As part of Stanford’s 125<sup>th</sup> anniversary celebrations in 2016, two distinguished members of Stanford’s history department gave public reflections on the university’s founding, its values and how its past might help to chart its future. <a href="history.stanford.edu/people/james-t-campbell" target="_blank">James T. Campbell</a>, the Edgar E. Robinson Professor in United States History, and <a href="history.stanford.edu/people/david-m-kennedy" target="_blank">David M. Kennedy</a>, the Donald J. McLachlan Professor of History, Emeritus, spoke of Stanford’s founding as part of the larger urge toward progress that sped the development of the American West. They looked at Stanford as a manifestation of that progress – spatial, social and intellectual. The event, “Cathedrals in the Wheatfields: Parables from Stanford’s Founding,” is recorded on a <a href="http://itunes.apple.com/us/podcast/cathedrals-in-wheatfields/id385664533%253Fi=1000377591679&mt=2" target="_blank">free iTunes podcast</a> from the Stanford Historical Society, the event co-sponsors. While the outline of Stanford’s story is known to many – a boy who died, a grieving family, a fortune diverted to public good – Campbell and Kennedy sought to give it resonance. Kennedy compared it to a cross-country journey in 1879 by author Robert Louis Stevenson, in part over Gov. Leland Stanford’s recently completed railroad. As he traveled, Stevenson wrote in his diary, he passed through a landscape of ethnic diversity, wondrous beauty and robust resources. Moving through the railroad cars, watching the men at work, he marveled at the feats of engineering that made his trip possible. All of the features that captured Stevenson’s imagination also distinguish Gov. Stanford’s other chief legacy, the university that bears his son’s name. Kennedy pointed out that this is no coincidence – that Gov. Stanford saw himself as a facilitator of material, social and even moral progress. As the mogul mused at the university’s opening day, Oct. 1, 1891, “The high condition of civilization to which man may attain in the future it is almost impossible for us to now appreciate. ... A few years ago, within the memory of a majority of the adults here present... over 4 millions of human beings were held in slavery by mere might.” [caption id="attachment_3414" align="alignright" width="720"]<img class="size-full wp-image-3414" src="http://125.stanford.edu/wp-content/uploads/2016/11/kennedy.jpg" alt="David Kennedy" width="720" height="576" /> David M. Kennedy[/caption] Both as Civil War-era governor of California and as a force behind the transcontinental rail link, Kennedy observed, Leland Stanford helped to keep the state, its gold and its other resources in the Union. Later, as he welcomed his new university's first class, he “explicitly wedded these themes of railroad-building and emancipation. “So if Leland Stanford’s railroad was the engine that pulled the West into the United States, and the nation into the crowning stages of its Industrial Revolution, then in the century that followed, Leland Stanford’s university would be a lead locomotive pulling the West – and the rest of the world – into the modern, post-industrial era.” From the circumstances of the university’s founding also stem what Campbell called “its relentless focus on the new, on innovation.” He noted that the Stanford story “has dark corners”: the “flagrant corruption” of railroad operations, the railroad’s exploitation of Chinese workers, the attraction of some early Stanford patrons and faculty to now-discredited beliefs such as eugenics or communication via séance with the dead. “There are issues contained here that are animating students on campus today,” Campbell said. “If our purpose is to foster conversation across generations, then we should start by introducing ourselves.” In the next 125 years, both historians said, Stanford will resemble the university it is now – if it remembers the ideals and the challenges set forth in its first 125 years. [caption id="attachment_3573" align="alignleft" width="1024"]<img class="wp-image-3573 size-large" src="http://125.stanford.edu/wp-content/uploads/2016/11/cwvDm9asA_Lw9YsGTQNy8vXDFzY-1-1024x819.jpeg" alt="James T. Campbell, the Edgar E. Robinson Professor of History, explores ways in which the circumstances of Stanford's birth guide the university in its second century and beyond at Cemex Auditorium on Oct. 6." width="1024" height="819" /> James T. Campbell[/caption] “What would our founders think if given an opportunity to wander our campus today? What would they make of us?” Campbell asked. “I suspect that their first response would be something akin to astonishment. ... But I would like to believe – I do believe – that they would find much that they recognized and, broadly speaking, approved. “Leland and Jane Stanford sought to create a university that would equip students for direct usefulness and personal success and they certainly got it. “I hope we do not lose sight of what is marvelous about this place. It is irreverent. It welcomes interesting ideas and does not over-trouble much over where they came from. It was and is a university of the world.” The founders, said Campbell, would be surprised at Stanford’s present-day diversity. In their day, though more inclusive than most colleges, “it was a predominantly white institution. Today, he said, “our best estimates are that about 42 percent of undergraduate students today are white Americans, a figure identical to the proportion of whites in the population of California. “‘We will make the children of California our children,’ Leland is alleged to have told his grieving wife, and they did.” Looking backward and forward, Campbell said, one would see both similarities and differences. “The students who follow us will inhabit a different universe of possibility than ours. They will not necessarily value the things that we value. They will ask unsettling questions, and disdain things that we consider precious. “They will, in short, behave like Stanford students.” Read the text of <a href="historicalsociety.stanford.edu/sites/default/files/stanford125thbydavidmkennedy.pdf" target="_blank">David Kennedy’s talk</a> and of <a href="http://historicalsociety.stanford.edu/sites/default/files/stanford125byjamestcampbell.pdf" target="_blank">James Campbell’s talk</a>. Listen to the <a href="http://itunes.apple.com/us/podcast/cathedrals-in-wheatfields/id385664533%253Fi=1000377591679&mt=2" target="_blank">iTunes podcast</a> of their remarks. Read <a href="http://sdr.stanford.edu/uploads/qm/411/yg/8385/qm411yg8385/content/sc0033a_s6_b07_f07.pdf" target="_blank">Gov. Stanford’s typescript of his opening-day address</a>, Oct. 1, 1891.
<h4> <em>Online and in Green Library, memorabilia of daily life document 125 years of idealism, innovation and irreverence </em></h4> Stanford’s daily life over 125 years is revealed not just in official records, but also in leaflets, diaries, digital files, and other ephemera that prescient Stanfordites chose not to throw away. Instead, their byproducts of daily life entered the Stanford University Archives. As the stewards of Stanford’s institutional memory, curators and archivists there have <a href="http://library.stanford.edu/blogs/special-collections-unbound/2016/09/new-exhibit-celebrates-stanfords-125th-anniversary" target="_blank">assembled an exhibit</a> of stories that that otherwise might not be told – or at least not as vividly or from as many points of view. The exhibit, <a href="https://exhibits.stanford.edu/stanford-stories" target="_blank"><em>Stanford Stories from the Archives: 1891-2016</em></a>, is in Green Library and Arrillaga Alumni Center and will also be <a href="https://exhibits.stanford.edu/stanford-stories" target="_blank">online</a> for an extended period. The online version includes digitized music, film and speeches. Online users can hear what Ram’s Head Gaieties <a href="http://exhibits.stanford.edu/stanford-stories/catalog/ms374cs6875" target="_blank">sounded like in 1955</a> (not bad – check out the Gilbert and Sullivan treatment of “Hail, Stanford, Hail”). They can even hear founding University President David Starr Jordan expound on “The Spirit of Stanford” in a speech <a href="http://exhibits.stanford.edu/stanford-stories/catalog/pn187kj5682" target="_blank">recorded in 1916</a>. [caption id="attachment_3435" align="alignleft" width="515"]<img class="wp-image-3435 size-full" src="http://125.stanford.edu/wp-content/uploads/2016/11/A3M-poster.jpg" alt="During the Vietnam War era, he April 3 Movement sought an end to classified defense research at Stanford and greater student voice in university affairs. " width="515" height="815" /> During the Vietnam War era, the April 3 Movement sought an end to classified defense research at Stanford and greater student voice in university affairs.[/caption] “It’s not just about the diversity of voices,” University Archivist <a href="https://profiles.stanford.edu/daniel-hartwig" target="_blank">Daniel Hartwig</a> <a href="http://news.stanford.edu/2016/11/18/green-library-exhibition-highlights-125-years-student-life-stanford" target="_blank">told the Stanford News Service</a>, “but the diversity of the materials. “By including digital materials, we are trying to reflect not just the voices and the students, but also the technology used to transmit the stories,” Hartwig said. One common thread running through the exhibit is that, almost from the start, Stanford students have sought to shape the university and the world through social action. “It’s often the role of young people to challenge the status quo, and that certainly has been true of Stanford students going way back,” Becky Fischbach, designer and coordinator for <em>Stanford Stories</em>, told the news service. Leaflets, posters and flyers reveal Stanford students’ affiliation to causes ranging from parity in women’s athletics to the end of apartheid in South Africa to <a href="http://exhibits.stanford.edu/stanford-stories/feature/2000s" target="_blank">Hoodies and Hijabs Stand Together</a>. A 1908 suspension letter documents Stanford’s reaction to the Liquor Rebellion, in which 300 students marched to protest Jordan’s ban on campus alcohol. When Martin Luther King spoke at Stanford in 1964, the first of two visits to campus, students were galvanized into forming a contingent to travel to the South and push for civil rights. The online exhibit includes <a href="http://exhibits.stanford.edu/stanford-stories/feature/1960s" target="_blank">video of King’s second Stanford speech</a>, in 1967. <a href="https://exhibits.stanford.edu/stanford-stories"><em>Stanford Stories from the Archives: 1891-2016</em></a> also reveals how Stanford as an institution has sought to proclaim its unique identity. Included is a screen shot of Stanford’s first professionally designed web homepage, which went live in 1996. The page wasn’t up for long: For one thing, it was blue. An official <a href="http://stanforddailyarchive.com/cgi-bin/stanford%253Fa=d&d=stanford19960501-01.2.6&srpos=2&e=-------en-20--1--txt-txIN-blue+world+wide+web+page------" target="_blank">explained</a>, in a <em>Stanford Daily</em> story also in the exhibit, that the designer aimed to evoke how the Quad’s red tile roofs stand out against the sky. University Archives was able to tell these stories because individual Stanfordites told theirs – by giving oral histories and by donating their letters, photos and digital files to the archives. [caption id="attachment_3432" align="alignright" width="300"]<img class="wp-image-3432 size-medium" src="http://125.stanford.edu/wp-content/uploads/2016/11/dibble-300x214.jpg" alt="Many of the veterans and their families lived in Stanford Village, a former World War II-era Army hospital on Middlefield Road in Menlo Park. The buildings still stand today. " width="300" height="214" /> Many World War II veterans and their families attended Stanford on the GI Bill and lived in Stanford Village, a former Army hospital on Middlefield Road in Menlo Park. The buildings still stand today.[/caption] As Stanford enters its next 125 years, the Archives staff urges current students and young alumni to send in their own materials for preservation – including emails, text messages, tweets and selfies – so that stories can continue to be told. “We’re trying to make sure that the stories we are collecting are the diverse and inclusive stories that make up a very idiosyncratic campus,” assistant university archivist Josh Schneider told the news service. To learn how to <a href="http://library.stanford.edu/spc/university-archives/transferring-your-records/students-and-alumni/stanford-stories-project" target="_blank">share your materials</a> with the Archives, visit <a href="http://library.stanford.edu/bit.ly/yourstanfordlegacy" target="_blank">bit.ly/yourstanfordlegacy</a> or email universityarchives@stanford.edu.
When Stanford opened in 1891, students ate carb-heavy meals in gender-segregated dining halls, served by white-aproned staff who might have been Jane and Leland Stanford's former household servants. In 2013, Stanford Magazine surveyed <a href="https://alumni.stanford.edu/get/page/magazine/article/?article_id=63166" target="_blank">how far dining at Stanford has come</a> since then. Students now choose from tasty and healthy options, dished up with educational programming that prepares them for life. Check out a gallery of historical photos of Stanford dining and learn more about Stanford dining and food education <a href="https://alumni.stanford.edu/get/page/magazine/article/?article_id=63304" target="_blank">yesterday</a> and <a href="https://alumni.stanford.edu/get/page/magazine/article/?article_id=78535" target="_blank">today</a>.
<h4><strong><em>Stanford’s interactive Biology Cloud Lab hosts remote-controlled experiments over the Internet </em></strong></h4> https://www.youtube.com/watch?v=PuHRoSVmE_w Learning to do science involves more than reading books or peering through microscopes. It means learning how to make and test hypotheses, perform experiments and collect and analyze data. To help keep cost and logistics from barring students from meaningful science education, Stanford researchers have <a href="http://news.stanford.edu/2016/12/07/stanford-researchers-say-school-kids-can-safe-simple-biological-experiments-internet/" target="_blank">designed a biology lab that is accessible over the Internet</a> and extremely affordable at scale. The Biology Cloud Lab is designed by a team led by <a href="http://profiles.stanford.edu:hans-riedel-kruse" target="_blank">Ingmar Riedel-Kruse</a>, an assistant professor of bioengineering at Stanford, and <a href="http://profiles.stanford.edu:paulo-blikstein" target="_blank">Paulo Blikstein</a>, a professor in Stanford’s Graduate School of Education. It allows large numbers of users to remotely conduct experiments on one-celled organisms over the Internet and to collect, analyze and model the data. The project comes as education departments in several states begin to adopt the Next Generation Science Standards, new U.S. guidelines for K-12 science education that aim to boost the nation’s scientific literacy. Blikstein said the Biology Cloud Lab can put many of the most sophisticated aspects of the new science standards within reach of many students for the first time. As configured in prototype on the Stanford campus, the lab’s experiments involve common pond-dwelling organisms called Euglena that convert light to energy. Students and teachers use remote-control software to manipulate light sources around microfluidic chips full of Euglena communities. As users apply various amounts of light stimuli to attract or repel the Euglena in the Stanford lab, a webcam microscope live-streams the operation back to them. The key was in developing biotic processing units to hold the organisms and record the data for remote users, and in developing algorithms that would allow many remote users to run experiments over time. The project has successfully been tested on middle-school students. Built at scale – 250 biotic processing units in one small room – each lab could host 1 million experiments at a cost of one cent each. “We are doing to biology what Seymour Papert did to computer programming in the 1970s with the Logo language,” Blikstein said. “The Biology Cloud Lab makes previously impossible activities easy and accessible to kids – and maybe also to professional scientists in the future.” Learn about the team’s <a href="http://news.stanford.edu:pr:2015:pr-biotic-games-riedelkruse-042115.html" target="_blank">other projects for interactive biotechnology education</a>.
<h4><em>In the 19<sup>th</sup> century, two Stanford biology undergrads blazed a trail for significant student research</em></h4> The mangrove finch <em>C. heliobates,</em> often called the “rarest of Darwin’s finches,” is key to the study of speciation and conservation biology. It was found not by Charles Darwin but by two Stanford undergraduates at the turn of the 20<sup>th</sup> century, Robert Evans Snodgrass ’01 and Edmund Heller ’01. [caption id="attachment_3646" align="alignleft" width="293"]<img class="size-medium wp-image-3646" src="http://125.stanford.edu/wp-content/uploads/2016/12/mangrove-finch-293x300.jpg" alt="The mangrove finch, Camarhynchus heliobates, discovered in 1898-99 by Robert Evans Snodgrass, '01, and Edmund Heller, '01." width="293" height="300" /> The mangrove finch, <i>Camarhynchus heliobates</i>, discovered in 1898-99 by Robert Evans Snodgrass, '01, and Edmund Heller, '01.[/caption] Snodgrass and Heller went to the Galápagos Islands in 1898-99 thanks to Stanford benefactor Timothy Hopkins, patron of the <a href="http://125.stanford.edu/hands-on-the-ocean/" target="_blank">Hopkins Marine Station</a>. The work they did there continues to be cited today. Their trip typifies how Stanford has from the beginning offered undergraduates the chance to conduct significant research with world-class faculty. It also reveals how a Stanford education can move young lives onto startling and unexpected paths. Like many early Stanford students, Snodgrass and Heller were of modest means and were drawn to Stanford because it then charged no tuition. Snodgrass had to study on his own for the entrance exam in biology, because his high school refused to teach Darwin or evolution. Yet the pair quickly won the respect of university President David Starr Jordan, a biologist, and Stanford’s life-sciences faculty. Sailing to the remote and arid Galápagos, the two undergrads lived on salt beef and hardtack biscuit. On the volcanic islands, they painfully crossed newly cooled lava beds that Snodgrass said later made him think of being “a spider or an ant crossing a cinder path.” Their close observations yielded, among many other discoveries, a finch that looked and behaved differently than the 12 Galápagos finches already known. They named the bird <em>heliobates</em> – their Greek coinage for “disliking the sun” – because it lived in mangrove swamps. (This specificity helps account for how rare the birds are.) “They are not timid or wary,” the pair marveled, “but simply … prefer the denser and more shaded parts of the swamps.” Snodgrass and Heller collected, stuffed and shipped a <em>C</em>. <em>heliobates </em>type specimen – in zoological terms, the individual that defines the characteristics of the species – to the Leland Stanford Junior Museum on campus, which for decades held natural-history specimens as well as art. They <a href="https://searchworks.stanford.edu/view/83062" target="_blank">published their findings</a> in the <em>Proceedings of the Washington Academy of Sciences</em>. [caption id="attachment_3642" align="alignleft" width="1002"]<img class="wp-image-3642 size-large" src="http://125.stanford.edu/wp-content/uploads/2016/12/snodgrass-cartoon-1002x1024.jpg" alt="Snodgrass augmented his biology income with cartoons like this 1911 one in Life magazine." width="1002" height="1024" /> Snodgrass augmented his biology income with cartoons like this 1911 one in <i>Life</i> magazine.[/caption] In the 1970s, the specimen became part of the collections of the California Academy of Sciences in San Francisco. Its DNA continues to inform research into how the species has fared since its discovery more than a century ago. Both Snodgrass and Heller went on to distinguished careers as naturalists. Snodgrass became a world authority on insect morphology. Heller joined the Smithsonian Institution, accompanied Theodore Roosevelt on his African expeditions and co-authored Roosevelt’s <em>Life Histories of African Game Animals</em>. Later, he directed several zoos including San Francisco’s. Paul Birchard plays him in the episode "British East Africa, September 1909" of <em>The Young Indiana Jones Chronicles</em><em>.</em> Today, hundreds of Stanford undergrads conduct and present original research each year with support from such initiatives as the Bing Honors College, which convenes each September before fall quarter to help students plan their honors theses. Words that Snodgrass wrote in 1914 could still guide them: “The things we do in this world do not count for half so much as those that happen. "The events we set in motion by preconceived design take us along conventional routes that we expect will lead on to success, while those that fate ordains create all the diversity and give all the excitement that make it worth while to live.” Learn how Stanford <a href="https://undergrad.stanford.edu/opportunities/research" target="_blank">supports undergraduate research</a> today. Learn how two Stanford undergrads in the 1990s <a href="http://125.stanford.edu/hands-on-the-ocean/" target="_blank">helped train a scientific lens on global warming</a> with their research at the Hopkins Marine Station.<strong> </strong>
<h4><em>Stanford's ensemble-in-residence strives to put fine music within reach of all</em></h4> https://www.youtube.com/watch?v=uHKgLqgDcfc Stanford is enriched by the music and mentorship of the St. Lawrence String Quartet, an acclaimed ensemble that joined the university community in 1998. As Stanford’s ensemble-in-residence, the <a href="http://www.slsq.com" target="_blank">St. Lawrence String Quartet</a> enlivens the campus and the Bay Area with its vivid yet respectful interpretations of chamber music. The quartet gives several free performances on campus each year in addition to a regular concert schedule. Its dedication to seeking out nontraditional venues helps bring fine music within reach of all. As members of Stanford’s music faculty, its artists mentor talented student musicians and foster an appreciation for chamber music throughout Stanford and beyond. <blockquote><em>As a string quartet, what can you add to the fabric of a university? We work with composers. We use the quartet as a weapon to connect different departments. We try to engage the students on a grassroots level. </em> <em>-- Geoff Nuttall, first violinist</em></blockquote> Every summer, the St. Lawrence String Quartet leads a 10-day <a href="https://music.stanford.edu/ensembles-lessons/ensemble-in-residence-slsq/slsq-stanford/seminar">Chamber Music Seminar</a> that draws talented musicians from around the world. These ensembles and the St. Lawrence quartet itself hold daily free performances on campus. Audiences learn about the evolution of chamber music and instruments, how interpretation affects performance, and about the music’s social history. Also in summer, the quartet takes part in <em><a href="https://music.stanford.edu/ensembles-lessons/ensemble-in-residence-slsq/slsq-stanford/why-music-matters">Why Music Matters</a></em>, a course for high-school-age participants in the Stanford Pre-Collegiate Studies program. Throughout the year, the group’s <a href="https://music.stanford.edu/ensembles-lessons/ensemble-in-residence-slsq/slsq-stanford/emerging-string-quartet" target="_blank">Emerging String Quartet Program</a> brings early-career professional ensembles to Stanford for brief residencies, intense coaching, and performances at venues ranging from the SLAC National Accelerator Laboratory to Stanford libraries, research labs and residence halls. A special series, the Azure Family Concerts, caters to families with children and young adults on the autism spectrum. The quartet was founded in 1989 in Canada, where co-founder and first violinist Geoff Nuttall was then living. Violist and co-founder Lesley Robertson began her training in Canada as well. Current cellist Christopher Costanza joined the ensemble in 2003. The newest member, violinist Owen Dalby, is a Bay Area native who joined in 2015. <blockquote><em>Chamber music is such a microcosm for life on every level. You learn how to speak to people; you learn a collaborative working process. You have a common goal but four different voices. You learn a lot about being a human being by playing chamber music. </em> <em>-- Lesley Robertson, violist</em></blockquote> Learn about the St. Lawrence String Quartet’s <a href="The%20SLSQ%20presents%20free%20noon-hour%20concerts%20and%20special%20events%20on%20the%20Stanford%20campus%20and%20the%20wider%20community." target="_blank">upcoming performances</a>. Learn about the <a href="https://music.stanford.edu/ensembles-lessons/ensemble-in-residence-slsq/slsq-stanford/seminar" target="_blank">2017 Chamber Music Seminar</a>, June 24 to July 2. Listen to Christopher Costanza’s <em><a href="http://costanzabach.stanford.edu" target="_blank">Cello Suites of J.S. Bach</a></em> and read about his first encounter with the works at age 11.
<h4><em>When a Palo Alto store clerk stopped breathing, a CPR-trained Stanford medical student was there </em></h4> One morning in April 2016, Laura Lu left a textbook at a Palo Alto packing-and-shipping store for rebinding. The guy behind the counter looked fine. She returned a few hours later to confusion. The man she had seen was collapsed on the floor, unmoving, and another worker was yelling, “Does anyone know CPR?” Fortunately, Lu did. A second-year student at the Stanford School of Medicine, she dropped her backpack and quickly began performing the resuscitation technique on the man, who had experienced a sudden cardiac arrest. “That was part of the shock,” Lu <a href="http://scopeblog.stanford.edu/2016/11/07/stanford-medical-student-honored-for-saving-a-life/" target="_blank">told the medical school's Scope Blog</a>. “He was completely fine a few hours earlier, and suddenly he was pulseless and not breathing.” She continued to perform chest compressions on the man, taking turns with another bystander whom Lu coached in the technique. Paramedics soon arrived with heart medications and a defibrillator. By the time the man reached Stanford Hospital, his pulse had returned. He recovered and is now back at work. “The person’s greatest chance of survival is that citizen bystander CPR,” Palo Alto Fire Chief Eric Nickel told Scope Blog. “As a fire chief, it’s great to know that we have this amazing community with a lot of extra rescuers out there, not just the ones that show up in the fire engine and ambulance.” Said Lu: “This experience reminded me how important the information that we learn in class can actually be, because you never know when something like this will happen and how you can be of help.” Lu’s own professional interests include regenerative medicine and prosthesis technology. She’s now a Howard Hughes Medical Institute Research Fellow, conducting research in bone fracture healing. <a href="http://scopeblog.stanford.edu/2016/11/07/stanford-medical-student-honored-for-saving-a-life/" target="_blank">Read more</a> about Lu’s actions and her recognition by the Palo Alto Fire Department. Learn about the <a href="https://arbor.stanford.edu" target="_blank">Arbor Free Clinic</a> and <a href="http://pacific.stanford.edu" target="_blank">Pacific Free Clinic</a>, sites in Menlo Park and San Jose where Stanford medical students under faculty guidance provide high quality transitional medical care for underserved patients. Read more experiences, thoughts and hopes of Stanford medical students in their Scope Blog series, <a href="http://scopeblog.stanford.edu/category/sms-unplugged/" target="_blank">Unplugged</a>.
<h4><em>Stanford VR experiences take viewers underwater to convey risks of human activity to ocean life</em></h4> Scientists know that if humans don’t curb our output of carbon dioxide, we will cause great damage to our oceans. Unlike similar phenomena such as global warming, the growing acidification of our oceans through CO2 absorption is little known to the general public. Motivating people to change behavior and policy in ways that help the oceans is a greater challenge still. Stanford’s Virtual Human Interaction Lab helps to convey the fragility of Earth’s oceans through free, downloadable <a href="http://news.stanford.edu/2016/10/18/virtual-reality-simulation-transports-users-ocean-future/" target="_blank">virtual reality experiences</a> that take users underwater to see what marine scientists see. The latest, the <a href="https://vhil.stanford.edu/soae/" target="_blank">Stanford Ocean Acidification Experience</a>, is a science education tool for a VR headset device that lets users see what unchecked acidification will do to the ocean a century from now. “One of the most difficult parts of my research is getting people to care,” <a href="https://www.youtube.com/watch?v=mtB1NCrs1Dw" target="_blank">says</a> biology Professor <a href="https://woods.stanford.edu/about/woods-faculty/fiorenza-micheli" target="_blank">Fiorenza Micheli</a> of Stanford’s <a href="http://125.stanford.edu/hands-on-the-ocean/" target="_blank">Hopkins Marine Station</a>. Micheli studies the effect of carbon dioxide on ocean life. Thirty percent of the carbon dioxide generated by human activity dissolves into the oceans, where it acidifies the water and impairs formation of corals and other sea life. The diversity of sea life drops and algae proliferate, causing disruption all the way up the food chain. Its effects spread to humans as food sources and fisheries are hit. Through the Ocean Acidification Experience, users follow carbon dioxide molecules from vehicle tailpipes to the sea. They dive below the surface, moving amid coral as it loses its vitality and observing the effects of increasingly acidic water on marine life. They reinforce their learnings while in the virtual environment by performing activities such as species counts – a common way biologists observe change in a given area over time. <a href="http://vhil.stanford.edu/soae/" target="_blank">Watch the trailer</a> for the Ocean Acidification Experience. In a video for cellphone users with VR apps, <a href="https://www.youtube.com/watch?v=mtB1NCrs1Dw" target="_blank">dive with Fiorenza Micheli</a> to a reef off the Italian island of Ischia, where volcanic vents naturally emit carbon dioxide and allow researchers to extrapolate the effects of increased acidification over a larger area.
<h4><em>Stanford prototype raises the possibility of transparent electronics</em></h4> What if engineers could build chips three atoms thick? Car windshields could double as dashboards and windows could hold televisions, because the electronics would be transparent. Now, a Stanford team led by electrical engineering Associate Professor <a href="https://profiles.stanford.edu/eric-pop" target="_blank">Eric Pop</a> has <a href="http://news.stanford.edu/2016/11/29/stanford-engineers-create-prototype-chip-just-three-atoms-thick/" target="_blank">created a prototype chip of just that thickness</a> and described how such a chip might be mass-produced in the future. The advance hinges on using materials other than the silicon used to make conventional chips, and on milling them at nanoscale with a large enough surface area to form a circuit component. The Stanford team’s chip is of an ultrathin but efficient material called molybdenum disulfide – a sheet of molybdenum atoms between two atom-thick sheets of sulfide. The breadth of a thumbnail, it’s 25 million times wider than it is thick. The team then characterized how to etch electronic circuits into the ultrathin material. Finally, they’ve begun modeling the chips’ collective behavior as circuitry. Just for fun, the team etched Stanford’s Block S emblem onto one of the chips. “We have a lot of work ahead to scale this process into circuits with larger scales and better performance,” Pop told the Stanford News Service. “But we now have all the building blocks.”
<h4><em>Stanford invests in biomedicine’s future by funding inquiries into uncharted paths</em></h4> Basic science aims to advance knowledge, not develop new drugs or cure disease. Yet today’s biomedical innovations are only possible because of fundamental research conducted decades ago. It’s impossible to divine where the work of Stanford investigators doing this basic research will lead them. But investing in their work – and in basic science in general – is crucial to keeping the #NextGreatDiscovery alive. Stanford works to independently fund graduate students in the biosciences who are investigating organisms and processes that they feel passionate about. The hope is that these gifted researchers, released from pressure to “follow the money” from an adviser or outside funding agency, will pursue their passion toward findings that eventually benefit humanity. <blockquote><em>“Growing up in Africa, you come in contact with disease. A lot of people get sick and we don't really understand why. There’s this idea that everything is voodoo or witchcraft, and I knew it couldn’t just be that. I just wanted to understand it.”</em> <em>– Stanford</em> <em>postdoctoral fellow </em><a href="https://med.stanford.edu/profiles/pascale-guiton"><em>Pascale Guiton</em></a><em> on her research into the parasite </em>Toxoplasma gondii</blockquote> Writer Kylie Gordon and Magnum photographer Peter van Agtmael met Guiton and other early-career Stanford researchers and learned what motivates them on their uncharted paths. Browse <a href="http://news.stanford.edu/features/2015/nextgreatdiscovery/">their visual essay</a> on the vibrancy of basic research at Stanford.
<h4 style="text-align: center;"><em>George Segal’s ‘Gay Liberation’ </em></h4> Off Lomita Mall, facing the Science and Engineering Quad, a 1981 work by acclaimed sculptor George Segal (1924-2000) evinces Stanford’s longtime interest in LGBT equality. <em>Gay Liberation</em> exists in two castings in New York and at Stanford. It depicts two same-sex couples relaxing in a park, their forms rendered in provocatively immaculate white-painted cast metal. The work commemorates the 1969 Stonewall rebellion that is often cited as the beginning of the modern gay rights movement. The New York casting is installed in the park across the street from the Stonewall site. Stanford installed its casting in 1984. It was an act of courage for the university to display this work at a time when gay men and lesbians invoked controversy even when simply relaxing in public, like the two young couples <em>Gay Liberation</em> depicts. Such images “help to create queer culture by creating a social space for queerness, rather than just representing it after the fact,” <a href="http://news.stanford.edu/pr/2014/pr-queer-art-culture-080714.html" target="_blank">argues Stanford art history Professor Richard Meyer</a>. They demonstrate in a uniquely clear manner the interdependence of all art with its social context, and thus are vital to understanding the visual art of our time. [caption id="attachment_3633" align="alignleft" width="1024"]<img class="wp-image-3633 size-large" src="http://125.stanford.edu/wp-content/uploads/2016/12/SC0822_2008-107_b07_f25_Gay_Liberation_Statue_0035-1024x704.jpg" alt="Gay Liberation was vandalized twice, in 1984 and 1994." width="1024" height="704" /> <i>Gay Liberation</i> was vandalized twice, in 1984 and 1994.[/caption] Stanford’s sculpture was <a href="http://news.stanford.edu:pr:94:940916Arc4126.html" target="_blank">vandalized</a> and restored twice, in 1984 and 1994. While the work was offsite for restoration, members of the Stanford community <a href="http://historicalsociety.stanford.edu:pdfmem:WinklerJ.pdf" target="_blank">posed together</a>, imitating the postures of the missing figures and reoccupying the social and visual space that the statues had claimed. Each act of vandalism inspired calls for political engagement, including what eventually became a university-wide ban on LGBT discrimination. Learn how Stanford <a href="http://stanforddailyarchive.com/cgi-bin/stanford?a=d&d=stanford19901010-01.2.4&srpos=1&e=-------en-20--1--txt-txIN-health+benefits+gay+lesbian+students------" target="_blank">pioneered partner benefits for same-sex couples in 1990</a>. <a href="http://museum.stanford.edu:view:outdoor_sculpture_guide.html" target="_blank">Learn more</a> about Stanford’s outdoor sculpture collection. View a <a href="http://museum.stanford.edu:view:sculpturemap.pdf" target="_blank">sculpture map</a>.
<h4 class="tb f124"><em><span class="tx f126">Stanford professors’ radio show “questions everything … except your intelligence” </span></em></h4> <p class="tb f130"><span class="tx">Have you ever wondered why Earth exists? Whether the laws of physics can be </span><span class="tx">amended? Whether there’s more than one universe and, if so, whether we’re in the </span><span class="tx">original or a parallel one? </span></p> <p class="tb f130"><span class="tx">So have <a href="https://philosophy.stanford.edu/people/kenneth-taylor">Ken Taylor</a> and <a href="https://philosophy.stanford.edu/people/john-perry" target="_blank">John Perry</a></span><span class="tx">, two Stanford philosophers. And so does their </span><span class="tx">worldwide community of listeners on <a href="https://philosophytalk.org" target="_blank"><em>Philosophy Talk</em></a></span><span class="tx">, the syndicated public radio </span><span class="tx">show that “questions everything … except your intelligence.” </span></p> <p class="tb f130"><span class="tx">It’s broadcast on more than 100 stations around the country – including Tuesday </span><span class="tx">mornings at 9 o'clock on Stanford radio station KZSU-FM. </span></p> <p class="tb f130"><span class="tx">Taylor, a professor of philosophy at Stanford and director of the interdisciplinary </span><span class="tx">Symbolic Systems Program, and Perry, an emeritus professor of philosophy, </span><span class="tx">challenge listeners to identify and question their own assumptions and to think </span><span class="tx">about things in new ways. </span></p> <p class="tb f130"><span class="tx">The program is just one instance of Stanford philosophers’ work to supply people on </span><span class="tx">campus and worldwide with the <a href="http://news.stanford.edu/features/2015/philosophy/" target="_blank">tools of thinking</a></span><span class="tx"> to augment their personal and </span><span class="tx">professional lives. </span></p> <p class="tb f130"><span class="tx">Some </span><em><span class="tx f126">Philosophy Talk</span></em><span class="tx"> episodes train a philosophical lens on current issues – such as </span><span class="tx">the crisis of representation in U.S. politics or Edward Snowden and the ethics of </span><span class="tx">whistleblowing. </span></p> <p class="tb f130"><span class="tx">Others take on questions that have engaged philosophers throughout time. </span></p> <p class="tb f130"><span class="tx">In March 2016, Taylor and Perry hosted an eight-part “Philosophical Guide to the </span><span class="tx">Cosmos” that explored nothing less than </span><span class="tx">the origin and nature of the universe.</span></p> <p class="tb f130"><span class="tx">They asked guest scholars such questions as, “What exactly are space and time? Why </span><span class="tx">is there something rather than nothing? Is the universe fine-tuned to support </span><span class="tx">intelligent life? What are dark matter and dark energy? Are there limits to what we </span><span class="tx">can ultimately know?”</span></p> <p class="tb f130"><span class="tx f126"><em>Philosophy Talk</em> </span><span class="tx">is produced by San Francisco public radio station KALW-FM as part </span><span class="tx">of Stanford’s Humanities Outreach Initiative. Some episodes are taped in studio. </span><span class="tx">Others are produced before <a href="http://news.stanford.edu/thedish/2015/02/05/philosophy-talk-radio-show-to-record-two-live-episodes-at-stanford-friday/" target="_blank">live audiences</a> </span><span class="tx"> at venues in the Bay Area and around the </span><span class="tx">country. </span></p> <p class="tb f130"><span class="tx"> </span><span class="tx">In addition, </span><em><span class="tx f126">Philosophy Talk</span></em><span class="tx"> produces web-only content for its online Community of </span><span class="tx">Thinkers worldwide. </span></p> <div class="tb f130"></div> <div class="tb f130"> Browse <a href="https://philosophytalk.org/blog-masonry" target="_blank">recent</a> and <a href="https://philosophytalk.org/upcoming-shows" target="_blank">upcoming<em> Philosophy Talk</em> episodes</a>. <a href="https://philosophytalk.org/cosmology" target="_blank">Listen to “A Philosophical Guide to the Cosmos”</a> online. Listen to <a href="http://www.oac.cdlib.org/view?docId=c88051mc;developer=local;style=oac4;doc.view=items" target="_blank">podcasts of other past episodes</a> through Stanford University Libraries and the Online Archive of California. <a href="https://philosophytalk.org/node/65" target="_blank">Learn what station carries the show</a> in your area. </div>