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BEGIN:VEVENT
UID:20260524T123526Z - 43429@eupp208
DTSTART;TZID=US/Eastern:20250313T120000
DTEND;TZID=US/Eastern:20250313T130000
CREATED:20260524T123526Z
DESCRIPTION:<a href="https://www.lucedaphotonics.com/event/thin-film-lithiu
 m-niobate-revolutionizing-photonic-integrated-circuits-141/register">Thin-
 Film Lithium Niobate: Revolutionizing Photonic Integrated Circuits</a>\nSp
 eakers Moderator Sean Nelan Photonics Engineering Lead at Spark Photonics 
 Social Media Matthew Delaney Business Development Manager – North Americ
 a at Luceda Photonics Social Media Kevin McComber CEO at Spark Photonics S
 ocial Media Missed the webinar? Watch Now In an era of unprecedented techn
 ological transformation\, photonic integrated circuits (PICs) are emerging
  as a critical technology driving innovation across telecommunications\, q
 uantum computing\, sensing\, and beyond. At the heart of this revolution l
 ies thin-film lithium niobate (TFLN)—a material poised to redefine the l
 andscape of optical technologies. If you are interested in learning more a
 bout TFLN and its role in the world of photonics and PICs\, join Spark Pho
 tonics and Luceda Photonics for an engaging webinar exploring the world of
  thin-film lithium niobate. Spark Photonics will discuss the history and s
 ignificance of lithium niobate in photonics\, as well as the key propertie
 s of TFLN and their impact on the field. They will also cover traditional 
 and non-traditional materials (TFLT\, BTO) for PICs\, and their relevance 
 across various applications such as telecommunications\, quantum computing
 \, and LiDAR. Additionally\, Spark Photonics will showcase case studies of
  TFLN-based devices and the advancements driving its adoption in PICs\, in
 cluding integration with other materials and considerations for fabricatio
 n and packaging. Luceda Photonics will complement this discussion by showc
 asing its expertise in the design and simulation of TFLN PICs. Attendees w
 ill gain insights into streamlined design workflows and see a live demonst
 ration of simulation using Luceda IPKISS\, which simplifies the design wor
 kflow for TFLN PICs. The presentation will address the challenges and solu
 tions in TFLN design and fabrication highlighting the essential role of Lu
 ceda IPKISS in bringing these groundbreaking photonic [...]
DTSTAMP:20260524T123526Z
LOCATION:Online event
SUMMARY:Thin-Film Lithium Niobate: Revolutionizing Photonic Integrated Circ
 uits
X-ALT-DESC;FMTTYPE=text/html:<a href="https://www.lucedaphotonics.com/event
 /thin-film-lithium-niobate-revolutionizing-photonic-integrated-circuits-14
 1/register">Thin-Film Lithium Niobate: Revolutionizing Photonic Integrated
  Circuits</a>\nSpeakers Moderator Sean Nelan Photonics Engineering Lead at
  Spark Photonics Social Media Matthew Delaney Business Development Manager
  – North America at Luceda Photonics Social Media Kevin McComber CEO at 
 Spark Photonics Social Media Missed the webinar? Watch Now In an era of un
 precedented technological transformation\, photonic integrated circuits (P
 ICs) are emerging as a critical technology driving innovation across telec
 ommunications\, quantum computing\, sensing\, and beyond. At the heart of 
 this revolution lies thin-film lithium niobate (TFLN)—a material poised 
 to redefine the landscape of optical technologies. If you are interested i
 n learning more about TFLN and its role in the world of photonics and PICs
 \, join Spark Photonics and Luceda Photonics for an engaging webinar explo
 ring the world of thin-film lithium niobate. Spark Photonics will discuss 
 the history and significance of lithium niobate in photonics\, as well as 
 the key properties of TFLN and their impact on the field. They will also c
 over traditional and non-traditional materials (TFLT\, BTO) for PICs\, and
  their relevance across various applications such as telecommunications\, 
 quantum computing\, and LiDAR. Additionally\, Spark Photonics will showcas
 e case studies of TFLN-based devices and the advancements driving its adop
 tion in PICs\, including integration with other materials and consideratio
 ns for fabrication and packaging. Luceda Photonics will complement this di
 scussion by showcasing its expertise in the design and simulation of TFLN 
 PICs. Attendees will gain insights into streamlined design workflows and s
 ee a live demonstration of simulation using Luceda IPKISS\, which simplifi
 es the design workflow for TFLN PICs. The presentation will address the ch
 allenges and solutions in TFLN design and fabrication highlighting the ess
 ential role of Luceda IPKISS in bringing these groundbreaking photonic [..
 .]
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