Senior Scientist · Team Leader Author & Speaker Founder · Biophotoniq IEEE & Optica Senior Member

Michal Cifra, Ph.D.

The electromagnetic
physics
of life.

I measure and model how living matter generates and responds to electromagnetic fields — from the ultra-weak light cells emit, to the electrodynamics of microtubules and the effects of electric fields on proteins. I also build the software that lets a small lab run like a large one.

Michal Cifra speaking on short pulsed electric fields and proteins at the 2024 World Congress on Electroporation
WC2024 · Electroporation Congress
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120+
Publications
80+ journal papers
3,600+
Citations
Google Scholar · 2026
29
h-index
Scholar · 22 on WoS
2
Books edited
+ 2 special issues

01 — About

Where electromagnetism meets the living cell.

For nearly two decades I've worked at the interface of biophysics, electromagnetics, and photonics — asking how biological systems both generate and respond to electromagnetic fields, and how we can measure and harness those processes.

My team pairs precise measurement — single-photon detection, micro/nanosensors, high-frequency bioelectronic interfaces — with computer simulation of the electrodynamics of biomolecules, turning long-debated phenomena into quantitative, testable science.

Alongside research I lead people and programs, speak internationally, co-author scholarly books — and increasingly architect the software and automation that multiplies what a small group can do.

2022 Justin Teissié Award
2021 IEEE Sensors Best Paper (2nd)
2019 Optica Senior Member
2016 Otto Wichterle Award · CAS
2015 IEEE Senior Member

02 — Research expertise

Six threads, one question:
how does life work electromagnetically?

01

Ultra-weak photon emission

Endogenous biophotons & biochemiluminescence from oxidative metabolism — mechanisms, imaging, and statistics of the faintest light life emits.

02

Microtubules & cytoskeleton

Electric fields from vibrational modes of microtubules; radiofrequency characterization of cytoskeletal structures.

03

Electric field effects on proteins

How applied fields — pulsed electric fields and sub-THz — and intrinsic charged side-chain motions reshape protein behaviour and steer long-range protein–protein effects.

04

Sub-THz & microwave interactions

Sub-terahertz devices to control proteins; microwave characterization methods for biomolecular systems.

05

Micro- & nano-biosensors

High-frequency bioelectronic interfaces and sensors that make weak electromagnetic processes measurable.

06

Non-chemical cell signalling

Critical, evidence-driven study of field-mediated cell-to-cell communication — separating real effects from artefact.

03 — Record & impact

Beyond the papers.

I've authored 120+ publications — 80+ journal papers and 2 edited books (plus 2 guest-edited special issues) — cited 3,600+ times on Google Scholar (1,700+ on Web of Science; h-index 29). Full list on Google Scholar · ORCID. Below: the leadership and service behind them.

~€3M
Research funding
incl. €1.9M ERC-equivalent EXPRO
30+
Events organized
10,000+ attendees
27
Researchers mentored
12 MSc · 7 PhD · 8 postdoc
8
Awards & honors
Wichterle · Teissié · IEEE

Service, societies & leadership

Societies & editorial

  • BioEM Society — board & communication committee
  • IEEE Senior Member — Czechoslovakia Section EMB chair (2018–21) & secretary; MTT TC-28
  • URSI — Commission K (TAC); national-committee secretary
  • Optica Senior Member · SPIE Life Member
  • Associate Editor, Scientific Reports (2019–); former IEEE JERM
  • Elected member, CAS Assembly (2018–26)
  • Grant-panel & PhD-thesis reviewer — EC Horizon, DFG, FWO…; 16 theses

Teaching, mentoring & ventures

  • Founder — Molecular Bioelectromagnetism course, Charles University
  • Founder — Bioelectrodynamics webinar series (2021–, ~1,600 members)
  • Founder — Biophotoniq, science-outreach venture (2026–)
  • Alumni now at NIST · Kanazawa U · SETU · KU Ružomberok
  • On the boards of 3 PhD + 1 MSc study programs (CZ & SK)
  • Patent — method of determining complex permittivity (CZ, 2024)
  • Co-founder & CTO, MetaVia s.r.o. (2007–12)

04 — Builder & process architect

Research runs on systems —
so I build them.

Beyond the lab I design software and automation that compress repetitive scientific and communication work into reliable, self-running pipelines. An avid vibecoder — building with AI agents as collaborators — and a process architect turning one-off effort into durable infrastructure.

Founder · Apr 2026 BiophotoniqA venture spreading the science of light, fields & living systems to the world. biophotoniq.net →

Autonomous-agent ecosystem

A monorepo of dozens of cooperating agents handling infrastructure, scientific tooling, science communication, and HPC access.

Content automation pipelines

End-to-end media pipelines — transcription, captioning, rendering, multi-platform publishing — running unattended.

HPC & simulation orchestration

Molecular-dynamics and modelling campaigns orchestrated across academic supercomputing — preflight-gated and reproducible.

05 — Talks & media

On stage & on screen.

From TEDx to the Quantum Biology Forum, I give public lectures and scientific talks on the electromagnetic side of life — a selection below. More on my YouTube channel.

06 — Speaking & press

Invite me to speak.

I speak to scientific, technical, and general audiences on the electromagnetic side of life — keynotes, conference talks, podcasts, and public outreach. Everything an organizer needs is here, plus a one-page speaker sheet →

The electromagnetic physics of life

A grand-tour keynote — how living matter generates and responds to electromagnetic fields, from the light cells emit to the fields of proteins. TEDx-style, for general audiences.

The light living things emit

Ultra-weak photon emission & biophotons — what the faintest light of life reveals about oxidative stress, health, and non-invasive diagnostics.

Electric fields & proteins

How pulsed and sub-terahertz electric fields reshape biomolecules — mechanisms and applications in bio- and nanotechnology.

Running a small lab like a big one

AI, "vibecoding," and process architecture for science — autonomous agent systems that multiply a research team. For tech & innovation audiences.

Press kit

Michal Cifra — headshot

Hi-res headshot, copy-ready bios, and a printable one-sheet — everything an organizer needs to introduce me. Grab the headshot and one-sheet below.

Short bio

Michal Cifra is Head of the Bioelectrodynamics Research Team and Senior Scientist at the Institute of Photonics and Electronics, Czech Academy of Sciences. He holds an MSc in Biomedical Engineering and a PhD in Radioelectronics, with research experience in biophotonics (RWTH Aachen / IIB, Germany) and high-frequency bioelectronic interfaces (University of Chicago, USA). His work focuses on electromagnetic properties of biosystems and engineering nanoscale electromagnetic field–biomatter interactions, particularly in proteins. He is passionate about creating global impact in healthcare through leadership, translational research, and the development of the Biophotoniq innovation ecosystem.

Long bio

Michal Cifra heads the Bioelectrodynamics Research Team at the Institute of Photonics and Electronics of the Czech Academy of Sciences, where he works at the interface of physics, engineering, and biology. He holds an MSc in Biomedical Engineering from the University of Žilina and a PhD in Radioelectronics from the Czech Technical University in Prague. His international research experience includes work at RWTH Aachen, the International Institute of Biophysics in Germany, the University of Chicago, and research stays in Japan and Brazil. Cifra's research focuses on the electromagnetic properties of living systems and on engineering electromagnetic field–biomatter interactions at the molecular and nanoscale levels, with particular interest in proteins, microtubules, cytoskeletal dynamics, chemiexcitation, biochemiluminescence, and ultraweak photon emission. Under his leadership, the Bioelectrodynamics team combines advanced electromagnetic concepts, micro- and nanotechnology-enabled tools, computational modelling, and experiment to probe and influence biosystems at the biomolecular level. He is driven by the vision of translating fundamental discoveries into practical biomedical and biotechnological applications, while building the Biophotoniq innovation ecosystem to create global impact in healthcare through research leadership, collaboration, and innovation.

07 — Connect & follow

Find me across the web.

Science updates, talks, and behind-the-scenes of the lab — pick your platform.

Profiles & writing