Unique Fast Ring Resonator Simulations (MT-FIMMPROP) Compared Alternatives in Recent White Paper
Faster than cloud computing achieved on a laptop for simulations of entire ring resonators
Join with Photon Design experts to improve your skill in the software including supported hands-on sessions
Photon Design invite you to join for the 2025 FIMMWAVE/ FIMMPROP training sessions. This online course consists of two half day sessions hosted for timezones both in the Americas and Europe/ Asia.
| TimeZone | Date | Start Times |
|---|---|---|
|
Americas [Part 1] |
July 15th |
8:30am Pacific | 11:30am Eastern |
|
Americas [Part 2] |
July 16th |
8:30am Pacific | 11:30am Eastern |
|
Europe/ Asia [Part 1] |
July 17th |
9:30am CEST | 16:30pm Japan |
|
Europe/ Asia [Part 2] |
July 18th |
9:30am CEST | 16:30pm Japan |
This course is aimed at users who have worked through the manual’s learning guides and are hoping to become proficient users. We’ll be tackling common mistakes seen from our support and teaching more about the underlying methods in FIMMWAVE and FIMMPROP so they can be mastered. The training includes a series of talks and supported hands-on sessions.
There is a limit to the number of attendees on this course. Places will be allocated on a first-come-first served basis. Reach out to reserve your place.
Latest news and exhibitions Visit the Newsroom for more.
Faster than cloud computing achieved on a laptop for simulations of entire ring resonators
New white paper results show Photon Design’s EME runs orders of magnitude faster than commonly used FDTD while producing the same results - EME is the goto method for photonics design.
High power lasers created with Harold using multi-junctions shown in latest Harold release