was sort of—I have a look at them as sort of bookends in my profession, the election as a fellow of the American Physical society, which was an enormous deal, as a result of that’s the pure physics, after which my being awarded the National Medal of Science…Now, alongside the best way, I used to be elected to the National Academy of Engineering due to how work I had performed associated to science and know-how. And, in fact, I used to be elected a fellow of the Royal Academy of Engineering, so these are large offers. But the bookends, while you have a look at it, are being elected an APS fellow and being awarded the National Medal of Science. Now, I’ve really gotten another awards from the APS. I received the Burton Forum Award. I received an award from the American Association of Physics Teachers and so forth. I’ve been very pleased with these. But the actual bookends are those who I discussed, being elected an APS fellow and being awarded the National Medal of Science. And so it’s distinctive.
*In Jackson’s interview, she makes a correction about being the primary African American girl to obtain a doctorate in physics at MIT. She says she is among the two first African American ladies to graduate, the opposite being her classmate.
To be taught extra about these three scientists’ tales and accomplishments, try their oral historical past interview transcripts.
- Interview of Paula Hammond by David Zierler on December 16, 2020, Niels Bohr Library & Archives, American Institute of Physics, College Park, MD USA, https://repository.aip.org/node/129581.
- Interview of Anjelica Gonzalez by David Zierler on October 21, 2020, Niels Bohr Library & Archives, American Institute of Physics, College Park, MD USA, https://repository.aip.org/node/129644.
- Interview of Shirley Ann Jackson by David Zierler on July 17 & 22, 2020, Niels Bohr Library & Archives, American Institute of Physics, College Park, MD USA, https://repository.aip.org/node/129367.