Every researcher is a spark for someone else, Einsia is a spark for you

Focus purely on innovation

Research at the
speed of thought

Einsia is the best way to do research with AI.
Elevate your Overleaf writing experience with intelligent, LaTeX-aware AI support.

overleaf.com/project/

IEEE

FileEditInsertViewFormatHelp

Visual

Editor

Volume Extreme Ultraviolet Holographic Imaging With Numerical Optical Sectioning

P.~W.~Wachulak, M.~C.~Marconi, R.~A.~Bartels, C.~S.~Menoni, J.~J.~Rocca, Member, IEEE

\markboth{IEEE Photonics Journal} {Volume Extreme Ultraviolet Holographic Imaging}

\begin{receivedinfo}%

This paper presents a novel approach to three-dimensional holographic imaging using extreme ultraviolet (EUV) radiation. The technique combines traditional holographic methods with advanced numerical optical sectioning algorithms to achieve unprecedented resolution in 3D imaging applications.

The experimental setup utilizes a 46.9 nm laser source, which provides the necessary coherence and wavelength characteristics for high-quality holographic reconstruction. Numerical processing techniques are employed to extract depth information from the recorded holograms, enabling the reconstruction of three-dimensional object structures.

Chat With Einsia

Three-Dimensional Holography with ...

Help me write an introduction for my research paper on three-dimensional holographic imaging.

Einsia

思考3 秒

🔧SearchPaper

I'll help you draft an introduction for your research paper on three-dimensional holographic imaging. Let me search for relevant papers first.

🔧 SearchPaper

Found 15 relevant papers on three-dimensional holographic imaging published in the last 2 years.

Einsia

Based on recent literature, here are the most relevant papers for your research:

1. Volume extreme ultraviolet holographic imaging with numerical optical sectioning

This paper presents a technique for three-dimensional holographic imaging using extreme ultraviolet (EUV) radiation. The method combines holography with numerical optical sectioning to achieve high-resolution 3D imaging.

Relevance: Highly relevant - directly addresses the topic of your document

Details: Uses 46.9 nm laser wavelength, demonstrates numerical reconstruction techniques

2. Three-dimensional imaging techniques in extreme ultraviolet

Recent advances in EUV imaging have enabled new approaches to 3D reconstruction. This review covers multiple techniques including holography and tomography.

Relevance: Relevant - provides context for EUV imaging methods

Details: Covers multiple imaging modalities, includes comparison of techniques

3. Numerical optical sectioning for holographic reconstruction

This paper focuses specifically on the numerical methods used for optical sectioning in holographic imaging systems.

Relevance: Highly relevant - technical details match your research focus

Details: Full details and links available in the "Research Papers" tab.

TRUSTED BY RESEARCHERS FROM

Built for the modern academic workflow

Every feature is designed to reduce friction between your ideas and the final manuscript.

AI writing

Draft and refine with precision

Turn bullet points into LaTeX-ready prose and tighten phrasing without leaving Overleaf.

Research visuals

Bring clarity to complex visuals

Generate, polish, and annotate figures directly inside your paper with context-aware AI.

Formatting

Consistent structure in every section

Normalize headings, references, and typography to your target venue automatically.

AI translation

Publish-ready bilingual flows

Translate with academic tone control and domain-specific terminology baked in.

Formula generation

Trustworthy math, cleanly rendered

Derive, format, and validate equations with TeX-perfect output.

“Every researcher is a spark
for someone else.”

In the vast, silent expanse of the unknown, you are not just writing a paper.
You are lighting a beacon. We are your partner in this deep space exploration,
guarding the flame of your curiosity so it can burn brighter,
longer.

Coming Soon

Beyond the Plugin.

We’re building the future of research productivity.
Look forward to our standalone desktop application—a dedicated environment that unifies PDF reading, note-taking, and AI-assisted writing.
No context switching, just pure flow.

2,000,000+ researchers on the waitlist

Research at the speed of thought