Red Pitaya Blog | Research (3)

24 Oct

Case study, Academia, Research

Red Pitaya Based Low-Cost SDR Platform

By Red Pitaya Team
0 Comments

Many low cost SDR platforms are now available on the market, such as HackRF One [1], Adalm Pluto...

An SDRLab 122-16 Controlling Low-Field MRI Applications

15 Sep

Case study, Academia, Research

An SDRLab 122-16 Controlling Low-Field MRI Applications

By Red Pitaya Team
0 Comments

MRI scanning technology can be considered one of the most important and useful imaging tools in the...

Multi-Channel Signal Acquisition and Generation for Magnetic Particle Imaging with Red Pitaya

13 Sep

Case study, Research

Multi-Channel Signal Acquisition and Generation for Magnetic Particle Imaging with Red Pitaya

By Red Pitaya Team
0 Comments

Tomographic imaging modalities, such as magnetic resonance imaging (MRI) or computed tomography...

Brain–Computer Interface with the Red Pitaya STEMLab 125-10

29 Jul

Academia, Research

Brain–Computer Interface with the Red Pitaya STEMLab 125-10

By Red Pitaya Team
0 Comments

Overview

Red Pitaya at the Center of a 16-Channel Electrical Impedance Tomography System

6 Jun

Case study, Academia, Research

Red Pitaya at the Center of a 16-Channel Electrical Impedance Tomography System

By Red Pitaya Team
0 Comments

Imaging techniques have become everyday instruments in the medical world, providing us with ...

Quantum Nanomechanical Resonators, Inspired by Spiderwebs

25 Jan

Case study, Research

Quantum Nanomechanical Resonators, Inspired by Spiderwebs

By Red Pitaya Team
0 Comments

Quantum technology is clearly the way to go when you’re looking for faster, smaller and more...

Testing a High Precision, Wide Bandwidth DC Current Transducer with Red Pitaya

20 Jan

Research

Testing a High Precision, Wide Bandwidth DC Current Transducer with Red Pitaya

By Red Pitaya Team
0 Comments

Where, traditionally, AC-voltage was predominant in power generation, distribution and high-power...

DR-RINS: Digital real-time relative intensity noise suppressor for pump–probe spectroscopy and microscopy

7 Jul

Case study, Research

DR-RINS: Digital real-time relative intensity noise suppressor for pump–probe spectroscopy and microscopy

By Red Pitaya Team

Transient absorption and stimulated Raman scattering microscopy are techniques that sense tiny...

Canvas - a free graphical DSP design tool for Red Pitaya's FPGA

18 May

Case study, Research

Canvas - a free graphical DSP design tool for Red Pitaya's FPGA

By Red Pitaya Team

We are excited to share with you an amazing project by Pau Gómez Kabelka, a PhD student at the...

A highly stable monolithic enhancement cavity for second harmonic generation in the ultraviolet range

12 May

Case study, Research

A highly stable monolithic enhancement cavity for second harmonic generation in the ultraviolet range

By Red Pitaya Team
0 Comments

Modern quantum optics experiments require a broad range of laser frequencies, including for...

Research (3)

Red Pitaya Based Low-Cost SDR Platform

An SDRLab 122-16 Controlling Low-Field MRI Applications

Multi-Channel Signal Acquisition and Generation for Magnetic Particle Imaging with Red Pitaya

Brain–Computer Interface with the Red Pitaya STEMLab 125-10

Red Pitaya at the Center of a 16-Channel Electrical Impedance Tomography System

Quantum Nanomechanical Resonators, Inspired by Spiderwebs

Testing a High Precision, Wide Bandwidth DC Current Transducer with Red Pitaya

DR-RINS: Digital real-time relative intensity noise suppressor for pump–probe spectroscopy and microscopy

Canvas - a free graphical DSP design tool for Red Pitaya's FPGA

A highly stable monolithic enhancement cavity for second harmonic generation in the ultraviolet range

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