November 2020 - BNC-all - ecn.purdue.edu

BNC E-news: November 30th, 2020
by Turner, Jaime J 30 Nov '20

30 Nov '20

[cid:image006.jpg@01D685C3.FA345960] Responding to COVID-19: Research Operations at Birck https://www.purdue.edu/discoverypark/birck/for-birck-users/covid/index.php Seminars /Workshops / Events PQSEI Seminar December 2nd, 2020 | 10:00am Distinguished Professor Weng Chew “Quantum Computer, Quantum Parallelism, and Quantum Electromagnetics”<https://purdue0-my.sharepoint.com/:b:/g/personal/stewartd_purdue_edu/EfelVn…>; Zoom Link<https://purdue-edu.zoom.us/j/94639398998#success> NSAC Coffee Hour Special Series -NO.7 An Interview with Justin C Wirth (Birck staff) When: Friday 2:00 pm<outlook-data-detector://3> (Dec-4, 2020) Where: MS Teams Live on https://tinyurl.com/coffee-hour-justin-wirth Previous recorded sessions: Youtube<https://www.youtube.com/playlist?list=PLUx5VBg665CQRu_hIBPeC472ZuP4Fbkyk>Spotify<https://open.spotify.com/show/1lPwxoBKVZLAUqpF9ougCW?si=4W41LwRmTB-wLs7aynT…> Podcast<https://anchor.fm/nsac-purdue/episodes/Joerg-Appenzeller-diligence--persist…> Joint PQSEI and Quantum Science Center Seminar December 4th, 2020 | 2:00pm Presented by Quantum Computing Inc. overview and demonstration of their Mukai quantum software platform<https://purdue0-my.sharepoint.com/:b:/g/personal/stewartd_purdue_edu/EQmBA1…>; Zoom Link<https://purdue-edu.zoom.us/j/95358747088> Birck Events<https://www.purdue.edu/discoverypark/birck/events/index.php> and Birck News<https://www.purdue.edu/discoverypark/birck/news/index.php> Advanced Capabilities [https://www.purdue.edu/discoverypark/birck/facilities/equipment/images/PPMS…]<https://wiki.itap.purdue.edu/display/BNCWiki/Quantum+Design+DynaCool+PPMS>Quantum Design DynaCool PPMS<https://wiki.itap.purdue.edu/display/BNCWiki/Quantum+Design+DynaCool+PPMS> NEW Capability: Heat Capacity Measurement o Temp: 1.8K – 400K o Magnetic field: up to 9 tesla o Bulk samples (typical weight ~mg) Other capabilities include Magnetic, Electrical, and Thermal Transport Location: Spin Lab (BRK 1157A) Research Scientist: Neil Dilley Please visit the Birck Wiki to learn about the wide array of fabrication<https://wiki.itap.purdue.edu/display/BNCWiki/Fabrication> and characterization<https://wiki.itap.purdue.edu/display/BNCWiki/Characterization> equipment at the facility Open Positions Research Internship Opportunity: Research internship is available with hourly payment of 15 $ per hour. The number of hours and timings are flexible. The research intern will conduct outdoor measurements and record data for machine learning applications. Juniors and senior undergrads with varied backgrounds in engineering and science are welcome to apply. The prospective candidate should have excellent academic credentials and an attention to detail to succeed in the project. Previous experience in engineering labs is necessary. The project is being conducted in the lab of Prof. Zubin Jacob (see www.electrodynamics.org<http://www.electrodynamics.org/>). Please contact Shree Hari Sureshbabu with your CV by Nov 30th 2020 (sureshbs(a)purdue.edu<mailto:sureshbs@purdue.edu>) Draper Labs: Looking to hire ASAP, high experience in fab. Applicants can be PostDocs, fresh PhDs or MS with experience. https://careers-draper.icims.com/jobs/4922/principal-mems--photonics-microf… EPFL’s School of Engineering: currently has an open (junior faculty) position in Integrated Transducers, https://www.epfl.ch/about/working/faculty-position-in-integrated-transducer… and we are reaching out to the community to make colleagues aware of the open position and attract candidates. We aim in particular to increase the number of female faculty. Research Fellow/Senior Research Associate (Research Officer) of ‘High performance Wide spectral range Nanoprobe (HiWiN)’ EPSRC project.” (see attached announcement) Competitive salary in the range from £34,804 to £41,526 p.a. dependent on experience Applications are invited from an experienced, ambitious and creative researcher in the field of experimental photonics, optical spectroscopy and/or scanning probe microscopy and scientific instrumentation. The successful applicant will work on the innovative world-leading project that targets implementation and commissioning of a micro-to-nanoscale spectroscopic mapping and probing instrument as an EPSRC funded facility at the free electron laser (FEL) mid-infrared to THz light source at FELIX, Nijmegen. Informal enquiries can be made by contacting Prof. Oleg Kolosov on o.kolosov(a)lancaster.ac.uk https://www.jobs.ac.uk/job/CCQ170/research‐fellow‐senior‐research‐associate… Birck Safety Protocols It is very gratifying to see our research community back ‘in business’ doing leading-edge research in our center after the long pause we all experienced this Spring. But at the same time we want to remind our entire user group of the critical importance of following the COVID safety protocols while using our facilities. If an outbreak of COVID exposures should happen at Birck there is a real possibility that we may need to close the facility again. So please read and support the following….. …..Some of our approved users are holding the doors open for others to enter the building. This may very well be a gesture of politeness to assist another, but it also can be perceived that non-approved people are entering our building with the assistance of one of our approved users. Additionally it does not allow us to have an accurate accounting of who is entering our building by evaluating card-swipe data. So everyone should swipe into Birck and not be let in by someone holding the door open. …..Face masks are required while in Birck. Approved users have been, and continue to be, strongly encouraged to bring their own face mask for their personal use while in the facility. At the entrances we have supplied quantities of disposable face masks for emergency use, but our supplies of these disposable masks are being depleted at the high rate of 300 – 400 masks per week. This rate of use seems exceptionally high when personal masks are strongly recommended. Please only take one mask from the supply, and only when you’ve forgotten your personal mask. ….Social distancing continues to be a challenge. This is a difficult habit to develop and groups of people have been seen clustered around a tool, or having a hallway conversation, and not adhering to the 6’ spacing rule. Please continue to maintain at least 6’ spacing between yourself and the nearest other person. Please stay vigilant in promoting and supporting these safety protocols. If we each do our part we will continue to stay open and conduct state-of-the-art research in our great facility. Follow us on Facebook and Twitter [Facebook icon]<https://www.facebook.com/nano.purdue.edu/> [Twitter icon] <https://twitter.com/BNCPurdue> ***If you have any news items (published papers, research news, awards, honors) please send to jjturner(a)purdue.edu<mailto:jjturner@purdue.edu> so they may be included on Birck’s website, Facebook and Twitter pages*** Jaime Turner Lead Administrative Assistant to the Director | Birck Nanotechnology Center BRK | 1205 W State Street | West Lafayette, IN 47907 o: 765-494-3509<tel:7654943509> | m: 765-491-3064<tel:7654913064> | jjturner(a)purdue.edu<mailto:jjturner@purdue.edu> [83324AA6]<https://www.purdue.edu/>

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REMINDER: BNC Virtual Faculty Seminar Series: Speaker - Xiulin Ruan -TODAY Nov. 19th @ 12noon via Zoom
by Turner, Jaime J 19 Nov '20

19 Nov '20

Reminder: BNC Virtual Faculty Seminar Series TODAY @ 12:00noon. [cid:image004.jpg@01D685C0.EB336F80] The BNC Virtual Faculty Seminar Series is designed to provide faculty a platform to present an overview of their research and the opportunity for collaborative discussion with other BNC faculty and researchers across six colleges and 15 academic units. Xiulin Ruan Professor, School of Mechanical Engineering November 19th, 2020 | 12:00pm Join Zoom: https://purdue-edu.zoom.us/j/93857631004 Title: Pushing Boundaries of Thermal Transport and Sustainable Energy: From First Principles Predictions to Scalable Applications Abstract: This talk will overview our recent innovations in thermal transport and sustainable energy, by pushing the boundaries ranging from fundamental first principles predictions to scalably manufactured systems. The first part of the talk will cover predictive first principles and molecular dynamics simulations of thermal conductivity and optical (or thermal radiative) properties. In particular, we establish four-phonon scattering as an unexpected significant mechanism affecting thermal conductivity of nearly all materials at high temperature, and 2D materials, low thermal conductivity materials, and certain high-thermal conductivity materials even at room temperature.1 In addition, four-phonon scattering can have significant or leading role in determining infrared optical properties of dielectrics.2 For complex crystals, the conventional phonon mean free path concept is insufficient, and we propose a two-phonon transport theory to better describe their thermal transport.3 We further show that machine learning can be used to dramatically accelerate the predictive design of energy nanomaterials.4 The second part of the talk will cover our development of the first commercial-like particle-matrix radiative cooling paint that can cool below the ambient temperature under direct sunlight.5 It is achieved via several approaches distinct from commercial paints: the use of the wide bandgap CaCO3 fillers, a high particle volume concentration of 60%, and a broad size distribution. Radiative cooling paints can have broad implications from saving energy to combatting climate change.6 The talk will close by exploring future directions and collaboration opportunities. 1. Feng et al., Phys. Rev. B 96, 161201(R) (2017)<https://journals.aps.org/prb/abstract/10.1103/PhysRevB.96.161201>. 2. Yang et al., Phys. Rev. B 101, 161202(R) (2020)<https://journals.aps.org/prb/abstract/10.1103/PhysRevB.101.161202>. 3. Luo et al., Nat. Commun. 11, 2554 (2020)<https://www.nature.com/articles/s41467-020-16371-w>. 4. Chowdhury et al., Nano Energy 69, 104428 (2020)<https://www.sciencedirect.com/science/article/abs/pii/S2211285519311449>. 5. Li et al, Cell Rep. Phys. Sci. 1, 100221 (2020)<https://www.sciencedirect.com/science/article/pii/S2666386420302368>. 6. BBC NEWS<https://www.bbc.com/news/science-environment-54632523> [cid:image003.jpg@01D6BDE9.7E7AB950]Bio: Dr. Xiulin Ruan is a professor in the School of Mechanical Engineering and Birck Nanotechnology Center at Purdue University. He received his B.S. and M.S. from the Department of Engineering Mechanics at Tsinghua University, in 2000 and 2002 respectively. He then received an M.S. in electrical engineering in 2006 and Ph.D. in mechanical engineering in 2007 from the University of Michigan at Ann Arbor, before joining Purdue. His research and teaching interests are in predictive simulations, scalable manufacturing, and multiscale characterizations of thermal transport materials and systems. He received the NSF CAREER Award, Air Force Summer Faculty Fellowship, ASME Heat Transfer Division Best Paper Award, the inaugural School of Mechanical Engineering Outstanding Graduate Student Mentor Award, and was named a University Faculty Scholar of Purdue University and an ASME Fellow, among his honors. He currently serves as an associate editor for ASME Journal of Heat Transfer. Upcoming BNC Virtual Faculty Seminars, Fall 2020: Date Faculty Title 9/10/20 Ali Shakouri, Director of Birck Nanotechnology Center Overview of SMART Industry Consortium 9/17/20 Luna Lu, Professor of Civil Engineering - *Note time change* (10am - 11am): Co-Hosted with ECE Nanotechnology for Energy Harvesting and Sensing Applications 9/24/20 Alex Ma, Assistant Professor of Physics and Astronomy Superconducting circuits for quantum simulation and quantum information sciences 10/01/20 Hadiseh Alaeian, Assistant Professor of Electrical and Computer Engineering atom-Nanophotonics at low dimensions 10/08/20 Jianguo Mei, Assistant Professor, Department of Chemistry Semiconducting Polymers: A Journey from Scientific Curiosity to Technology Commercialization 10/15/20 Chen-Lung Hung, Assistant Professor of Physics and Astronomy Engineering atom-nanophotonics hybrid lattices 10/22/20 Chi Hwan Lee, Assistant Professor of Biomedical Engineering and Mechanical Engineering Sticker-Like Flexible Sensors for Wearable Healthcare Applications 10/29/20 Ryan Wagner, Research Assistant Professor, School of Mechanical Engineering Atomic force microscopy as a tool for multiphysics nanoscale characterization 11/5/20 Arnab Banerjee, Assistant Professor of Physics and Astronomy Co-design towards exotic spin-based systems and devices 11/12/20 Krishna Jayant, Professor of BME - *Note time change* (10am - 11am): Co-Hosted with ECE 11/19/20 Xiulin Ruan, Professor, School of Mechanical Engineering First Principles and Machine Leaning Predictions of Thermal and Optical Properties, and the Developments of Radiative Cooling Paints Spring 2021 Schedule: Date Faculty Title 2/4/21 Yi Xie, Assistant Professor, School of Nuclear Engineering Degradation of Structural Materials and Fuels in Nuclear Systems 2/11/21 Letian Dou, Assistant Professor, Davidson School of Chemical Engineering Organic-Perovskite Hybrid Quantum Wells, Heterostructure, and Optoelectronics 2/18/21 Nikhilesh Chawla, Ransburg Professor, School of Materials Engineering 2/25/21 Sorin Adam Matei, Associate Dean of Research and Graduate Education, College of Liberal Arts, Professor of Communication, Brian Lamb School of Communication Team Science - what it is, how it works, and why it does not always work the way we want it to work 3/4/21 David Cappelleri, Associate Professor of Mechanical Engineering Microrobotics Research Highlights 3/11/21 Stylianos Chatzidakis, Assistant Professor, School of Nuclear Engineering 3/18/21 Reading Day 3/25/21 Tyler Tallman, Assistant Professor, School of Aeronautics and Astronautics 4/1/21 4/8/21 4/15/21 4/22/21 4/29/21 Dead Week 5/6/21 Finals Week Thanks! Jaime Turner Lead Administrative Assistant to the Director | Birck Nanotechnology Center BRK | 1205 W State Street | West Lafayette, IN 47907 o: 765-494-3509<tel:7654943509> | m: 765-491-3064<tel:7654913064> | jjturner(a)purdue.edu<mailto:jjturner@purdue.edu> [83324AA6]<https://www.purdue.edu/>

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FW: Meet a QIST Expert seminar - IBM Quantum!
by Turner, Jaime J 18 Nov '20

18 Nov '20

Hello Everyone! A friendly reminder! For our next Meet a QIST Expert seminar, it's a great pleasure to have Abraham Asfaw<https://abrahamasfaw.com/> the Global Lead of Quantum Education & Open Science at IBM Quantum. He will be talking about his quantum education efforts and give a hands-on overview of quantum programming with Qiskit<https://qiskit.org/>. Meet a QIST Expert - Abraham Asfaw When: Wednesday, Nov. 18, 5-6 pm (EST) Where: MS Teams ________________________________________________________________________________ Microsoft Teams meeting Join on your computer or mobile app Click here to join the meeting<https://teams.microsoft.com/l/meetup-join/19%3ameeting_NjAwOWFhM2QtMzA1Ny00…> Or call in (audio only) +1 865-276-6990,,297859551#<tel:+18652766990,,297859551> United States, Knoxville Phone Conference ID: 297 859 551# Find a local number<https://dialin.teams.microsoft.com/46dc35c2-4730-4afa-969a-8197409b8718?id=…> | Reset PIN<https://mysettings.lync.com/pstnconferencing> Learn More<https://aka.ms/JoinTeamsMeeting> | Meeting options<https://teams.microsoft.com/meetingOptions/?organizerId=891473fb-10c3-4407-…> ________________________________________________________________________________ Best, Alex Alexander Senichev, PhD Postdoctoral Research Associate Electrical and Computer Engineering Purdue University, West Lafayette, IN ________________________________________________________________________________ Thanks, Erica M. Valentine, CAP [cid:image001.jpg@01D6BD90.7E68B560] Senior Administrative Assistant Quantum Science Center Computing and Computational Sciences Directorate Oak Ridge National Laboratory P.O. Box 2008 Bldg: 8610 Room: L-380 MS: 6494 Oak Ridge, TN 37830 (865) 576-3709 valentineem(a)ornl.gov<mailto:lohmanem@ornl.gov>

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PQSEI Seminar Wednesday (11/18) 10 a.m. - Jiaxin Yin, Princeton
by David Stewart 17 Nov '20

17 Nov '20

All, Please join us tomorrow (Wednesday) at 10 a.m. for our weekly PQSEI seminar, which will be given by Jiaxin Yin of Princeton University. His seminar is titled "Tunneling into emergent topological matter", and abstract/bio is attached. Join here: Zoom Link<https://purdue-edu.zoom.us/j/94639398998> Thanks, David David J. Stewart, Ph.D. Managing Director Purdue Quantum Science and Engineering Institute (PQSEI) Birck Nanotechnology Center | 1205 West State Street | Room 1287C | West Lafayette, IN 47907 o: 765-496-3117<tel:7654963117> | davidstewart(a)purdue.edu<mailto:davidstewart@purdue.edu> | www.purdue.edu/dp/quantum<http://www.purdue.edu/dp/quantum> *Follow us! Twitter: @PurdueQuantum<https://twitter.com/PurdueQuantum>, LinkedIn<https://www.linkedin.com/company/pqsei/>, Facebook<https://www.facebook.com/QuantumPurdue> [8A5592F8]<https://www.purdue.edu/>

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BNC Virtual Faculty Seminar Series: Speaker - Xiulin Ruan - Nov. 19th @ 12noon via Zoom
by Turner, Jaime J 17 Nov '20

17 Nov '20

[cid:image004.jpg@01D685C0.EB336F80] The BNC Virtual Faculty Seminar Series is designed to provide faculty a platform to present an overview of their research and the opportunity for collaborative discussion with other BNC faculty and researchers across six colleges and 15 academic units. Xiulin Ruan Professor, School of Mechanical Engineering November 19th, 2020 | 12:00pm Join Zoom: https://purdue-edu.zoom.us/j/93857631004 Title: Pushing Boundaries of Thermal Transport and Sustainable Energy: From First Principles Predictions to Scalable Applications Abstract: This talk will overview our recent innovations in thermal transport and sustainable energy, by pushing the boundaries ranging from fundamental first principles predictions to scalably manufactured systems. The first part of the talk will cover predictive first principles and molecular dynamics simulations of thermal conductivity and optical (or thermal radiative) properties. In particular, we establish four-phonon scattering as an unexpected significant mechanism affecting thermal conductivity of nearly all materials at high temperature, and 2D materials, low thermal conductivity materials, and certain high-thermal conductivity materials even at room temperature.1 In addition, four-phonon scattering can have significant or leading role in determining infrared optical properties of dielectrics.2 For complex crystals, the conventional phonon mean free path concept is insufficient, and we propose a two-phonon transport theory to better describe their thermal transport.3 We further show that machine learning can be used to dramatically accelerate the predictive design of energy nanomaterials.4 The second part of the talk will cover our development of the first commercial-like particle-matrix radiative cooling paint that can cool below the ambient temperature under direct sunlight.5 It is achieved via several approaches distinct from commercial paints: the use of the wide bandgap CaCO3 fillers, a high particle volume concentration of 60%, and a broad size distribution. Radiative cooling paints can have broad implications from saving energy to combatting climate change.6 The talk will close by exploring future directions and collaboration opportunities. 1. Feng et al., Phys. Rev. B 96, 161201(R) (2017)<https://journals.aps.org/prb/abstract/10.1103/PhysRevB.96.161201>. 2. Yang et al., Phys. Rev. B 101, 161202(R) (2020)<https://journals.aps.org/prb/abstract/10.1103/PhysRevB.101.161202>. 3. Luo et al., Nat. Commun. 11, 2554 (2020)<https://www.nature.com/articles/s41467-020-16371-w>. 4. Chowdhury et al., Nano Energy 69, 104428 (2020)<https://www.sciencedirect.com/science/article/abs/pii/S2211285519311449>. 5. Li et al, Cell Rep. Phys. Sci. 1, 100221 (2020)<https://www.sciencedirect.com/science/article/pii/S2666386420302368>. 6. BBC NEWS<https://www.bbc.com/news/science-environment-54632523> [cid:image002.jpg@01D6BC46.697A8CA0]Bio: Dr. Xiulin Ruan is a professor in the School of Mechanical Engineering and Birck Nanotechnology Center at Purdue University. He received his B.S. and M.S. from the Department of Engineering Mechanics at Tsinghua University, in 2000 and 2002 respectively. He then received an M.S. in electrical engineering in 2006 and Ph.D. in mechanical engineering in 2007 from the University of Michigan at Ann Arbor, before joining Purdue. His research and teaching interests are in predictive simulations, scalable manufacturing, and multiscale characterizations of thermal transport materials and systems. He received the NSF CAREER Award, Air Force Summer Faculty Fellowship, ASME Heat Transfer Division Best Paper Award, the inaugural School of Mechanical Engineering Outstanding Graduate Student Mentor Award, and was named a University Faculty Scholar of Purdue University and an ASME Fellow, among his honors. He currently serves as an associate editor for ASME Journal of Heat Transfer. Upcoming BNC Virtual Faculty Seminars, Fall 2020: Date Faculty Title 9/10/20 Ali Shakouri, Director of Birck Nanotechnology Center Overview of SMART Industry Consortium 9/17/20 Luna Lu, Professor of Civil Engineering - *Note time change* (10am - 11am): Co-Hosted with ECE Nanotechnology for Energy Harvesting and Sensing Applications 9/24/20 Alex Ma, Assistant Professor of Physics and Astronomy Superconducting circuits for quantum simulation and quantum information sciences 10/01/20 Hadiseh Alaeian, Assistant Professor of Electrical and Computer Engineering atom-Nanophotonics at low dimensions 10/08/20 Jianguo Mei, Assistant Professor, Department of Chemistry Semiconducting Polymers: A Journey from Scientific Curiosity to Technology Commercialization 10/15/20 Chen-Lung Hung, Assistant Professor of Physics and Astronomy Engineering atom-nanophotonics hybrid lattices 10/22/20 Chi Hwan Lee, Assistant Professor of Biomedical Engineering and Mechanical Engineering Sticker-Like Flexible Sensors for Wearable Healthcare Applications 10/29/20 Ryan Wagner, Research Assistant Professor, School of Mechanical Engineering Atomic force microscopy as a tool for multiphysics nanoscale characterization 11/5/20 Arnab Banerjee, Assistant Professor of Physics and Astronomy Co-design towards exotic spin-based systems and devices 11/12/20 Krishna Jayant, Professor of BME - *Note time change* (10am - 11am): Co-Hosted with ECE 11/19/20 Xiulin Ruan, Professor, School of Mechanical Engineering First Principles and Machine Leaning Predictions of Thermal and Optical Properties, and the Developments of Radiative Cooling Paints Spring 2021 Schedule: Date Faculty Title 2/4/21 Yi Xie, Assistant Professor, School of Nuclear Engineering Degradation of Structural Materials and Fuels in Nuclear Systems 2/11/21 Letian Dou, Assistant Professor, Davidson School of Chemical Engineering Organic-Perovskite Hybrid Quantum Wells, Heterostructure, and Optoelectronics 2/18/21 Nikhilesh Chawla, Ransburg Professor, School of Materials Engineering 2/25/21 Sorin Adam Matei, Associate Dean of Research and Graduate Education, College of Liberal Arts, Professor of Communication, Brian Lamb School of Communication Team Science - what it is, how it works, and why it does not always work the way we want it to work 3/4/21 David Cappelleri, Associate Professor of Mechanical Engineering Microrobotics Research Highlights 3/11/21 Stylianos Chatzidakis, Assistant Professor, School of Nuclear Engineering 3/18/21 Reading Day 3/25/21 Tyler Tallman, Assistant Professor, School of Aeronautics and Astronautics 4/1/21 4/8/21 4/15/21 4/22/21 4/29/21 Dead Week 5/6/21 Finals Week Thanks! Jaime Turner Lead Administrative Assistant to the Director | Birck Nanotechnology Center BRK | 1205 W State Street | West Lafayette, IN 47907 o: 765-494-3509<tel:7654943509> | m: 765-491-3064<tel:7654913064> | jjturner(a)purdue.edu<mailto:jjturner@purdue.edu> [83324AA6]<https://www.purdue.edu/>

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BNC E-news: November 16th, 2020
by Turner, Jaime J 16 Nov '20

16 Nov '20

[cid:image006.jpg@01D685C3.FA345960] Responding to COVID-19: Research Operations at Birck https://www.purdue.edu/discoverypark/birck/for-birck-users/covid/index.php Seminars /Workshops / Events BNC Virtual Faculty Seminar November 19th, 2020 | 12:00pm Xiulin Ruan, Professor, School of Mechanical Engineering "Pushing Boundaries of Thermal Transport and Sustainable Energy: From First Principles Predictions to Scalable Applications"<https://www.purdue.edu/discoverypark/birck/events/index.php?view=3142> Birck Events<https://www.purdue.edu/discoverypark/birck/events/index.php> and Birck News<https://www.purdue.edu/discoverypark/birck/news/index.php> Evaporator Update The Lesker and Leybold evaporators have been equipped with safety bar mechanisms to prevent the bell jars from falling when they're in the open position. The Lesker has been done for several days and the Leybold was completed last Friday. Short training sessions have begun to demonstrate the proper use of the safety bars. The Lesker is available for research for those who have had the safety bar demonstrations and the Leybold will be available after users are trained. The CHA1 is being retrofitted with a new hoist mechanism and will be returned to service in the next several days, and the new hoist for the CHA2 is being ordered this week. See Mike Bayless for Leybold safety bar training. Thanks for your patience as we improve the safety of our bell jar systems. Engineering Staff Birck Rule Change Dear Birck User Community, We've been re-evaluating the COVID restrictions that have been in place since we reopened our facility. We now have had several weeks of learning in our new environment and we are modifying two restrictions: 1. The 6:00 am - 10:00 am "staff-only" cleanroom restriction is being eliminated. Therefore effective immediately any authorized cleanroom user may enter the cleanroom at any time. Please continue to be mindful of the buddy requirement when working late at night or early in the morning..... namely do not do any acid processing without at least one other user in the cleanroom with you. 2. The gowning room capacity restriction of 3 people is being changed to 5 people. There can now be 5 individuals in the cleanroom gowning room at any given time. We hope this helps promote more efficient use of the gowning room while still maintaining the 6' social distancing requirement. While these changes are effective immediately we will change any signage in the next couple of days. Thanks for your cooperation and we will continue to evaluate our protocols as we move forward. The Engineering Staff Open Positions Research Internship Opportunity: Research internship is available with hourly payment of 15 $ per hour. The number of hours and timings are flexible. The research intern will conduct outdoor measurements and record data for machine learning applications. Juniors and senior undergrads with varied backgrounds in engineering and science are welcome to apply. The prospective candidate should have excellent academic credentials and an attention to detail to succeed in the project. Previous experience in engineering labs is necessary. The project is being conducted in the lab of Prof. Zubin Jacob (see www.electrodynamics.org<http://www.electrodynamics.org/>). Please contact Shree Hari Sureshbabu with your CV by Nov 30th 2020 (sureshbs(a)purdue.edu<mailto:sureshbs@purdue.edu>) Draper Labs: Looking to hire ASAP, high experience in fab. Applicants can be PostDocs, fresh PhDs or MS with experience. https://careers-draper.icims.com/jobs/4922/principal-mems--photonics-microf… EPFL's School of Engineering: currently has an open (junior faculty) position in Integrated Transducers, https://www.epfl.ch/about/working/faculty-position-in-integrated-transducer… and we are reaching out to the community to make colleagues aware of the open position and attract candidates. We aim in particular to increase the number of female faculty. Please spread the information in your network Birck Safety Protocols It is very gratifying to see our research community back 'in business' doing leading-edge research in our center after the long pause we all experienced this Spring. But at the same time we want to remind our entire user group of the critical importance of following the COVID safety protocols while using our facilities. If an outbreak of COVID exposures should happen at Birck there is a real possibility that we may need to close the facility again. So please read and support the following..... .....Some of our approved users are holding the doors open for others to enter the building. This may very well be a gesture of politeness to assist another, but it also can be perceived that non-approved people are entering our building with the assistance of one of our approved users. Additionally it does not allow us to have an accurate accounting of who is entering our building by evaluating card-swipe data. So everyone should swipe into Birck and not be let in by someone holding the door open. .....Face masks are required while in Birck. Approved users have been, and continue to be, strongly encouraged to bring their own face mask for their personal use while in the facility. At the entrances we have supplied quantities of disposable face masks for emergency use, but our supplies of these disposable masks are being depleted at the high rate of 300 - 400 masks per week. This rate of use seems exceptionally high when personal masks are strongly recommended. Please only take one mask from the supply, and only when you've forgotten your personal mask. ....Social distancing continues to be a challenge. This is a difficult habit to develop and groups of people have been seen clustered around a tool, or having a hallway conversation, and not adhering to the 6' spacing rule. Please continue to maintain at least 6' spacing between yourself and the nearest other person. Please stay vigilant in promoting and supporting these safety protocols. If we each do our part we will continue to stay open and conduct state-of-the-art research in our great facility. Follow us on Facebook and Twitter [Facebook icon]<https://www.facebook.com/nano.purdue.edu/> [Twitter icon] <https://twitter.com/BNCPurdue> ***If you have any news items (published papers, research news, awards, honors) please send to jjturner(a)purdue.edu<mailto:jjturner@purdue.edu> so they may be included on Birck's website, Facebook and Twitter pages*** Jaime Turner Lead Administrative Assistant to the Director | Birck Nanotechnology Center BRK | 1205 W State Street | West Lafayette, IN 47907 o: 765-494-3509<tel:7654943509> | m: 765-491-3064<tel:7654913064> | jjturner(a)purdue.edu<mailto:jjturner@purdue.edu> [83324AA6]<https://www.purdue.edu/>

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REMINDER: JOINT ECE and BNC Virtual Faculty Seminar: Speaker - Krishna Jayant -TODAY, Nov. 12th @ 10:00am via Zoom
by Turner, Jaime J 12 Nov '20

12 Nov '20

My apologies, today's seminar is at 10:00am. Reminder: BNC Virtual Faculty Seminar Series TODAY @ 10:00am. ECE and Birck Joint Virtual Seminar Krishna Jayant Assistant Professor of Biomedical Engineering November 12th, 2020 | 10:00am Join Zoom Meeting: https://purdue-edu.zoom.us/j/94730880530 Title: Nanoscale electrical and optical neurotechnologies for mapping the sub-cellular neural code Abstract: Single neuron computations span multiple scales - from synapse to dendrite to the soma. Mapping single neuron input-output electrical transformations as well as decoding their computational rules remains a central question in neuroscience and a key need for a thorough understanding of both microcircuit function as well as behavioral output. In this talk I will present both published and ongoing work in which we exploit multimodal approaches to address key challenges in the field of single neuron computation. In the first part of my talk, I will describe our work on mapping dendritic spine electrical dynamics. Dendritic spines, characterized by a small head (volume~0.01-0.1μm3) and narrow neck (diameter~0.1μm, length~1μm), are the primary site of excitatory synaptic input in the mammalian brain. Synaptic inputs made onto spines first integrate onto dendrites, and subsequently propagate towards the soma and axon initial segment, where they further integrate with other inputs to determine overall action potential output. Elucidating the electrical properties of spines is thus paramount for understanding the first steps along this signal processing chain. I will describe our work using quantum-dot labeled quartz nanopipettes (15-30 nm diameters) under two-photon visualization for targeted intracellular recordings from spines1 and small pre-synaptic terminals. I will show through detailed experiments that (i) spines receive large EPSPs (25-30mV), and (ii) estimated neck resistances are large enough to influence electrical isolation (mean ~420 M?), and filter synaptic input as it invades the dendrite. I will then briefly describe the theoretical implications of these properties2 and describe key advances in amplifier design that can enable previously unattainable experiments on spines4. I will then describe recent results from my lab using two-photon holography to stimulate spines in 3D to unravel dendritic spine co-operativity across dendrites. In the second part of this talk, I will switch gears and describe a new method in which I combine the flexible property of these nanopipettes with microprisms to enable simultaneous two-photon calcium imaging and targeted intracellular electrophysiology from dendrites in vivo during behavior3. Last, I will give a succinct overview of our recent work at Purdue, including two-photon compatible transparent nanoelectrode arrays for mapping dendritic activity from the surface of the awake-behaving brain. I will conclude by presenting a snapshot of key collaborative projects at Purdue that highlight the integration of nanoscience and neuroscience. 1 Jayant, K. et al. Targeted intracellular voltage recordings from dendritic spines using quantum-dot-coated nanopipettes. Nature Nano, (2017). 2 Thibault Lagache, Krishna Jayant & Rafael Yuste,. Electrodiffusion modelling of spine voltage dynamics. J. Comp. Neurosci, 2019 3 Jayant, K. et al. Flexible nanopipettes for motion-insensitive intracellular electrophysiology in vivo. Cell Reports (2019). 4. Shekar, S., Jayant, K., et al, A miniaturized multi-clamp CMOS amplifier for intracellular neural recording, Nature Electronics, 2019 Bio: Krishna Jayant received his B.Tech degree in electrical engineering from the National Institute of Technology (NIT) Trichy, India in 2005, where as part of his bachelor's thesis he worked on bio-inspired optimization techniques. After brief research stints at IISc Bangalore (2005-2006), and the University of Bologna (2006-2007), both in the area of microelectronics, he joined Cornell University, Ithaca NY, where he received his M.S/PhD in electrical engineering in 2014 working with Prof. Edwin C. Kan on Bioelectronics. He then joined Columbia University for postdoctoral research training with Profs. Rafael Yuste, Ken Shepard, and Ozgur Sahin in the field of circuit neuroscience, biophysics, and CMOS integrated neurotechnology. Here, he was awarded the prestigious Kavli Post-Doctoral Fellowship for carrying out work at the intersection of nanoscience and neuroscience. As an Assistant Professor of Biomedical Engineering at Purdue, his laboratory focuses on elucidating the biophysical features involved in neural computation and their behavioral relevance using a combination of nano-electrophysiology, optical microscopy, CMOS integrated systems, and modeling. His research is supported by the NIH Trailblazer Award, the HFSP young investigator grant, and the Ralph E. Powe Junior Faculty Enhancement Award. Upcoming BNC Virtual Faculty Seminars, Fall 2020: Date Faculty Title 9/10/20 Ali Shakouri, Director of Birck Nanotechnology Center Overview of SMART Industry Consortium 9/17/20 Luna Lu, Professor of Civil Engineering - *Note time change* (10am - 11am): Co-Hosted with ECE Nanotechnology for Energy Harvesting and Sensing Applications 9/24/20 Alex Ma, Assistant Professor of Physics and Astronomy Superconducting circuits for quantum simulation and quantum information sciences 10/01/20 Hadiseh Alaeian, Assistant Professor of Electrical and Computer Engineering atom-Nanophotonics at low dimensions 10/08/20 Jianguo Mei, Assistant Professor, Department of Chemistry Semiconducting Polymers: A Journey from Scientific Curiosity to Technology Commercialization 10/15/20 Chen-Lung Hung, Assistant Professor of Physics and Astronomy Engineering atom-nanophotonics hybrid lattices 10/22/20 Chi Hwan Lee, Assistant Professor of Biomedical Engineering and Mechanical Engineering Sticker-Like Flexible Sensors for Wearable Healthcare Applications 10/29/20 Ryan Wagner, Research Assistant Professor, School of Mechanical Engineering Atomic force microscopy as a tool for multiphysics nanoscale characterization 11/5/20 Arnab Banerjee, Assistant Professor of Physics and Astronomy Co-design towards exotic spin-based systems and devices 11/12/20 Krishna Jayant, Professor of BME - *Note time change* (10am - 11am): Co-Hosted with ECE 11/19/20 Xiulin Ruan, Professor, School of Mechanical Engineering First Principles and Machine Leaning Predictions of Thermal and Optical Properties, and the Developments of Radiative Cooling Paints Spring 2021 Schedule: Date Faculty Title 2/4/21 Yi Xie, Assistant Professor, School of Nuclear Engineering Degradation of Structural Materials and Fuels in Nuclear Systems 2/11/21 Letian Dou, Assistant Professor, Davidson School of Chemical Engineering Organic-Perovskite Hybrid Quantum Wells, Heterostructure, and Optoelectronics 2/18/21 Nikhilesh Chawla, Ransburg Professor, School of Materials Engineering 4D Materials Science - Probing Microstructural Evolution Through Time-Resolved Imaging 2/25/21 3/4/21 David Cappelleri, Associate Professor of Mechanical Engineering Microrobotics Research Highlights 3/11/21 Stylianos Chatzidakis, Assistant Professor, School of Nuclear Engineering 3/18/21 Reading Day 3/25/21 Tyler Tallman, Assistant Professor, School of Aeronautics and Astronautics 4/1/21 4/8/21 4/15/21 4/22/21 4/29/21 Dead Week 5/6/21 Finals Week Thanks! Jaime Turner Lead Administrative Assistant to the Director | Birck Nanotechnology Center BRK | 1205 W State Street | West Lafayette, IN 47907 o: 765-494-3509<tel:7654943509> | m: 765-491-3064<tel:7654913064> | jjturner(a)purdue.edu<mailto:jjturner@purdue.edu> [83324AA6]<https://www.purdue.edu/>

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REMINDER: JOINT ECE and BNC Virtual Faculty Seminar: Speaker - Krishna Jayant -TODAY, Nov. 12th @ 10:00am via Zoom
by Turner, Jaime J 12 Nov '20

12 Nov '20

Reminder: BNC Virtual Faculty Seminar Series TODAY @ 12:00noon. ECE and Birck Joint Virtual Seminar Krishna Jayant Assistant Professor of Biomedical Engineering November 12th, 2020 | 10:00am Join Zoom Meeting: https://purdue-edu.zoom.us/j/94730880530 Title: Nanoscale electrical and optical neurotechnologies for mapping the sub-cellular neural code Abstract: Single neuron computations span multiple scales - from synapse to dendrite to the soma. Mapping single neuron input-output electrical transformations as well as decoding their computational rules remains a central question in neuroscience and a key need for a thorough understanding of both microcircuit function as well as behavioral output. In this talk I will present both published and ongoing work in which we exploit multimodal approaches to address key challenges in the field of single neuron computation. In the first part of my talk, I will describe our work on mapping dendritic spine electrical dynamics. Dendritic spines, characterized by a small head (volume~0.01-0.1μm3) and narrow neck (diameter~0.1μm, length~1μm), are the primary site of excitatory synaptic input in the mammalian brain. Synaptic inputs made onto spines first integrate onto dendrites, and subsequently propagate towards the soma and axon initial segment, where they further integrate with other inputs to determine overall action potential output. Elucidating the electrical properties of spines is thus paramount for understanding the first steps along this signal processing chain. I will describe our work using quantum-dot labeled quartz nanopipettes (15-30 nm diameters) under two-photon visualization for targeted intracellular recordings from spines1 and small pre-synaptic terminals. I will show through detailed experiments that (i) spines receive large EPSPs (25-30mV), and (ii) estimated neck resistances are large enough to influence electrical isolation (mean ~420 M?), and filter synaptic input as it invades the dendrite. I will then briefly describe the theoretical implications of these properties2 and describe key advances in amplifier design that can enable previously unattainable experiments on spines4. I will then describe recent results from my lab using two-photon holography to stimulate spines in 3D to unravel dendritic spine co-operativity across dendrites. In the second part of this talk, I will switch gears and describe a new method in which I combine the flexible property of these nanopipettes with microprisms to enable simultaneous two-photon calcium imaging and targeted intracellular electrophysiology from dendrites in vivo during behavior3. Last, I will give a succinct overview of our recent work at Purdue, including two-photon compatible transparent nanoelectrode arrays for mapping dendritic activity from the surface of the awake-behaving brain. I will conclude by presenting a snapshot of key collaborative projects at Purdue that highlight the integration of nanoscience and neuroscience. 1 Jayant, K. et al. Targeted intracellular voltage recordings from dendritic spines using quantum-dot-coated nanopipettes. Nature Nano, (2017). 2 Thibault Lagache, Krishna Jayant & Rafael Yuste,. Electrodiffusion modelling of spine voltage dynamics. J. Comp. Neurosci, 2019 3 Jayant, K. et al. Flexible nanopipettes for motion-insensitive intracellular electrophysiology in vivo. Cell Reports (2019). 4. Shekar, S., Jayant, K., et al, A miniaturized multi-clamp CMOS amplifier for intracellular neural recording, Nature Electronics, 2019 Bio: Krishna Jayant received his B.Tech degree in electrical engineering from the National Institute of Technology (NIT) Trichy, India in 2005, where as part of his bachelor's thesis he worked on bio-inspired optimization techniques. After brief research stints at IISc Bangalore (2005-2006), and the University of Bologna (2006-2007), both in the area of microelectronics, he joined Cornell University, Ithaca NY, where he received his M.S/PhD in electrical engineering in 2014 working with Prof. Edwin C. Kan on Bioelectronics. He then joined Columbia University for postdoctoral research training with Profs. Rafael Yuste, Ken Shepard, and Ozgur Sahin in the field of circuit neuroscience, biophysics, and CMOS integrated neurotechnology. Here, he was awarded the prestigious Kavli Post-Doctoral Fellowship for carrying out work at the intersection of nanoscience and neuroscience. As an Assistant Professor of Biomedical Engineering at Purdue, his laboratory focuses on elucidating the biophysical features involved in neural computation and their behavioral relevance using a combination of nano-electrophysiology, optical microscopy, CMOS integrated systems, and modeling. His research is supported by the NIH Trailblazer Award, the HFSP young investigator grant, and the Ralph E. Powe Junior Faculty Enhancement Award. Upcoming BNC Virtual Faculty Seminars, Fall 2020: Date Faculty Title 9/10/20 Ali Shakouri, Director of Birck Nanotechnology Center Overview of SMART Industry Consortium 9/17/20 Luna Lu, Professor of Civil Engineering - *Note time change* (10am - 11am): Co-Hosted with ECE Nanotechnology for Energy Harvesting and Sensing Applications 9/24/20 Alex Ma, Assistant Professor of Physics and Astronomy Superconducting circuits for quantum simulation and quantum information sciences 10/01/20 Hadiseh Alaeian, Assistant Professor of Electrical and Computer Engineering atom-Nanophotonics at low dimensions 10/08/20 Jianguo Mei, Assistant Professor, Department of Chemistry Semiconducting Polymers: A Journey from Scientific Curiosity to Technology Commercialization 10/15/20 Chen-Lung Hung, Assistant Professor of Physics and Astronomy Engineering atom-nanophotonics hybrid lattices 10/22/20 Chi Hwan Lee, Assistant Professor of Biomedical Engineering and Mechanical Engineering Sticker-Like Flexible Sensors for Wearable Healthcare Applications 10/29/20 Ryan Wagner, Research Assistant Professor, School of Mechanical Engineering Atomic force microscopy as a tool for multiphysics nanoscale characterization 11/5/20 Arnab Banerjee, Assistant Professor of Physics and Astronomy Co-design towards exotic spin-based systems and devices 11/12/20 Krishna Jayant, Professor of BME - *Note time change* (10am - 11am): Co-Hosted with ECE 11/19/20 Xiulin Ruan, Professor, School of Mechanical Engineering First Principles and Machine Leaning Predictions of Thermal and Optical Properties, and the Developments of Radiative Cooling Paints Spring 2021 Schedule: Date Faculty Title 2/4/21 Yi Xie, Assistant Professor, School of Nuclear Engineering Degradation of Structural Materials and Fuels in Nuclear Systems 2/11/21 Letian Dou, Assistant Professor, Davidson School of Chemical Engineering Organic-Perovskite Hybrid Quantum Wells, Heterostructure, and Optoelectronics 2/18/21 Nikhilesh Chawla, Ransburg Professor, School of Materials Engineering 4D Materials Science - Probing Microstructural Evolution Through Time-Resolved Imaging 2/25/21 3/4/21 David Cappelleri, Associate Professor of Mechanical Engineering Microrobotics Research Highlights 3/11/21 Stylianos Chatzidakis, Assistant Professor, School of Nuclear Engineering 3/18/21 Reading Day 3/25/21 Tyler Tallman, Assistant Professor, School of Aeronautics and Astronautics 4/1/21 4/8/21 4/15/21 4/22/21 4/29/21 Dead Week 5/6/21 Finals Week Thanks! Jaime Turner Lead Administrative Assistant to the Director | Birck Nanotechnology Center BRK | 1205 W State Street | West Lafayette, IN 47907 o: 765-494-3509<tel:7654943509> | m: 765-491-3064<tel:7654913064> | jjturner(a)purdue.edu<mailto:jjturner@purdue.edu> [83324AA6]<https://www.purdue.edu/>

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JOINT ECE and BNC Virtual Faculty Seminar: Speaker - Krishna Jayant - Nov. 12th @ 10:00am via Zoom
by Turner, Jaime J 11 Nov '20

11 Nov '20

ECE and Birck Joint Virtual Seminar Krishna Jayant Assistant Professor of Biomedical Engineering November 12th, 2020 | 10:00am Join Zoom Meeting: https://purdue-edu.zoom.us/j/94730880530 Title: Nanoscale electrical and optical neurotechnologies for mapping the sub-cellular neural code Abstract: Single neuron computations span multiple scales - from synapse to dendrite to the soma. Mapping single neuron input-output electrical transformations as well as decoding their computational rules remains a central question in neuroscience and a key need for a thorough understanding of both microcircuit function as well as behavioral output. In this talk I will present both published and ongoing work in which we exploit multimodal approaches to address key challenges in the field of single neuron computation. In the first part of my talk, I will describe our work on mapping dendritic spine electrical dynamics. Dendritic spines, characterized by a small head (volume~0.01-0.1μm3) and narrow neck (diameter~0.1μm, length~1μm), are the primary site of excitatory synaptic input in the mammalian brain. Synaptic inputs made onto spines first integrate onto dendrites, and subsequently propagate towards the soma and axon initial segment, where they further integrate with other inputs to determine overall action potential output. Elucidating the electrical properties of spines is thus paramount for understanding the first steps along this signal processing chain. I will describe our work using quantum-dot labeled quartz nanopipettes (15-30 nm diameters) under two-photon visualization for targeted intracellular recordings from spines1 and small pre-synaptic terminals. I will show through detailed experiments that (i) spines receive large EPSPs (25-30mV), and (ii) estimated neck resistances are large enough to influence electrical isolation (mean ~420 M?), and filter synaptic input as it invades the dendrite. I will then briefly describe the theoretical implications of these properties2 and describe key advances in amplifier design that can enable previously unattainable experiments on spines4. I will then describe recent results from my lab using two-photon holography to stimulate spines in 3D to unravel dendritic spine co-operativity across dendrites. In the second part of this talk, I will switch gears and describe a new method in which I combine the flexible property of these nanopipettes with microprisms to enable simultaneous two-photon calcium imaging and targeted intracellular electrophysiology from dendrites in vivo during behavior3. Last, I will give a succinct overview of our recent work at Purdue, including two-photon compatible transparent nanoelectrode arrays for mapping dendritic activity from the surface of the awake-behaving brain. I will conclude by presenting a snapshot of key collaborative projects at Purdue that highlight the integration of nanoscience and neuroscience. 1 Jayant, K. et al. Targeted intracellular voltage recordings from dendritic spines using quantum-dot-coated nanopipettes. Nature Nano, (2017). 2 Thibault Lagache, Krishna Jayant & Rafael Yuste,. Electrodiffusion modelling of spine voltage dynamics. J. Comp. Neurosci, 2019 3 Jayant, K. et al. Flexible nanopipettes for motion-insensitive intracellular electrophysiology in vivo. Cell Reports (2019). 4. Shekar, S., Jayant, K., et al, A miniaturized multi-clamp CMOS amplifier for intracellular neural recording, Nature Electronics, 2019 Bio: Krishna Jayant received his B.Tech degree in electrical engineering from the National Institute of Technology (NIT) Trichy, India in 2005, where as part of his bachelor's thesis he worked on bio-inspired optimization techniques. After brief research stints at IISc Bangalore (2005-2006), and the University of Bologna (2006-2007), both in the area of microelectronics, he joined Cornell University, Ithaca NY, where he received his M.S/PhD in electrical engineering in 2014 working with Prof. Edwin C. Kan on Bioelectronics. He then joined Columbia University for postdoctoral research training with Profs. Rafael Yuste, Ken Shepard, and Ozgur Sahin in the field of circuit neuroscience, biophysics, and CMOS integrated neurotechnology. Here, he was awarded the prestigious Kavli Post-Doctoral Fellowship for carrying out work at the intersection of nanoscience and neuroscience. As an Assistant Professor of Biomedical Engineering at Purdue, his laboratory focuses on elucidating the biophysical features involved in neural computation and their behavioral relevance using a combination of nano-electrophysiology, optical microscopy, CMOS integrated systems, and modeling. His research is supported by the NIH Trailblazer Award, the HFSP young investigator grant, and the Ralph E. Powe Junior Faculty Enhancement Award. Upcoming BNC Virtual Faculty Seminars, Fall 2020: Date Faculty Title 9/10/20 Ali Shakouri, Director of Birck Nanotechnology Center Overview of SMART Industry Consortium 9/17/20 Luna Lu, Professor of Civil Engineering - *Note time change* (10am - 11am): Co-Hosted with ECE Nanotechnology for Energy Harvesting and Sensing Applications 9/24/20 Alex Ma, Assistant Professor of Physics and Astronomy Superconducting circuits for quantum simulation and quantum information sciences 10/01/20 Hadiseh Alaeian, Assistant Professor of Electrical and Computer Engineering atom-Nanophotonics at low dimensions 10/08/20 Jianguo Mei, Assistant Professor, Department of Chemistry Semiconducting Polymers: A Journey from Scientific Curiosity to Technology Commercialization 10/15/20 Chen-Lung Hung, Assistant Professor of Physics and Astronomy Engineering atom-nanophotonics hybrid lattices 10/22/20 Chi Hwan Lee, Assistant Professor of Biomedical Engineering and Mechanical Engineering Sticker-Like Flexible Sensors for Wearable Healthcare Applications 10/29/20 Ryan Wagner, Research Assistant Professor, School of Mechanical Engineering Atomic force microscopy as a tool for multiphysics nanoscale characterization 11/5/20 Arnab Banerjee, Assistant Professor of Physics and Astronomy Co-design towards exotic spin-based systems and devices 11/12/20 Krishna Jayant, Professor of BME - *Note time change* (10am - 11am): Co-Hosted with ECE 11/19/20 Xiulin Ruan, Professor, School of Mechanical Engineering First Principles and Machine Leaning Predictions of Thermal and Optical Properties, and the Developments of Radiative Cooling Paints Spring 2021 Schedule: Date Faculty Title 2/4/21 Yi Xie, Assistant Professor, School of Nuclear Engineering Degradation of Structural Materials and Fuels in Nuclear Systems 2/11/21 Letian Dou, Assistant Professor, Davidson School of Chemical Engineering Organic-Perovskite Hybrid Quantum Wells, Heterostructure, and Optoelectronics 2/18/21 Nikhilesh Chawla, Ransburg Professor, School of Materials Engineering 4D Materials Science - Probing Microstructural Evolution Through Time-Resolved Imaging 2/25/21 3/4/21 David Cappelleri, Associate Professor of Mechanical Engineering Microrobotics Research Highlights 3/11/21 Stylianos Chatzidakis, Assistant Professor, School of Nuclear Engineering 3/18/21 Reading Day 3/25/21 Tyler Tallman, Assistant Professor, School of Aeronautics and Astronautics 4/1/21 4/8/21 4/15/21 4/22/21 4/29/21 Dead Week 5/6/21 Finals Week Thanks! Jaime Turner Lead Administrative Assistant to the Director | Birck Nanotechnology Center BRK | 1205 W State Street | West Lafayette, IN 47907 o: 765-494-3509<tel:7654943509> | m: 765-491-3064<tel:7654913064> | jjturner(a)purdue.edu<mailto:jjturner@purdue.edu> [83324AA6]<https://www.purdue.edu/>

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Scott Crooker (LANL) seminar Wednesday (11/11) at 10 a.m.
by David Stewart 10 Nov '20

10 Nov '20

All, PQSEI is hosting a Zoom seminar by Scott Crooker of Los Alamos National Lab Wednesday (11/11) at 10 a.m. The title is "Listening" to spin and magnetization noise, and the abstract is attached. Zoom link here: https://purdue-edu.zoom.us/j/94639398998 I hope you'll be able to join us. Best, David David J. Stewart, Ph.D. Managing Director Purdue Quantum Science and Engineering Institute (PQSEI) Birck Nanotechnology Center | 1205 West State Street | Room 1287C | West Lafayette, IN 47907 o: 765-496-3117<tel:7654963117> | davidstewart(a)purdue.edu<mailto:davidstewart@purdue.edu> | www.purdue.edu/dp/quantum<http://www.purdue.edu/dp/quantum> *Follow us! Twitter: @PurdueQuantum<https://twitter.com/PurdueQuantum>, LinkedIn<https://www.linkedin.com/company/pqsei/>, Facebook<https://www.facebook.com/QuantumPurdue> [8A5592F8]<https://www.purdue.edu/>

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