Have a story to tell? Please use the "Contribute" link above. I am gay and I am a PhD student in robotics. My research is all about understanding and controlling physical human-robot interactions using physiological data from the user, and use it as an input to the robot controller. This way we can have safe and adaptive robots that know when the operator feels threatened, uncomfortable, disengaged or surprised.
I love seeing my math and software getting real in terms of robot behaviour. My ultimate goal is to help people through assistive robotics. I am a full-time Chemistry Professor at Florida Southwestern State College and am a well known science outreach presenter. My focus in teaching science has always been to motivate students to investigate their world through experimentation.
I presented a blend of smart and entertaining science concepts which include hands-on activities for kids of all ages. Every segment featured teaching a show host how to do science activities. These science segments provided kids with fun activities and the confidence to investigate science at home or in school.
I also presents hands-on science at area schools and organizations through classroom and school assemblies. Through my science outreach I try to educate and model acceptance and inclusion as a lesbian in a STEM career.
ChemKim, Twitter: My main research interests are insect diversity and evolution. Specifically, I use the DNA of Australian giant burrowing cockroaches to construct family trees phylogenies and figure out what they can tell us about how evolution operates. I also work on the evolution of the genomes of symbiotic bacteria that live inside cockroaches.
In the past few years it's been found these roaches have evolved behaviour and body types associated with a burrowing lifestyle multiple times independently of one another, which goes against a basic assumption in evolutionary biology that lineages diverge and diversify over time.
The fact that these forms have arisen over and over suggests to scientists that evolutionary processes, at least in this group, might be more predictable than was once thought! It turns out there's a strong association between ancient aridification events in Australia - the drying out of the continent - and the parallel evolution of burrowing behaviour.
Crucially, teasing apart how temperature and aridification have affected animals in the past can inform our understanding of how they might respond to future events, particularly in the face of human-driven climate change. I was born in Singapore and migrated to Australia when I was six years old. Given my childhood interests, becoming a biologist seemed like an obvious career choice. Meeting scientists from diverse backgrounds early in my career journey gave me something to aspire towards, and taught me the power of visibility and representation in STEM.
I completed my PhD in the social psychology of gender there in , and then in I was lucky enough to get a postdoc at the University of Trieste in North-Eastern Italy. I came back to Sydney in , and have been working since then in a role that combines training students in therapy, seeing my own clients, and conducting research. Working as a practicing psychologist and as a research both occasionally present unique challenges as a gay man, but I can't imagine doing anything else.
I think working as a psychologist also is different to most people's conceptions of what a scientist is.
Currently, I study how neuropeptides help organize the brain during embryonic development and how that impacts behavioral output in adulthood. I know many queer neuroscientists, but find few of them are out and many are afraid of testing the waters. I am passionate about supporting queer scientists and dispelling the notion that queer scientists are a rarity. I hope to apply my background in a non-profit organization. I am starting up to develop sustainable solutions from scratch and build a great team.
Check out the Intuitive informatics projects website if you are looking for creative projects to participate in! I'm studying the population genetic structure and adaptive potential of a group of Eucalyptus tree species to a changing climate. Basically, I'm trying to figure out if these trees have the genetic capacity to tolerate projected future climates and build a scientific framework for their conservation.
I am inspired by all the stories here on QueerScientists and I am actively trying to be more open about myself and my identity.
I see you! I appreciate you! I have a background in physical oceanography and science communication from my undergrad at University of Washington. I am endlessly curious about the history of our earth's oceans and climate!
I am currently working on trying to reconstruct ocean conditions at various points throughout geologic time to inform research in human migration and glacial inception. I solidified my love of science through fieldwork in the Himalayas, the Pacific Ocean, and the Juneau Icefield - all places where I met amazing queer scientists that helped me create a sense of belonging in my own field AND allowed me the space to come into my own.
In addition to my coursework, I organize with the Harvard Graduate Student Union's committee for gender discrimination and sexual harassment TimesUp. Good science tells a story, and I plan to use my career to create a legacy of collaboration, science-informed decision making, and thoughtful storytelling. I did try and do a PhD but found it wasn't for me - so now I work on various scientific projects as and when, one of which I've just submitted for a Master's degree instead.
In the past I've worked on studies providing drought prediction tools to local farmers in Africa, trying to understand one of the atmospheric drivers of cold European winters, categorising influences on droughts in Brazil, and categorising the uncertainties in trying to predict soil moisture and droughts in computer models of the land surface. My work focusses on the movement of sediment in rivers and deltas on Earth and Mars.
I take a particular interest in understanding the long timescale evolution of sediment transport systems and their response to changes in climate, tectonic, and biotic conditions.
I have had a long line of caring and accepting mentors and colleagues from my B. I am inspired by all the other researchers on QueerScientists and I hope to live up to their inspiration with my own story. I study how people understand abstract concepts such as personal identity, gender, and illness. More specifically, I use behavioral experiments, computational methods, and philosophical analysis to examine how children and adults conceptualize these abstract entities and the consequences of different forms of conceptualization.
One important goal of my research is to identity the exact causal pathways of people's beliefs about different aspects of personal identity, including gender and sexual orientation, and how these beliefs develop and change across life span. I am gay, unapologetically Xicano and Brown and I am an undergraduate biological chemistry student. So I decided to google for other people like me, and in doing so, I found this website.
It's amazing that I can actually see other people who are like me. Its refreshing. A few words for people like me reading this: After 21 years of my life, I can finally say that I love myself. I love my brown skin, I love my sexuality, I love the languages that I speak, I love all the knowledge that science has shown me, I love the culture that I have grown up with. Yes, latinix culture is inherently homophobic and misogynistic. Yes, gay culture is inherently white.
But I consciously chose to acknowledge and call out these issues. We exist! We have power! Unity and acceptance above all things! Stay Flawless! I was then appointed as as assistant professor at the New York Institute of Technology. Here I combine my favourite parts of being a researcher and a lecturer - teaching the next generation of biologists and trying to increase my understanding of biology. I also try to help to make science more visible through activities and communication.
I was fascinated by the natural world and wanted to explore everything around me. I loved my time in MS with my friends and now fellow colleagues.
I was truly enlightened to how many individuals are still easy to judge when just knowing one piece of my identity. I was out to everyone except for the science department for fear of exclusion. I decided to move to Texas for my PhD and work on marine microbiology. Moving to TX allowed me to start over and become exactly who I wanted to be from the beginning.
I study microorganisms in extreme environments and how they attempt to survive. We use a combination of bioinformatic and geochemical analyses to examine the big picture of microbial ecology. My research interests all basically align in geomicrobiology. I currently work with microbes that respire iron anaerobically, and am hoping to expand my work in graduate school to study other bugs with interesting metabolisms.
I'm a huge fan of wet lab and field work, and one day I hope to pursue a career either as a professor or government scientist. I came out publicly as gay my junior year of college. I hope to make this part of my outreach work in my PhD. Outside of the lab, I love to spend time outdoors hiking, biking, or hammocking, curl up with a great book, or come up with good ideas on how to prank my roommates!
I have worked with Dr. Dalvin Mendez in computational chemistry, on the design of molecular systems used for solar energy harvesting and gas sensing technologies. During the summer of , I joined Dr. David Watson at the State University of New York-Buffalo, where I synthesized heterostructures consisting of functionalized cysteine capped lead sulfide quantum dots on vanadium oxides semiconductors for efficient charge carriers.
In the summer of , I joined Dr. Jesus Velazquez at the University of California-Davis, where I became particularly interested in the field of electrochemistry, for using electrodes as molybdenum disulfide for the electrocatalytic reduction of carbon dioxide to alcohol products.
Lastly, I am currently working with Dr. I was accepted to pursue my Ph. My long-term goal is to become a research professor to inspire the younger generation of chemist through research and teaching. Most prominently I campaigned around queer stuff, especially in the early 90s when it was exciting and scary to be a queer activist. I came to biology in when I realised science was a useful tool for supporting environmental struggles.
I also realised I could also use it to build a sustainable future for myself. Like, I could have an income while working towards justice for land and people:
My research is aimed at understanding how increased 5HT transmission can stimulate brain plasticity and what this might mean for Carleton university speed dating and its treatment, as well as how such functional Carleton university speed dating might benefit motor learning with an eye for future testing with stroke patients. I hope to integrate multidisciplinary approaches to help determine which factors neural, cognitive, behavioral, etc. Supercomputer — Seymour Cray designed a series of computers that were the fastest in the world for decades, and founded Cray Research which built many of these machines. It was upgraded from a preparatory school to a college in It's amazing that I can actually see other people who are like me. As someone who identifies gender queer, my own experiences with prejudice and discrimination as parent in a multi-racial, same-sex family help me keep perspective on the challenges students and faculty of color face every day. Strang, Herbert territory the geographical area under the jurisdiction of a state On Friday, West Africa regional group Ecowas condemned the rebels, urging them to end hostilities and surrender all occupied territory, Carleton university speed dating. Have a story to tell? I applied for a position in laboratory medicine quality assurance and as the work started, I ended up loving it.
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