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SEMIAGORA RESEARCH STUDIO

Research support.
Figures. Manuscripts.

Semiconductor research support, scientific diagrams and models, cover artwork, and manuscript editing. Start with one deliverable or a connected project.

Discuss your projectView work & samples
Copper interfaces and semiconductor layers in the original Connected Stack cover concept.01 / The connected stack Sculptural MEMS structure with gold and dark silicon details.

Original concept artwork · Explore all eight below

For semiconductor students, researchers and authors.Inspect sample deliverables

SEMIAGORA RESEARCH STUDIO

Research, made clear.

From the research question to the figure and final wording. Choose the support your project needs.

02

Scientific diagrams & figure sets

Device and process schematics, conceptual models, data plots and coordinated Figure 1 (a–d) panels.

Editable diagrams · Panel layouts · Caption drafts

Discuss this service
03

Scientific covers & concept art

Original semiconductor artwork for research stories, presentations and cover concepts.

Concept direction · Artwork · Agreed source files

Discuss this service
04

Manuscript editing & structure

Technical English, argument flow, captions and author queries, with a manuscript layout to bring the pieces together.

Marked-up edits · Clean text · Revision memo

Discuss this service
See a diagram before and after editing

Every project starts with a written scope: deliverables, price, draft and final dates, revision rounds and editable files.

Compare service scopes
Explore the full Research Studio

SEMIAGORA / CONCEPT ART

Eight stories. A closer look.

Select an image to see the full artwork. Open its details to explore the concept or discuss a similar project.

Copper bonding surfaces and layered semiconductor structures in a dark close-up composition.

01 / Advanced packaging

The connected stack

Details

A precise interface, a larger connected system. Copper and dielectric layers turn advanced packaging into a sculptural cover story.

Packaging covers, device explainers and technical presentations.

Illustrative bonding geometry with exaggerated scale and surface detail; not a manufactured HBM structure.

Reference: imec / EVG · Hybrid bonding researchDiscuss a similar artwork
A curved dark sensor film carrying an array of fine gold electrode patterns.

02 / Flexible electronics

Precision in a new shape

Details

A gold electrode array follows the sweep of a flexible surface. Repetition and shallow focus reveal the precision of the pattern.

Sensor research covers, materials stories and device presentations.

A new illustrative sensor pattern inspired by a published cover composition; not the measured detector shown in that publication.

Reference: Nature Electronics · February 2025 coverDiscuss a similar artwork
A silicon photonic racetrack, bus waveguide and grating coupler with a restrained cyan optical accent.

03 / Silicon photonics

Where light takes a turn

Details

A quiet path of light meets sharply defined microstructures. A focused visual language for integrated optics.

Photonics covers, optical-device concepts and conference visuals.

Stylized waveguide geometry and visible light; not a calculated optical mode or measured device response.

Reference: imec · Silicon photonic interposersDiscuss a similar artwork
Red, green and blue quantum-dot pixel islands on a diagonal substrate with an enlarged amber particle and violet light.

04 / Quantum dots / patterning

A spectrum, patterned

Details

Colour, scale and a diagonal substrate connect individual particles to patterned pixels in one visual story.

Nanomaterials covers, display concepts and patterning presentations.

New concept art informed by a published cover composition. Particle sizes, ligand shapes and optical colour are illustrative.

Reference: NGON Lab · ACS Energy Letters cover galleryDiscuss a similar artwork
A cutaway copper microchannel cooler with cool cyan fluid paths above a warm semiconductor chip.

06 / Thermal management

A cooler path forward

Details

Cool fluid paths pass through a copper landscape above the chip. A cutaway composition makes the thermal story visible.

Cooling research covers, packaging stories and thermal-management visuals.

Flow and temperature colours are artistic cues; not CFD output, a measured temperature field or a performance claim.

Reference: EPFL POWERlab · Microfluidic coolingDiscuss a similar artwork
Overlapping blue and teal hexagonal lattice sheets above a dark substrate, with a twist-inspired interference pattern.

07 / Two-dimensional materials

A twist between layers

Details

Two thin lattice layers meet at a slight rotation. Their overlap becomes the centre of a materials-focused composition.

Materials covers, heterostructure concepts and research presentations.

Stylized lattice and twist geometry; no specific material, atomic registry or electronic band structure is established.

Reference: Nature · Van der Waals integrationDiscuss a similar artwork
A capacitor cutaway containing adjacent gold and teal dipole domains with opposite orientations.

08 / Ferroelectric memory

Two directions, one memory

Details

Opposing polarization domains give a memory concept a visible structure, framed by metallic electrodes.

Memory covers, polarization explainers and device concept visuals.

Polarization is represented symbolically; not an atomically validated crystal, switching simulation or retention measurement.

Reference: imec · Ferroelectric memoryDiscuss a similar artwork

AI-generated concept samples · Illustrative geometry · Not measured results or client commissions.

One panel or the complete figure.

Structures, mechanisms, processes and data plots, with source formats agreed for your project.

Discuss a figure or panel set

FROM QUESTION TO FIGURE

Research with a story to tell.

Four original studies. Sixteen coordinated panels. Explore the question, the evidence and the files behind the figure.

Explore the research casebook
More measurements. The same uncertainty floor. Separate independent read noise from shared calibration error before trusting a smaller error bar.Open full figure
Original synthetic numerical study · No measured data

AFM · Metrology

More measurements. The same uncertainty floor.

Separate independent read noise from shared calibration error before trusting a smaller error bar.

Standard uncertainty

8 reference readings0.3068nm
128 reference readings0.3024nm
Difference −0.0044nm
Values & comparison details

Difference = comparison − reference. Rounded for display; original data retained.

8 reference readings
0.30678799182888106 nm
128 reference readings
0.30237279060069183 nm

Same shared-error model. Uncertainty of one profile mean; synthetic study.

Numerically checked within a defined model. Read the case for assumptions, verification and limits.

Read this research storyDiscuss a research figure set
PDF Editable SVG Figure & data pack

Original figure labels and downloadable files are in English.

Manuscript layout sample with a title, abstract and the four-panel ALD research figure.

Manuscript editing & structure

See a manuscript take shape.

A manuscript layout sample brings the title, abstract, four-panel research figure and caption together on one page.

  1. Title & abstract
  2. Figure 1 · Panels (a–d)
  3. Caption & author queries
AN ORIGINAL EDITING EXAMPLE

Both groups was were tested at the same gate voltages.

Author query: confirm the temperature and measurement protocol.
Open the manuscript sampleDiscuss a manuscript

Layout demonstration using an original synthetic numerical study. Not a published paper. Original figure labels and downloadable files are in English.

THE PERSON BEHIND SEMIAGORA

Founded by Dongsu Kim

An independent semiconductor learning and research-support project. Explore the original studies, editable files and working approach behind the services.

Meet SemiAgora

THE OPEN KNOWLEDGE SIDE

Build understanding.
Then go deeper.

Keep learning and research connected. Follow a concept, inspect a saved result, or find the route that fits your question.

Understand the concepts

Build your understanding of devices, processes and circuits through structured lessons.

Explore learning

Inspect the results

Explore saved simulation results with their assumptions, source files and limits.

Open simulation atlas

Find your starting point

Choose a guided route for your question, role and current level of understanding.

Choose a learning path
225mapped topic nodes
127saved replay objects

Coverage is mapped openly.
Mapped content is not a validation claim.

Browse the knowledge atlas
Browser labsEngineering domainsResearch atlasTools & referencesSearch the site
Explore the technical evidence workflow (English source)

SEMIAGORA EVIDENCE OS / V140

One question. Five evidence moves.

Start at the stage closest to your work. Every route carries its evidence state, denominator, packet status, and stop condition forward.

Start by intentOne entry map; no completeness claim.Search public metadataBrowser-local metadata filtering; no source-body search or query logs.Verify the releaseExact public lineage; no scientific or production signoff.
597/597claim rows carry an explicit stateUNVERIFIED VISIBLE471/471metric contracts declare a denominator384 UNKNOWN RETAINED127/127simulation objects have packet or exception3 EXPLICIT EXCEPTIONS68/68linked lab routes have packet or exception0 HIDDEN RUNS

LET’S START WITH THE SCOPE

What are you
working on?

Tell us the type of work, approximate volume and deliverables you need. Start with a non-confidential summary.

  1. Describe the workChoose editing, figures or another listed service.
  2. Agree the scopeConfirm fit, deliverables, price, timing and revisions.
  3. Share materials by agreementSet the file-handling terms before sending research.
Prepare an inquiry

The brief opens a draft in your email app. You send it yourself; this site does not receive files or take payment.