Life Sciences Teaching Resource
View allAll Photos Tagged INTERDISCIPLINARY
Interdisciplinary artist Miya Ando reimagines the year 2023 not in days, but in flowers depicting the 72 seasons of the nature-based ancient Japanese system of time-telling. The installation comes to life through 72 chiffon banners suspended in the Winter Garden at Brookfield Place.
What if we measured time not in months, days, and hours, but in flowers? Flower Atlas, by Japanese and American artist Miya Ando, imagines such a world, representing 2023 in the form of 365 signature flowers in bloom each day somewhere on Earth. Soaring above visitors, the 72 banners create a moveable feast of tactile, temporal imagery. The installation allows guests to pinpoint dates by flower and season, in the process attuning them to the impermanence and interconnectedness of all living systems.
Ando’s work presents physical articulations of her contemplation of the cycles of nature and the passage of time, in which concept, image, and materials fuse to create totemic objects. Taking as their subject the fleeting phenomena of seasons, day, night, clouds, and tides, her sculptural work is rendered in ink, pigment, micronized silver, gold, mica, oil, or resin, effectively harnessing materials of permanence to express notions of transience.
To learn more about her artwork, click on the link:
Across his interdisciplinary practice, on Ritter navigates the convergence of Aesthetics, ethics and digital media. His astute social observations take centre stage in this work – a critique of the art world’s systems governing value, privilege and taste. Playfully challenging its norms and pretenses, Ritter invites us to reconsider our assumptions and come to our own conclusions about the merit of an artwork.
Lavar Munroe is an interdisciplinary artist whose work encompasses painting, drawing, sculpture, installation art, and a hybrid medium that straddles the line between sculpture and painting.
Munroe was born in Nassau, the Bahamas where he lived in community of Grants Town until 2004. In his youth he was challenged by the many stigmas and stereotypes associated with that community: a world of gang violence, drugs murder. Today his work reflects on the environment of his upbringing as he maps a personal journey of trauma and survival overcoming obstacles through self-determination, self-discovery and personal development. Though his creative work is inspired by the past, Munroe’s loud, energetic and unapologetic visual language confronts contemporary society and strained and difficult relationships between formal authority and the people of the ghetto.
Lavar Munroe is an interdisciplinary artist whose work encompasses painting, drawing, sculpture, installation art, and a hybrid medium that straddles the line between sculpture and painting.
Munroe was born in Nassau, the Bahamas where he lived in community of Grants Town until 2004. In his youth he was challenged by the many stigmas and stereotypes associated with that community: a world of gang violence, drugs murder. Today his work reflects on the environment of his upbringing as he maps a personal journey of trauma and survival overcoming obstacles through self-determination, self-discovery and personal development. Though his creative work is inspired by the past, Munroe’s loud, energetic and unapologetic visual language confronts contemporary society and strained and difficult relationships between formal authority and the people of the ghetto.
The pioneering interdisciplinary art collective teamLab has opened the world’s first digital art museum in Tokyo. Called the Mori Building Digital Art Museum: teamLab Borderless, the 107,000 square foot venue features 50 hyper-colored digital works which immerse visitors in wild and whimsical worlds that are actually responsive to the movements of visitors.
The artwork is powered by more than 520 computers and 470 projectors and constantly changes so each time you return to a room, it's essentially a new piece. This place was so surreal.
Lavar Munroe is an interdisciplinary artist whose work encompasses painting, drawing, sculpture, installation art, and a hybrid medium that straddles the line between sculpture and painting.
Munroe was born in Nassau, the Bahamas where he lived in community of Grants Town until 2004. In his youth he was challenged by the many stigmas and stereotypes associated with that community: a world of gang violence, drugs murder. Today his work reflects on the environment of his upbringing as he maps a personal journey of trauma and survival overcoming obstacles through self-determination, self-discovery and personal development. Though his creative work is inspired by the past, Munroe’s loud, energetic and unapologetic visual language confronts contemporary society and strained and difficult relationships between formal authority and the people of the ghetto.
(with the poster I saved from our 2014 interdisciplinary gathering on "Moon Base Alpha")
When I share enthusiasm for some new space exploration or colonization initiative, I occasionally hear the retort that we should focus on saving Earth first, often with climate change in mind as the imminent existential threat.
A recent articulate example from Facebook: “It seems to me that we are in such a significant emergency (really interrelated emergencies) that we need to focus all of our ingenuity and resources on transforming our energy systems, infrastructure, agriculture, transportation, political systems, etc. right here on this planet. I am afraid that we will end up exporting our exploitative culture to space and not make the changes here that we need to restore the life support systems of our planet.”
And my reply: When I have heard these concerns in the past, I have dashed off a retort about the false dichotomy, but the concerns persist, so let me try to be a bit more thoughtful, and please let me know if you find any of this to be persuasive:
1) Positive inspiration: living in space is the ultimate recycling and sustainability challenge. A fair number of people like to dream of something grand as they simultaneously solve the problems of today. You mention transforming energy, ag and transportation. Think of the advances that some of the “space people” have made in this area. Tesla came after SpaceX. Some of my most recent investments have been in fusion power and animal-free meat manufacturing. They are both HUGE priorities to save the Earth (we have to stem the growth of hundreds of new coal power plants in China and meat manufacturing globally, both major sources of GHG). But they are also essential for off-world colonies — energy and food production challenges are more acute when imagining a lunar or Mars base.
For a breakthrough solution, you often have to imagine a challenge greater than the creeping incrementalism of “problem fixing.”
2) Direct synergy: where would the environmental movement and the climate change science be without space? From the whole-Earth image of our pale blue dot to the Earth observation satellites, one could argue that space initiatives have been the greatest advance for the environmental movement (Sierra Club). The founders of Open Lunar are the founders of Planet; like me, they still have their day jobs where they image the entire Earth every day from space. Other space entrepreneurs are putting up GPS-RO satellites to measure upper atmosphere weather (essential to climate models and weather prediction) and this data cannot be gathered from the ground. These satellite constellations are now cost-effective because of the lowering launch costs from SpaceX and some of their competitors.
3) Differential advantage: not everyone on the planet should be focused on the same thing. You provide a partial list of priorities, but should a domain expert on poverty or the diseases of the poor shift entirely to something on your list of emergencies? Do you want to argue that climate change trumps other priorities, and even if it does, do you have a rank list of what to prioritize within that domain? This climate-change prioritization list surprised me as to the space-synergies.
4) Experimentation zones: this is a new opportunity. If we want to perform experiments in geoengineering, Mars and Venus might be better places to start as we hone our skills and verify our simulations. And if we can make one habitable, and humanity becomes multi-planetary, it would be one of the greatest accomplishments for our civilization. These experimentation zones could include the “political systems” you mention and go beyond the “charter cites” that Paul Romer espouses to “charter civilizations” with experiments in better governance among the off-world colonies.
In short, exploring the final frontier and saving the Earth are not mutually exclusive; rather, they are deeply synergistic, inspirational and focused on the ultimate sustainability challenge.
And the entrepreneurial drive to forge a future that inspires future generations with the potential of progress is a worthy endeavor in its own right.
Thoughts?
Kinetica Art Fair provides a global platform for galleries, curatorial groups, design studios and artists working in the realm of interdisciplinary new media art. The Fair champions artistic innovation and popularises artists and organisations working at the convergence of art and technology.
İstanbul Households Archive has been sourced from the interdisciplinary research project undertaken at Boğaziçi University by Alan Duben and Cem Behar between 1982-1988, culminating in a book titled “İstanbul Households: Marriage, Family and Fertility 1880-1940.” The archive contains the İstanbul population rosters transcription forms for 1885 and 1907, and various family photographs and study papers, giving a profile of the last period of Ottoman Muslim families living in İstanbul. This archive is now available for research at saltresearch.org
#SALTResearch, İstanbul Households Archive
İstanbul Haneleri Arşivi, Alan Duben ile Cem Behar’ın 1982-1988 yıllarında Boğaziçi Üniversitesi’nde yürütmüş olduğu ve “İstanbul Haneleri: Evlilik, Aile ve Doğurganlık 1880-1940” adlı yayınla sonuçlanan araştırmaya dayanır. 1885 ve 1907 tarihli nüfus sayımlarına ait transkripsiyon formları, aile fotoğrafları ve çalışma belgelerini içeren ve İstanbul’da yaşayan son dönem Osmanlı Müslüman ailesinin profilini çıkaran arşiv saltresearch.org’da erişime açık.
#SALTAraştırma, İstanbul Haneleri Arşivi
Repository: SALT Research
Rights Info: This material can be used under Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International (CC BY-NC-ND 4.0) license.
Located in the heart of San Francisco’s vibrant Mission Bay district, the UCSF Mission Bay campus stands as a beacon of cutting-edge healthcare and research. Opened in 2003, this campus was designed to foster interdisciplinary collaboration, integrating academia, research, and clinical care into one cohesive environment. The modern architecture is instantly recognizable, with sleek glass façades reflecting the ever-changing Bay Area sky, a symbol of transparency and forward-thinking design. The building in the attached photo showcases the architectural ambition of the campus, with its striking angular glass surfaces designed to catch and manipulate light. This specific structure houses a variety of UCSF’s top-tier programs in health sciences, fostering breakthrough discoveries.
Beyond its architectural significance, UCSF Mission Bay holds an important place in the local community and on a global scale. The expansive campus spans over 57 acres and includes several buildings, labs, and clinics. It is particularly well known for the UCSF Medical Center at Mission Bay, a state-of-the-art hospital that opened in 2015, specializing in pediatric, cancer, and women’s health services.
Insiders to the city often tout UCSF Mission Bay as one of San Francisco’s architectural gems. The integration of natural landscaping around its structures creates a serene environment conducive to both research and patient care. Proximity to local parks and waterfront areas only enhances its appeal. Whether you're exploring the health sciences or simply admiring its contemporary design, UCSF Mission Bay is a landmark of modern achievement in architecture, medicine, and community engagement.
Guiding Principle 1: Promote academic excellence, interdisciplinary inquiry, and vital intellectual communities
Cohesive “precincts” for the Natural Sciences, Social Sciences, Engineering and Applied Sciences, and Arts and Humanities will have distinct physical characters.
Cafes and other informal spaces will create dynamic communities for living and learning.
New Research Loft and Arts Loft buildings will provide flexible space for interdisciplinary work.
Guiding Principle 2: Promote three distinct but seamlessly interconnected campuses to promote interaction.
UB Stampede will be transitioned to a Bus Rapid Transit system that will provide faster, more comfortable and reliable service.
Reconfigured roadways will reserve pathways for future streetcar or light rail connections to downtown and South Campus, civilize Audubon Parkway, and pedestrianize the character of Putnam Way.
Guiding Principle 3: Be responsible to the larger community by shaping – and being shaped by – broader plans and policies.
Extended bike and pedestrian paths will enhance public recreation and provide safer commuter access from all directions.
Retention ponds will reduce the volume and improve the quality of stormwater entering the regional watershed.
Guiding Principle 4: Provide long-term capital planning and promote prudent stewardship of university resources.
Former professional school buildings will be renovated with reconfigurable academic spaces for more efficient scheduling.
Naturalization of the campus “outer ring” will decrease landscape maintenance needs.
Arboreal “snow traps” and reduced paved areas will cut snow management costs.
Guiding Principle 5: Establish UB as a leader in environmental stewardship and sustainable design.
Structured parking, stormwater biofiltration, and strategies to reduce single occupancy vehicle use will reduce polluted runoff from surface parking.
North Campus will become a “living laboratory” to educate students and the community about innovative strategies for environmental stewardship.
Guiding Principle 6: Use the excellent design of campus architecture, landscape architecture and interiors to create great and memorable places contributing to a high quality of campus life.
A dramatic new open space on Lake LaSalle will mark the intersection of the existing academic core and the new connection to the Ellicott Complex.
Flint, Coventry, Hamilton and Rensch loops will become ceremonial gateways to the campus flanked by expressive new buildings.
New architecture throughout the campus will meet or exceed the contemporary and thoughtful designs of the new School of Engineering and Applied Sciences and new South Ellicott Housing Complex.
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The high school teacher took the map project to a wonderful new level: the "map" was turned into an abstract painting!!! (Not quite finished.) Wonderful creativity - sparked by a simple idea! And a great case of the "instructor" learning from the "student!!!!!!"
I led workshops at a summer institute for teacherss: Trash to Treasure. Create Interdisciplinary Connections and Art Forms from recycled materials supporting environmental responsibility.
An interdisciplinary group exhibition showcasing the work of Ismaili Muslim artists who explore past influences in contemporary art. History has a way of evolving into the present, influencing new ideas, and challenging traditions and past patterns. A Roundhouse partnership with Ismaili Council for BC.
This morning at Stanford. I asked if the model will be dynamic (e.g., will we lose 20% of jobs currently driving vehicles faster than new jobs arise)? "Yes, the transients are the most ambitious part of the model" -- Prof. Marco Pavone, seen here.
From the first annual Stanford Catalyst Future 10 Symposium, an interdisciplinary initiative to fund winning teams with $3m each for catalytic studies. I like this new name for what I think is the locus of meaningful innovation and potentially, the more rapid formation of new academic disciplines.
"Maps, Utopias, and Other Adventures"
Work by students in FNAR 331/631: Interdisciplinary Studio.
Instructor: Professor Jackie Tileston.
On view at Charles Addams Gallery from April 5–12, 2016.
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FNAR 331/361
This course takes an experimental multimedia approach to investigating some of the boundaries in contemporary art making practices. Painting, photography, video, design and sculpture intersect, overlap, and converge in complicated ways. Projects are designed to explore hybrid forms, collage, space/ installation, and color through a variety of strategic and conceptual proposals as students work towards unique ways of expanding their own work. Weekly readings, critiques, and presentations are integrated with studio projects.
The pioneering interdisciplinary art collective teamLab has opened the world’s first digital art museum in Tokyo. Called the Mori Building Digital Art Museum: teamLab Borderless, the 107,000 square foot venue features 50 hyper-colored digital works which immerse visitors in wild and whimsical worlds that are actually responsive to the movements of visitors.
The artwork is powered by more than 520 computers and 470 projectors and constantly changes so each time you return to a room, it's essentially a new piece. This place was so surreal.
The pioneering interdisciplinary art collective teamLab has opened the world’s first digital art museum in Tokyo. Called the Mori Building Digital Art Museum: teamLab Borderless, the 107,000 square foot venue features 50 hyper-colored digital works which immerse visitors in wild and whimsical worlds that are actually responsive to the movements of visitors.
The artwork is powered by more than 520 computers and 470 projectors and constantly changes so each time you return to a room, it's essentially a new piece. This place was so surreal.
Donna Kukama is an interdisciplinary artist whose practice engages performance art as a tool for creative research. Her work presents institutions, monuments, gestures of protest, rumors, and fleeting moments that are as real as they are fictitious. Shifting between performance, video, text, sound, and multimedia installations, her practice takes on a form that is experimental, applying methods that are deliberately undisciplined.
For the Frieze art fair in 2017 Donna brought in goods you might expect to find at a horticultural fair: medicinal plants. Researching the work, she noticed that Regent’s Park is punctuated with discrete spaces, like Queen Mary’s Gardens, not far from the Frieze London. “I thought it would be interesting to introduce another garden within this space,” she says, “but one that functions in a way that speaks to Frieze.” (Ben Luke ES)
Browning Hall, Interdisciplinary Science Building, at Webster University in Webster Groves, Missouri.
Cassini interdisciplinary Titan scientist at Cornell University, Jonathan Lunine, speaks to NASA Social attendees about the Cassini mission, Thursday, Sept. 14, 2017 at NASA's Jet Propulsion Laboratory in Pasadena, California. Since its arrival in 2004, the Cassini-Huygens mission has been a discovery machine, revolutionizing our knowledge of the Saturn system and captivating us with data and images never before obtained with such detail and clarity. On Sept. 15, 2017, operators will deliberately plunge the spacecraft into Saturn, as Cassini gathered science until the end. The “plunge” ensures Saturn’s moons will remain pristine for future exploration. During Cassini’s final days, mission team members from all around the world gathered at NASA’s Jet Propulsion Laboratory, Pasadena, California, to celebrate the achievements of this historic mission. Photo Credit: (NASA/Joel Kowsky)
First performance of "Vil denne augneblinken nokon gong sleppe taket" by Magnar Åm in Oslo City Hall at Oslo International Church Music Festival 2013.
With: Ellen Sejersted Bødtker (harp), Geir Draugsvoll and James Crabb (accordeon), Sizzle Ohtaka (vocal), Masahiro Saeki (oud), Haruhiko Saga (overtone singing and two-stringed cello), Saori Kojima (theremin), EyeKnee Coordination, Kevin Ho, Mina Nishimura and Uta Takemura (dancers), Einy Åm-Sparks (choreography and dance).
Volda Vokal, Jan Erik Vold, Ensemble 96.
Tyler Sparks (video artist), Stephanie Sleeper (costume designer), Magnar Åm (conductor).
Photo: Laila Meryrick.
Interdisciplinary, innovative and pioneering research at MCMScience is the vital underpinning of both a world-renowned medical education and unsurpassed patient care. A mind-boggling and ever-expanding range of topics run the gamut from basic and clinical to translational research. Basic research provides a fundamental understanding of molecules and mechanisms that, without offering any apparent practical avenue for patient treatment, involves identifying cellular processes and genetic mutations and revealing breakdowns in cellular communication associated with all manner of diseases and disorders.
About 200 students and 34 faculty members across a wide range of health-related programs including physician assistant studies, speech and language pathology, audiology, public health, medicine, athletic training, exercise physiology, counseling, and pharmacy participated in a case study project to build teamwork and mutual respect for the roles of other professions in delivering quality care to patients.
About 200 students and 34 faculty members across a wide range of health-related programs including physician assistant studies, speech and language pathology, audiology, public health, medicine, athletic training, exercise physiology, counseling, and pharmacy participated in a case study project to build teamwork and mutual respect for the roles of other professions in delivering quality care to patients.
About 200 students and 34 faculty members across a wide range of health-related programs including physician assistant studies, speech and language pathology, audiology, public health, medicine, athletic training, exercise physiology, counseling, and pharmacy participated in a case study project to build teamwork and mutual respect for the roles of other professions in delivering quality care to patients.
About 200 students and 34 faculty members across a wide range of health-related programs including physician assistant studies, speech and language pathology, audiology, public health, medicine, athletic training, exercise physiology, counseling, and pharmacy participated in a case study project to build teamwork and mutual respect for the roles of other professions in delivering quality care to patients.
This two-story state-of-the-art building at Brookhaven National Laboratory is a new, energy efficient and environmentally sustainable laboratory building that will provide modern, 21st-century, high-accuracy laboratories, offices and support functions. The building will group existing energy research scientists into one facility with collaborative environments to facilitate and realize the scientific benefits of multi-disciplinary collaboration. Work in the Interdisciplinary Science Building will focus on energy-related R&D enabling breakthroughs in the effective uses of renewable energy through improved conversion, transmission and storage.
This two-story state-of-the-art building at Brookhaven National Laboratory is a new, energy efficient and environmentally sustainable laboratory building that will provide modern, 21st-century, high-accuracy laboratories, offices and support functions. The building will group existing energy research scientists into one facility with collaborative environments to facilitate and realize the scientific benefits of multi-disciplinary collaboration. Work in the Interdisciplinary Science Building will focus on energy-related R&D enabling breakthroughs in the effective uses of renewable energy through improved conversion, transmission and storage.
The Shelby Interdisciplinary Biomedical Research Building at the University of Alabama at Birmingham (UAB).
This two-story state-of-the-art building at Brookhaven National Laboratory is a new, energy efficient and environmentally sustainable laboratory building that will provide modern, 21st-century, high-accuracy laboratories, offices and support functions. The building will group existing energy research scientists into one facility with collaborative environments to facilitate and realize the scientific benefits of multi-disciplinary collaboration. Work in the Interdisciplinary Science Building will focus on energy-related R&D enabling breakthroughs in the effective uses of renewable energy through improved conversion, transmission and storage.
This two-story state-of-the-art building at Brookhaven National Laboratory is a new, energy efficient and environmentally sustainable laboratory building that will provide modern, 21st-century, high-accuracy laboratories, offices and support functions. The building will group existing energy research scientists into one facility with collaborative environments to facilitate and realize the scientific benefits of multi-disciplinary collaboration. Work in the Interdisciplinary Science Building will focus on energy-related R&D enabling breakthroughs in the effective uses of renewable energy through improved conversion, transmission and storage.
This two-story state-of-the-art building at Brookhaven National Laboratory is a new, energy efficient and environmentally sustainable laboratory building that will provide modern, 21st-century, high-accuracy laboratories, offices and support functions. The building will group existing energy research scientists into one facility with collaborative environments to facilitate and realize the scientific benefits of multi-disciplinary collaboration. Work in the Interdisciplinary Science Building will focus on energy-related R&D enabling breakthroughs in the effective uses of renewable energy through improved conversion, transmission and storage.
This two-story state-of-the-art building at Brookhaven National Laboratory is a new, energy efficient and environmentally sustainable laboratory building that will provide modern, 21st-century, high-accuracy laboratories, offices and support functions. The building will group existing energy research scientists into one facility with collaborative environments to facilitate and realize the scientific benefits of multi-disciplinary collaboration. Work in the Interdisciplinary Science Building will focus on energy-related R&D enabling breakthroughs in the effective uses of renewable energy through improved conversion, transmission and storage.
This project is part of the Ars Electronica Garden Vilnius.
The Garden unfolds at the new SODAS2123 cultural complex (in Lithuanian SODAS means GARDEN), in downtown Vilnius and online. A few dozen artists, researchers, students and professors perform in the hybrid reality grove that merges the physical with the perspectives of creatures living in and around it: from the artists themselves to microorganisms.
The Garden takes the visual and conceptual metaphor of the grove and builds its programme around it. As an assemblage of trees or a smaller unit of forest, a grove is a place where symbiotic communication and relationships take place not only between its indigenous habitants, but also among invasive and migrant species, including human beings and their activities.
For more informations please visit:
ars.electronica.art/keplersgardens/groves/
Credit: Instituto Media, LTMKS / Letmekoo (Lithuanian Interdisciplinary Artists’ Association), Ūmėdė / MENE, VDA PhAMA (Department of Photography and Media Art at Vilnius Academy of Arts)
Thursday, November 10, 2022 1:30 PM – 2:45 PM
REGISTER NOW to secure your spot and the best rate: ACRM.org/register
ACRM 99th Annual Conference: Progress in Rehabilitation Research — Translation to Clinical Practice
CORE: 8-11 NOV // PRE-CON: 6-8 NOV
From anywhere in the world,
A C R M brings the Annual Conference
Straight. TO. YOU.
Select from dozens of instructional courses: ACRM.org/precon
Get the brochure: ACRM.org/brochure
ONLINE PROGRAM: ACRM.org/op
CONFERENCE WEBSITE: www.ACRMconference.org
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For information on exhibiting, sponsoring, and advertising opportunities please contact sales@ACRM.org or phone +1.703.435.5335 or use this form ACRM.org/salesform.
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ACRM holds the largest interdisciplinary rehabilitation research event every Fall: ACRM Annual Conference :: Progress in Rehabilitation Research :: Translation to Clinical Practice :: ACRMconference.org
REGISTER now for the best rate: ACRM.org/register
ACRM: American Congress of Rehabilitation Medicine: Improving lives through interdisciplinary rehabilitation research
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First Lady Chirlane McCray delivers the keynote address for the CUNY Baccalaureate for Unique and Interdisciplinary Studies. The Great Hall at Cooper Union, Manhattan. Wednesday, June 01, 2016. Credit: Ed Reed/Mayoral Photography Office.
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