About SiberSci, LLC

The Electromagnetic Spectrum for the Universe was created ~13.7 billion years ago with the Big Bang, and mankind has successfully harnessed parts of this Spectrum for numerous commercial, industrial, medical, and military applications. However, uncounted engineering problems typically arise when attempting to use this Spectrum, so SiberSci, LLC provides Electromagnetic Engineering Consulting Services to solve these problems for clients using analytical and numerical techniques developed for the following areas of expertise:

• Analytical Electromagnetics
• Numerical Electromagnetics
• Discrete Device, Circuit, Subassembly, and System Analysis
• Expert Witness for Discrete Devices, Circuits, Subassemblies, and Systems
• Electromagnetic Patent Review and Preparation
• SiberSci, LLC provides Electromagnetic Engineering Consulting Services for the Research, Design, Development, Prototyping, and Optimization of both Existing and New Devices, Circuits, Subsystems, and Systems, which include:
  1. 1Antennas,
  2. 2Microwave devices, circuits, and systems,
  3. 3Microwave Heating/Drying apparatus,
  4. 4Millimeter-Wave devices, circuits, and systems,
  5. 5RF devices, circuits, and systems, and
  6. 6RF Heating/Drying apparatus.

Let’s get started today by initiating a discussion regarding your specific problem.

Learn About SiberSci, LLC

Dr. Scott Best founded SiberSci, LLC with the vision of providing professional Electromagnetic Engineering solutions that keep up with the latest industry changes. He has witnessed firsthand how rapidly the field develops, and he knows that engineers need to continuously learn new techniques to stay ahead of the curve.

At SiberSci, LLC, we use the latest tools available, but we also know how to quickly iterate prototypes using older methods. We are confident in our ability to solve any Electromagnetic Engineering problem you have.

Our team of engineers has extensive experience in a variety of different industries, so we know how to tailor our services to meet your specific needs. We are always keeping up with the latest industry changes so that we can efficiently solve problems for clients.

SiberSci, LLC provides customized Electromagnetic Engineering Consulting Services to meet our clients’ individual technical requirements and schedule constraints. To determine if we can be of assistance, please provide Dr. Scott Best with a detailed description of the work to be performed along with your schedule. We will then provide a budgetary quotation for the required services. Each client’s business-sensitive information, intellectual property, and proprietary information is protected by a Non-Disclosure Agreement (NDA) to ensure that it is not compromised.

SiberSci, LLC provides the following abbreviated list of Electromagnetic Engineering Consulting Services:

1. 1Research, design, development, prototyping, fabrication, optimization, and manufacturing of Passive and Active RF, Microwave, and Millimeter-Wave components, circuits, and systems.
   1. aMicrostrip, stripline, and coplanar waveguide filters, couplers, active and passive impedance matching networks, delay lines, baluns, transformers, antennas, transmission lines, and application-specific circuits.
   2. bRectangular waveguide, cylindrical waveguide, coaxial waveguide, and elliptic waveguide filters, couplers, impedance matching networks, delay lines, baluns, transformers, antennas, transmission lines, and application-specific circuits.
   3. cParabolic reflectors, corner reflectors, frequency-specific standard gain horns, corrugated horns, dielectric lens, Lunenburg lens, Rotman Lens, Cassegrain, Inverse Cassegrain, spiral, patch, RFID Near-Field, RFID Far-Field, and application-specific antennas.
   4. dLDMOS, GaN, SiC, and GaAs power amplifiers, low-noise amplifiers (LNAs), and application-specific amplifiers.
      1. ILoad-Pull Optimization of amplifier active devices.
   5. eTemperature-stabilized GUNN diode oscillators.
2. 2RF, Microwave, and Millimeter-Wave dielectric characterization of temperature-dependent complex permittivity and permeability of plasmas, powders, liquids, and solids.
3. 3Research, design, development, and manufacturing of both industrial and commercial RF and Microwave heating systems using solid-state oscillators/amplifiers and Vacuum Electronic Device (VED) oscillators/amplifiers.
4. 4Plasma Engineering
   1. aResearch, design, development, and manufacturing of equipment for RF, and Microwave low temperature and thermal plasma generators.
   2. bPlasma diagnostics and characterization using spectroscopic techniques, Langmuir probes, and laser interferometry.
5. 5Research, design, development, and manufacturing of Point-to-Point Microwave and Millimeter-Wave circuits and systems for line-of-sight communications when fiber optic cable is not available for the application.
6. 6Research, design, development, prototyping, fabrication, optimization, and manufacturing of Vacuum Electronic Devices (VEDs) for RF, Microwave, and Millimeter-Wave oscillators and amplifiers.
   1. aDesign, characterization, and life testing of oxide and dispenser cathodes.
   2. bResearch, design, development, prototyping, fabrication, optimization, and manufacturing of:
      1. Islow-wave and fast-wave circuits for VEDs,
      2. IIdielectric vacuum windows,
      3. IIIX-ray sources, and
      4. VIUltra-High Vacuum (UHV) equipment.
7. 7Research, design, development, prototyping, fabrication, optimization, and manufacturing of Microwave and Millimeter-Wave quasi-optical components, circuits, and systems.
8. 8Research, design, and development of theoretical, analytical, or numerical Computational Electromagnetic algorithms and codes for simulated interaction between electromagnetic waves (RF, Microwave, and Millimeter-Wave) and materials.