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BEGIN:VEVENT
DTSTAMP:20260814T055405Z
DTSTART;VALUE=DATE-TIME:20251006T130000
DTEND;VALUE=DATE-TIME:20251006T140000
SUMMARY:WCPM: Peng Wang\, Warwick
TZID:Europe/London
UID:20251006-8ac672c698eb2d640198efcd68380b8b@warwick.ac.uk
CREATED:20251001T100542Z
DESCRIPTION:Location: Lecture Theatre 0.004 IMC Networking Lunch: The Rec
 harge Room\, next to Lecture Theatre 0.004\, from 12:30pm - 1pm. Title: 
 An Emerging Electron Microscopy Imaging Technology for Physical and Biol
 ogical Sciences: 4D STEM Electron Ptychography Abstract: Electron micros
 copy has become an essential tool for advancing our understanding of mat
 erials and biological systems\, offering structural and chemical insight
 s across length scales from the macroscopic to the atomic. At Warwick\, 
 the Electron Microscopy Research Technology Platform (EM-RTP) provides a
  state-of-the-art facility that supports a wide range of research activi
 ties\, from advanced imaging and spectroscopy to in-situ and correlative
  methods. I will begin by introducing the general principles of electron
  microscopy and highlighting the capabilities of the Warwick EM-RTP in e
 nabling multidisciplinary research. The second part of the talk will foc
 us on an emerging frontier in the field: 4D STEM electron ptychography [
 1]. This technique\, quickly developed in the X-ray community\, utilitiz
 es overlapping diffraction measurements to computationally reconstruct i
 mages with superior phase sensitivity and resolution. In electron micros
 copy\, 4D STEM ptychography has opened new opportunities to overcome the
  traditional limits of imaging optics\, enabling super-resolution imagin
 g [2]\, low-dose imaging for beam-sensitive materials [3-5]\, quantitati
 ve measurements of electric [6] and magnetic fields[7] and 3D imaging [8
 -10]. I will discuss recent developments in detector technologies\, algo
 rithmic advances\, and applications to both physical and biological scie
 nces\, illustrating how ptychography is transforming our ability to visu
 alize and understand complex systems at the nanoscale. Bio: Professors' 
 Wangs research has been focused primarily on two areas: developing novel
  computational diffractive imaging techniques (ptychography\, 4D STEM) f
 or cryogenic electron microscopy (Cryo-EM)\, light atomic detecting (O\,
  Li elements)\, low dose imaging (beam sensitive materials)\, 3D reconst
 ruction and EM field mapping\, which can then tackle characterization ch
 allenges across the physical and life sciences\, ranging from battery ma
 terials to biological macromolecules\; in situ examining atomic structur
 es of advanced materials and their functional properties with an emphasi
 s on complex oxides and two-dimensional materials. To date\, he has publ
 ished over 100 refereed journal articles\, including Nature\, Science\, 
 PNAS\, Nature Nanotechnology\, Nature Electronics\, Nature Catalysis\, N
 ature Communications\, Physical Review Letters\, Advanced Materials and 
 Ultramicroscopy. Find out more here.
LOCATION:Lecture Theatre 0.004 IMC
CATEGORIES:WCPM
LAST-MODIFIED:20251001T100542Z
ORGANIZER;CN=Jin Kang:
END:VEVENT
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