<?xml version='1.0' encoding='UTF-8'?><rss xmlns:dc='http://purl.org/dc/elements/1.1/' xmlns:geo='http://www.w3.org/2003/01/geo/wgs84_pos#' xmlns:media='http://search.yahoo.com/mrss/' version='2.0' xmlns:xCal='urn:ietf:params:xml:ns:xcal'><channel><title>Calendar - US-Asia Technology Management Center</title><link>https://events.stanford.edu/department/us-asia_technology_management_center/calendar</link><description>Calendar - US-Asia Technology Management Center</description><lastBuildDate>Wed, 14 Oct 2026 08:55:25 -0700</lastBuildDate><ttl>60</ttl><language>en-us</language><generator>Localist</generator><item><title>Oct 15, 2026: From Advanced Bonding Materials to Liquid Cooling Applications: ETRI’s R&amp;D and Startup Commercialization Path</title><description><![CDATA[<p>As AI semiconductors become increasingly powerful, advanced materials and thermal management technologies are becoming critical to the future of electronics and data centers. This seminar will explore how the Electronics and Telecommunications Research Institute (ETRI) is moving advanced bonding-material technology from research and development toward real-world industrial applications.</p>

<p>Dr. Kwang-Seong Choi, Assistant Vice President and Director at ETRI, will give a brief overview their patented athermal bonding materials, their development and potential applications in advanced electronics manufacturing. Dr. Yunhyeok Im, CEO of KoolMicro Inc., will then discuss the development of liquid cooling technologies for AI semiconductors using ETRI’s material platform, along with the startup’s strategy for commercialization.</p>

<p>Dr. Richard Dasher, Director of the US-ATMC, will moderate the session and lead a discussion on how collaboration between a research institute and a startup can help translate advanced materials innovation into practical technologies and new commercial opportunities.</p>

<p>---</p>

<p>Our series on “Topics in International Technology Management | Challenges and Solutions for Critical Materials in Energy and Electronics" begins September 24, 2026 and continues until December 3, 2026. Seminars will be held most Thursdays, 4:30 PM – 5:50 PM.  The series is available to Stanford students for credit; register for MATSCI 402A “Topics in International Technology Management,” also cross-listed as EE-402A, EASTASN 402A and EALC-402A, 1 unit S/NC. </p>

<p>To attend by Zoom, please register here.</p>

<p><a href="https://events.stanford.edu/event/copy-of-moving-up-the-chain-into-the-water-critical-resources-in-india-for-advanced-computing">View on site</a> | <a href="mailto:?subject=I+found+an+interesting+event%3A+From+Advanced+Bonding+Materials+to+Liquid+Cooling+Applications%3A+ETRI%E2%80%99s+R%26D+and+Startup+Commercialization+Path&amp;body=I+found+an+interesting+event+you+may+like%3A%0A%0A%0ADate%3A+Oct+15%2C+2026%0A%0ADescription%3A%0AAs+AI+semiconductors+become+increasingly+powerful%2C+advanced+materials+and+thermal+management+technologies+are+becoming+critical+to+the+future+of+electronics+and+data+centers.+This+seminar+will+explore+how+the+Electronics+and+Telecommunications+Research+Institute+%28ETRI%29+is+moving+advanced+bonding-material+technology+from+research+and+development+toward+real-world+industrial+applications.%0A%0ADr.+Kwang-Seong+Choi%2C+Assistant+Vice+President+and+Director+at+ETRI%2C+will+give+a+brief+overview+their+patented+athermal+bonding+materials%2C+their+development+and+potential+applications+in+advanced+electronics+manufacturing.+Dr.+Yunhyeok+Im%2C+CEO+of+KoolMicro+Inc.%2C+will+then+discuss+the+development+of+liquid+cooling+technologies+for+AI+semiconductors+using+ETRI%E2%80%99s+material+platform%2C+along+with+the+startup%E2%80%99s+strategy+for+commercialization.%0A%0ADr.+Richard+Dasher%2C+Director+of+the+US-ATMC%2C+will+moderate+the+session+and+lead+a+discussion+on+how+collaboration+between+a+research+institute+and+a+startup+can+help+translate+advanced+materials+innovation+into+practical+technologies+and+new+commercial+opportunities.%0A%0A---%0A%0AOur+series+on+%E2%80%9CTopics+in+International+Technology+Management+%7C+Challenges+and+Solutions+for+Critical+Materials+in+Energy+and+Electronics%22+begins+September+24%2C+2026+and+continues+until+December+3%2C+2026.+Seminars+will+be+held+most+Thursdays%2C+4%3A30+PM+%E2%80%93+5%3A50+PM.++The+series+is+available+to+Stanford+students+for+credit%3B+register+for+MATSCI+402A+%E2%80%9CTopics+in+International+Technology+Management%2C%E2%80%9D+also+cross-listed+as+EE-402A%2C+EASTASN+402A+and+EALC-402A%2C+1+unit+S%2FNC.+%0A%0ATo+attend+by+Zoom%2C+please+register+here.%0A%0Ahttps%3A%2F%2Fevents.stanford.edu%2Fevent%2Fcopy-of-moving-up-the-chain-into-the-water-critical-resources-in-india-for-advanced-computing%0A">Email this event</a></p>]]></description><guid isPermaLink='false'>tag:localist.com,2008:EventInstance_54038766380077</guid><pubDate>Thu, 15 Oct 2026 16:30:00 -0700</pubDate><dc:date>2026-10-15T16:30:00-07:00</dc:date><link>https://events.stanford.edu/event/copy-of-moving-up-the-chain-into-the-water-critical-resources-in-india-for-advanced-computing</link><media:content medium='image' url='https://localist-images.azureedge.net/photos/54066284744000/huge/0b67927a437367f7f5ce89d5f061d65fedaaa8f9.jpg'/><category>Class/Seminar</category></item><item><title>Oct 22, 2026: Mine Less, Last Longer? Singapore Solutions for Critical Materials in Energy and Electronics at Bishop Auditorium</title><description><![CDATA[<p>Lithium, cobalt, gallium and the rare earth elements underpin both the energy transition and modern electronics, yet their supply chains are concentrated, carbon-intensive and increasingly shaped by geopolitics. For a resource-scarce city-state like Singapore that makes 1 in 10 of the world’s semiconductor chips, the question is less where to mine and more of how we keep critical materials in use for longer.</p>

<p>Dr. Richard Dasher, Director of the US-ATMC, will moderate the session.</p>

<p>About our speaker:</p>

<p>Benjamin C. K. Tee is Professor of Materials Science and Engineering at the National University of Singapore (NUS) and Vice President (Ecosystem Building) at NUS, where he oversees innovation and startup ecosystem growth programs. He holds the NUS College of Design and Engineering Dean’s Chair and received his PhD in Electrical Engineering from Stanford University in 2014.</p>

<p>His research pioneers electronic skins and neuromorphic sensing technologies: flexible pressure sensors, artificial nervous systems, and soft, stretchable, self-healing electronic materials that give robots and human–machine interfaces a sense of touch. His recent work spans spike-based neuromorphic tactile sensors, electronics-free sensing-to-actuation for soft robotics, and sustainable, recyclable electronic materials, published in journals including Science Advances, Nature Materials, Nature Electronics, Nature Communications and Advanced Materials.</p>

<p>---</p>

<p>Our series on “Topics in International Technology Management | Challenges and Solutions for Critical Materials in Energy and Electronics" begins September 24, 2026 and continues until December 3, 2026. Seminars will be held most Thursdays, 4:30 PM – 5:50 PM.  The series is available to Stanford students for credit; register for MATSCI 402A “Topics in International Technology Management,” also cross-listed as EE-402A, EASTASN 402A and EALC-402A, 1 unit S/NC. </p>

<p>To attend by Zoom, please register here.</p>

<p>To attend in-person, please register over Eventbrite here.</p>

<p><a href="https://events.stanford.edu/event/copy-of-series-overview-challenges-and-solutions-for-critical-materials-in-energy-and-electronics-3879">View on site</a> | <a href="mailto:?subject=I+found+an+interesting+event%3A+Mine+Less%2C+Last+Longer%3F+Singapore+Solutions+for+Critical+Materials+in+Energy+and+Electronics&amp;body=I+found+an+interesting+event+you+may+like%3A%0A%0A%0ADate%3A+Oct+22%2C+2026%0A%0ADescription%3A%0ALithium%2C+cobalt%2C+gallium+and+the+rare+earth+elements+underpin+both+the+energy+transition+and+modern+electronics%2C+yet+their+supply+chains+are+concentrated%2C+carbon-intensive+and+increasingly+shaped+by+geopolitics.+For+a+resource-scarce+city-state+like+Singapore+that+makes+1+in+10+of+the+world%E2%80%99s+semiconductor+chips%2C+the+question+is+less+where+to+mine+and+more+of+how+we+keep+critical+materials+in+use+for+longer.%0A%0ADr.+Richard+Dasher%2C+Director+of+the+US-ATMC%2C+will+moderate+the+session.%0A%0AAbout+our+speaker%3A%0A%0ABenjamin+C.+K.+Tee+is+Professor+of+Materials+Science+and+Engineering+at+the+National+University+of+Singapore+%28NUS%29+and+Vice+President+%28Ecosystem+Building%29+at+NUS%2C+where+he+oversees+innovation+and+startup+ecosystem+growth+programs.+He+holds+the+NUS+College+of+Design+and+Engineering+Dean%E2%80%99s+Chair+and+received+his+PhD+in+Electrical+Engineering+from+Stanford+University+in+2014.%0A%0AHis+research+pioneers+electronic+skins+and+neuromorphic+sensing+technologies%3A+flexible+pressure+sensors%2C+artificial+nervous+systems%2C+and+soft%2C+stretchable%2C+self-healing+electronic+materials+that+give+robots+and+human%E2%80%93machine+interfaces+a+sense+of+touch.+His+recent+work+spans+spike-based+neuromorphic+tactile+sensors%2C+electronics-free+sensing-to-actuation+for+soft+robotics%2C+and+sustainable%2C+recyclable+electronic+materials%2C+published+in+journals+including+Science+Advances%2C+Nature+Materials%2C+Nature+Electronics%2C+Nature+Communications+and+Advanced+Materials.%0A%0A---%0A%0AOur+series+on+%E2%80%9CTopics+in+International+Technology+Management+%7C+Challenges+and+Solutions+for+Critical+Materials+in+Energy+and+Electronics%22+begins+September+24%2C+2026+and+continues+until+December+3%2C+2026.+Seminars+will+be+held+most+Thursdays%2C+4%3A30+PM+%E2%80%93+5%3A50+PM.++The+series+is+available+to+Stanford+students+for+credit%3B+register+for+MATSCI+402A+%E2%80%9CTopics+in+International+Technology+Management%2C%E2%80%9D+also+cross-listed+as+EE-402A%2C+EASTASN+402A+and+EALC-402A%2C+1+unit+S%2FNC.+%0A%0ATo+attend+by+Zoom%2C+please+register+here.%0A%0ATo+attend+in-person%2C+please+register+over+Eventbrite+here.%0A%0Ahttps%3A%2F%2Fevents.stanford.edu%2Fevent%2Fcopy-of-series-overview-challenges-and-solutions-for-critical-materials-in-energy-and-electronics-3879%0A">Email this event</a></p>]]></description><guid isPermaLink='false'>tag:localist.com,2008:EventInstance_54179187456103</guid><geo:lat>37.429468</geo:lat><geo:long>-122.167272</geo:long><pubDate>Thu, 22 Oct 2026 16:30:00 -0700</pubDate><dc:date>2026-10-22T16:30:00-07:00</dc:date><link>https://events.stanford.edu/event/copy-of-series-overview-challenges-and-solutions-for-critical-materials-in-energy-and-electronics-3879</link><media:content medium='image' url='https://localist-images.azureedge.net/photos/54179357477078/huge/73e9f3fbdb57dff31352a24623acffcb23a4a24a.jpg'/><category>Class/Seminar</category></item></channel></rss>