📍 Snapshots from #SPIEMedicalImaging 2026 in beautiful Vancouver, BC, Canada.
📍 Snapshots from #SPIEMedicalImaging 2026 in beautiful Vancouver, BC, Canada.
Bennett Landman, director of VALIANT + #SPIE_JMI EIC, presents the transformative idea of “clinical phenotypes” to better understand the healthcare journey.
#SPIEMedicalImaging @masi-lab.bsky.social
Bennett Landman, director of VALIANT + #SPIE_JMI EIC, presents the transformative idea of “clinical phenotypes” to better understand the healthcare journey.
#SPIEMedicalImaging @masi-lab.bsky.social
Muyinatu Bell, professor @jhu.edu, director of the PULSE lab, and #SPIE_JBO EIC, delivers the first keynote today at #SPIEMedicalImaging. ✨💡
Muyinatu Bell, professor @jhu.edu, director of the PULSE lab, and #SPIE_JBO EIC, delivers the first keynote today at #SPIEMedicalImaging. ✨💡
Murray Loew, emeritus professor of #BiomedicalEngineering at George Washington University, enlightens the audience with a keynote on perception as an inverse problem.
#SPIEMedicalImaging
Murray Loew, emeritus professor of #BiomedicalEngineering at George Washington University, enlightens the audience with a keynote on perception as an inverse problem.
#SPIEMedicalImaging
Cynthia McCollough (Mayo Clinic) explores studies that assess the benefits + risks of CT, highlighting the importance of justification + optimization.
@chmccollough.bsky.social
#SPIEMedicalImaging
Cynthia McCollough (Mayo Clinic) explores studies that assess the benefits + risks of CT, highlighting the importance of justification + optimization.
@chmccollough.bsky.social
#SPIEMedicalImaging
We’re celebrating Rekha Gautam, Senior Scientist and Raman Team Lead at @tyndallinstitute.bsky.social. Her research in Raman spectroscopy & biological screening continues to advance #optics and #photonics. 💡
Read her 2026 SPIE Women in Optics profile: https://bit.ly/4trhqYp
We’re celebrating Rekha Gautam, Senior Scientist and Raman Team Lead at @tyndallinstitute.bsky.social. Her research in Raman spectroscopy & biological screening continues to advance #optics and #photonics. 💡
Read her 2026 SPIE Women in Optics profile: https://bit.ly/4trhqYp
Pallavi Tiwari, professor @wiscmedphys.bsky.social, wrapped up today’s keynote with words of wisdom. #SPIEMedicalImaging
Pallavi Tiwari, professor @wiscmedphys.bsky.social, wrapped up today’s keynote with words of wisdom. #SPIEMedicalImaging
By harnessing AI tools for value-added opportunistic CT screening, Perry Pickhardt @uwiscradiology.bsky.social shares how assessing “biological age” can help predict chances of future cardiometabolic events.
#SPIEMedicalImaging
By harnessing AI tools for value-added opportunistic CT screening, Perry Pickhardt @uwiscradiology.bsky.social shares how assessing “biological age” can help predict chances of future cardiometabolic events.
#SPIEMedicalImaging
The first poster session at #SPIEMedicalImaging 2026 highlighted how machine learning continues to reshape medical imaging across modalities. Thank you to all the presenters! 👏
The first poster session at #SPIEMedicalImaging 2026 highlighted how machine learning continues to reshape medical imaging across modalities. Thank you to all the presenters! 👏
If you know a woman whose work inspires you, nominate her for the 2027 Women in Optics Notebook!
Nominations close soon. Honor a colleague (or yourself!): https://bit.ly/3ZByiOu #WomenInSTEM
If you know a woman whose work inspires you, nominate her for the 2027 Women in Optics Notebook!
Nominations close soon. Honor a colleague (or yourself!): https://bit.ly/3ZByiOu #WomenInSTEM
Thank you to everyone attending and sharing their work at #SPIEMedicalImaging 2026! ✨
Thank you to everyone attending and sharing their work at #SPIEMedicalImaging 2026! ✨
Ionizing radiation acoustic imaging for in vivo dose mapping in radiotherapy is a promising technology that Xueding Wang, Prof in Dept. of Biomedical Engineering @umich.edu, & his team are excited to continue pursuing.
#SPIEMedicalImaging
Ionizing radiation acoustic imaging for in vivo dose mapping in radiotherapy is a promising technology that Xueding Wang, Prof in Dept. of Biomedical Engineering @umich.edu, & his team are excited to continue pursuing.
#SPIEMedicalImaging
Physicist & prof at UBC, @correelaule.bsky.social, proposes that qMRI can provide more specific info regarding prognosis, biomarkers for trials, & treatment planning in situations of traumatic spinal cord injury. 📝
@ubcphas.bsky.social
#SPIEMedicalImaging
Physicist & prof at UBC, @correelaule.bsky.social, proposes that qMRI can provide more specific info regarding prognosis, biomarkers for trials, & treatment planning in situations of traumatic spinal cord injury. 📝
@ubcphas.bsky.social
#SPIEMedicalImaging
Ilker Hacihaliloglu, Associate Prof @ubcmedicine.bsky.social & Co-Founder of PONS Inc, takes the stage to open today’s keynote session at #SPIEMedicalImaging.
@science.ubc.ca
Ilker Hacihaliloglu, Associate Prof @ubcmedicine.bsky.social & Co-Founder of PONS Inc, takes the stage to open today’s keynote session at #SPIEMedicalImaging.
@science.ubc.ca
Campbell-Washburn is delivering the opening plenary presentation for the conference, discussing how her lab is rethinking mid-field MRI imaging. 🤔
#SPIEMedicalImaging
Campbell-Washburn is delivering the opening plenary presentation for the conference, discussing how her lab is rethinking mid-field MRI imaging. 🤔
#SPIEMedicalImaging
Techniques like STED, single-molecule localization, and expansion microscopy reveal nanoscale cell structures, sometimes approaching electron-microscope detail.
Learn more in #PhotonicsFocus: https://bit.ly/4qmXAL4
Techniques like STED, single-molecule localization, and expansion microscopy reveal nanoscale cell structures, sometimes approaching electron-microscope detail.
Learn more in #PhotonicsFocus: https://bit.ly/4qmXAL4
Researchers are creating stable, topologically protected structures of light, opening new possibilities for imaging, communication, and quantum tech. 💡
Learn more in #PhotonicsFocus: https://bit.ly/4bFWBBX
Researchers are creating stable, topologically protected structures of light, opening new possibilities for imaging, communication, and quantum tech. 💡
Learn more in #PhotonicsFocus: https://bit.ly/4bFWBBX
SPRATS achieved a spatial resolution of 20 µm + spectral resolution of up to 100 MHz, while maintaining robust dynamic range & bandwidth. 📻 https://bit.ly/4qUT1bZ
SPRATS achieved a spatial resolution of 20 µm + spectral resolution of up to 100 MHz, while maintaining robust dynamic range & bandwidth. 📻 https://bit.ly/4qUT1bZ
Siddharth Ramachandran will examine a light-transport mechanism in which topologically charged photons form long-lived, unbound states that circumvent the limits of internal reflection.
Register here: https://bit.ly/4cpzEmR
Siddharth Ramachandran will examine a light-transport mechanism in which topologically charged photons form long-lived, unbound states that circumvent the limits of internal reflection.
Register here: https://bit.ly/4cpzEmR
SPIE Quantum West 2026 showcased Quantum 2.0 scalable, applied tech for real-world systems. The winter Quantum Focus covers key breakthroughs, funding wins, and photonic advances shaping quantum’s future. optics.org/quantum
#Quantum #Photonics #SPIE
SPIE Quantum West 2026 showcased Quantum 2.0 scalable, applied tech for real-world systems. The winter Quantum Focus covers key breakthroughs, funding wins, and photonic advances shaping quantum’s future. optics.org/quantum
#Quantum #Photonics #SPIE