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Adámas Nanotechnologies
Brilliant Diamond Solutions

A nanodiamond toolkit for quantum sensing technologies

 

Non-bleaching Optical Biological Probes

Photostable, non-toxic probes with nitrogen-vacancy (NV) and nitrogen-vacancy-nitrogen (NVN) centers for faster imaging and groundbreaking longitudinal research

Imaging and Quantum Sensing

Multicolor functionalized fluorescent nanodiamonds with nitrogen-vacancy (NV) and nitrogen-vacancy-nitrogen (NVN) centers for imaging and quantum sensing

Brand Protection and Anti-counterfeiting

Microdiamond with unique spectroscopic signatures for brand protection and product tracking

Quantum Photonics and Quantum Sensing

Single Photon Emitters with nitrogen-vacancy (NV) centers for quantum optics and photonics

Detonation Nanodiamond

Polymer composites, galvanic coatings with improved mechanical properties, super-finish polishing

5 nm Nanodiamond Suspensions

Additives to enhance material properties; carriers in drug delivery research

D-TRIBO Lubricant Additives

Our suite of lubricant additives for preventing mechanical wear and tear

Seeding for CVD Diamond Films

Nanodiamond precursors for growth of defect free CVD diamond films

Boron Doped Nanodiamond

Semiconductive nanodiamond for growth of boron doped diamond films

 

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Our Recent Presentations, Publications

Optical and Electronic Spin Properties of Fluorescent Micro- and Nanodiamonds upon Prolonged Ultrahigh-temperature Annealing, led by Nicholas Nunn, was published in JVST,
High-temperature annealing is a promising but still mainly unexplored method for enhancing spin properties of nitrogen-vacancy (NV) centers in diamond particles. In this paper we investigate the effects of conventional annealing (900 °C) against annealing at a much higher temperature of 1600 ºC for particles ranging in size from 100 nm to 15 µm. The results provide guidance for future studies and optimization of high temperature annealing of fluorescent diamond particles for applications relying on the spin properties of NV centers in the host crystals.

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Recent Publications Using Our Products

Complex Three-Dimensional Microscale Structures for Quantum Sensing Applications by Blankenship et al., Nano Letters 2023
Researchers from University of Berkeley developed a technique to embed nanodiamonds containing NV centers into microscale 3D printed structures and measure the temperature and magnetic field inside of these structures based on optically detected magnetic resonance of NV centers.
Envisioned applications: cellular scaffolding, remote detection of passing currents in microelectronics, and chemical sensors in microfluidics
(used NDNV SKU: NDNV100nmHi and NDNV20nmHi)

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Virtual Lecture Series on Nanodiamond

Fedor Jelezko, Ulm University Institute for Quantum Optics

“Perspectives in Quantum Diamond Technologies”
Feb 2nd 2024, Noon ET

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