AppPage.net

Screenshots

  • E2M (Engineer with EM waves) screenshot 1
  • E2M (Engineer with EM waves) screenshot 2
  • E2M (Engineer with EM waves) screenshot 3
  • E2M (Engineer with EM waves) screenshot 4

About E2M (Engineer with EM waves)

Engineer with EM waves (E2M) is a powerful and fast 1D electromagnetic solver designed for engineers, researchers, and students. Analyze complex layered structures, extract photonic bands, and simulate optical properties directly on your iOS device. Key Features: - Advanced 1D EM Solver: Simulate 1D stacked (layered) structures with high-speed performance. - Comprehensive Analysis: Calculate Reflectance, Transmittance, and Absorptance (RTA) as functions of incident angle, thickness, and frequency. - Polarization Control: Analyze arbitrary polarization states. Define complex TE and TM inputs to simulate Linear, Circular, or Elliptical polarization interactions. - Photonic Band Structures: Extract band structures for both TE and TM modes to analyze periodic systems. - Material Library: 1. Built-in integration with the refractiveindex.info database for immediate access to practical material parameters (converts complex refractive index to complex permittivity/permeability assuming non-magnetic media). 2. User-Defined Materials: Create custom materials, including general LHI (Linear, Homogeneous, Isotropic) and Metamaterials (Double Negative/DNG). - Flexible Domain Settings: Switch simulation parameters between Frequency (THz), Wavelength (μm), or Energy (eV). - Data Export: Easily export raw data (.csv) and figures via Email or the iOS Files app for post-processing. Freeware Mode: E2M offers a generous free mode allowing designs of up to 3 layers. It supports infinite periodic repetition of these layers, enabling a wide range of academic calculations and case studies without a subscription. In-App Subscriptions: Unlock the full potential of E2M to design structures with unlimited layers. - Options: One Month, One Year, Lifetime. - Benefit: Removes the 3-layer limitation during the subscription period. - Terms: Subscriptions (excluding Lifetime) automatically renew unless canceled at least 24 hours before the end of the current period. You can manage or cancel your subscription anytime in your Apple Account settings. Legal - Terms of Use (EULA): https://www.apple.com/legal/internet-services/itunes/dev/stdeula/ - Privacy Policy: https://comphysics.com/index.php/privacy-policy-2/

What’s new

Version 1.25 · Updated December 19, 2025

- Arbitrary Polarization Support: Users can now define complex polarization states for TE and TM modes, enabling the simulation of Linear, Circular, and Elliptical polarization. - Enhanced Data Export: The exported raw data now includes the Transmission Angle and Frequency Domain Field Components at the incidence, reflection, and transmission boundaries. This empowers users to perform detailed post-processing and analyze polarization characteristics freely.

App privacy

The developer, ComPhysics, reported these privacy practices to Apple.

Data Not Linked to You

The following data, which may be collected but is not linked to your identity, may be used for the following purposes:

  • Purchases: Purchase History
  • Identifiers: Device ID
  • Usage Data: Product Interaction

Used for: Developer’s Advertising or Marketing, Analytics

Alternatives to E2M (Engineer with EM waves)

Looking for apps like E2M (Engineer with EM waves)? Here are 6 similar apps on the App Store. The highest rated is MorseLight Pro (5.0/5), and 5 of the 6 are free to download.

E2M (Engineer with EM waves) vs. alternatives
App Rating Price Last updated Compare
E2M (Engineer with EM waves) – Free December 19, 2025
MorseLight Pro 5.0 / 5 (1) Free Feb 3, 2025 Compare
Geezmo – Free Aug 31, 2024 Compare
BMC File Converter – Free Apr 1, 2026 Compare
AnyLLM 3.7 / 5 (3) 6.99 USD Aug 22, 2026 Compare
Solaris Optics 3.3 / 5 (6) Free Sep 22, 2026 Compare
MarsBrowser 4.8 / 5 (5) Free Oct 22, 2026 Compare

Compare E2M (Engineer with EM waves) with the top alternatives: ratings, updates, ASO score and keyword gaps →