The 2ndEdition of the International Cancer and Precision Oncology Conference (ICPOC2026) is pleased to welcome Dr. Dmitri Lapotko, Doctor of Science at Scorpido Photonics, Inc., United States, as a distinguished speaker.
An
internationally recognized expert in biophotonics, nanotechnology, and
plasmonics, Dr. Lapotko has pioneered innovative approaches that combine
laser physics, engineering, and medicine to advance cancer diagnostics and
treatment.
Presentation Title
Non-Stationary External Energy Mechanisms in Cancer Diagnostics and Treatment
About the Session
Cancer
diagnosis and treatment are entering a new era where external energy,
rather than conventional drugs alone, can be used to precisely identify and
eliminate diseased cells.
In this
groundbreaking presentation, Dr. Lapotko will introduce the science behind laser-generated
plasmonic nanobubbles—microscopic energy events created within targeted
cells that enable highly accurate diagnostics and therapeutic interventions.
By
integrating physics, nanotechnology, and biology, this technology
provides rapid, targeted, and minimally invasive solutions while reducing
damage to healthy tissues.
Key Learning Points
- Understanding plasmonic
nanobubbles and non-stationary plasmonics
- Laser-based cellular
diagnostics and therapy
- Precision destruction of
aggressive cancer cells
- Cell-level medicine powered
by external energy
- Integration with artificial
intelligence and robotics
- Applications in cancer
diagnostics and biopsy
- Microsurgery, endoscopy, and
targeted drug delivery
- Future directions for
precision oncology
About Dr. Dmitri Lapotko
Dr.
Dmitri Lapotko earned his M.S. in Thermal Physics and Ph.D. in Laser
Defense Applications from Belarus State University, followed by a Doctor
of Science in Bioengineering from the A.V. Lykov Heat and Mass Transfer
Institute.
His
pioneering research led to the invention of laser-generated plasmonic
nanobubbles, establishing an entirely new platform for cancer diagnostics,
therapy, microsurgery, and targeted drug delivery.
Dr.
Lapotko's work has laid the scientific foundation for non-stationary
plasmonics and nanophotonics, and his contributions are comprehensively
presented in his book, "Plasmonic Nanobubbles: From Physics to
Clinics."
His
innovations continue to shape the future of precision medicine by enabling
rapid, highly selective, and minimally invasive cancer treatments.
Join ICPOC 2026
ICPOC
2026 will unite leading researchers, clinicians, engineers, and industry
experts to discuss the latest innovations in cancer research and precision
oncology.
📅 Date: November 23–25, 2026
📍 Venue: Singapore & Online
🌐 Website: https://cancer.miconferences.com/
📄 Submit Your Abstract:
https://cancer.miconferences.com/abstract-submission
Be part
of the global conversation driving the next generation of cancer diagnosis and
treatment.
#ICPOC2026 #PrecisionOncology #CancerResearch
#Nanotechnology #Biophotonics #Photonics #Nanomedicine #ArtificialIntelligence
#CancerDiagnostics #MedicalInnovation
