Audio Materials Science

The Experts In Materials for Audio Product Development
#enclosures #audioMaterials #waterproof #composites #graphene #manufacturing

[Menlo Scientific @MikeKlasco]

Big news for speaker designers (and headphones or earbuds designers...) looking to refine their products’ sound quality through diaphragm treatments — and it's Diamond Coatings.
Read the article now online here: https://t.co/T9As8ixLZ5

#menloscientific
@audioXP_editor

[Menlo Scientific @MikeKlasco]

Meet Menlo Scientific at #ces2024 at The Venetian, Suite 9306
And Find New Unique Solutions by:
TAGIS Research | Dinaburg Technology | RIPL | SSI-New Materials (N-Bass) | @RadianAudioInc | Alpine Advanced Materials | SOMA Acoustic
https://t.co/MRDkdB506v

[Audio Materials Science @MaterialsAudio]

Happy Holidays! *<{ :0})
Wishing You All the Best this Holiday Season and Throughout the Coming Year!

https://t.co/bHFVqDOXZP

#enclosures #audioMaterials #waterproof #composites #graphene #manufacturing

[Voice Coil @vc_editor]

James Croft explores a recently granted "Venturi expander" patent, while Mike Klasco explores speaker design and signal processing techniques to achieve more bass. https://t.co/JzXdSbZskR
#loudspeakers #TestBench #OEM #Driversandtransducers #VoiceCoil #LoudspeakerIndustry

[Menlo Scientific @MikeKlasco]

We are waiting for your visit. Menlo Scientific sharing knowledge based on experience and solutions based on problem-solving! Join us at #ALTIExpo and the APDA-ALTI Education Symposium 2023
#audiomaterialsscience #engineeringsuccess #menloscientific

[Audio Materials Science @MaterialsAudio]

In Elison Matioli's TEDx talk "Can Materials Mimic the Human Body," he explores nature-inspired solutions to address the limitations of shrinking electronic transistors and the heat management challenges in data centers.

https://t.co/noBmV1c95G

[Audio Materials Science @MaterialsAudio]

Innovative Materials and Cooling Technologies for Next-Generation Electronic Chips and Data Center Cooling

https://t.co/noBmV1c95G

[Audio Materials Science @MaterialsAudio]

This scalable manufacturing approach, leveraging modern holography, has opened up avenues for innovation in technology and medicine.
https://t.co/El6WKrxiB3
#enclosures #audioMaterials #waterproof #composites #graphene #manufacturing

[Audio Materials Science @MaterialsAudio]

Researchers Produced Film Material That Changes Color When Stretched
MIT's Laboratory for Bio-Inspired Photonic Engineering has pioneered a groundbreaking technique for creating large-scale, structurally colored materials that change hues when stretched.
https://t.co/El6WKrxiB3

[Menlo Scientific @MikeKlasco]

New Patents Granted
Systems and methods for dynamic voice accentuation from one or more sources; an audio processing unit differentiating vocal sound audio input sources; cancelling ambient noise.
https://t.co/BGtMgrVuez

[Audio Materials Science @MaterialsAudio]

Viable Superconducting Material Created at Low Temperature and Low Pressure
Researchers from the Rochester and Georgetown University have developed a nitrogen-doped lutetium hydride (NDLH) superconducting material that operates at 20.5��C and 10 kilobars.
https://t.co/W1mUUElgdD

[Menlo Scientific @MikeKlasco]

Klippel Controlled Sound (KCS) and Nuvoton technology. Now in mass production and offering new possibilities for speaker design. First products are already in the market.
https://t.co/OtXracexP3
#audiomaterialsscience #engineeringsuccess #menloscientific #theaudiovoice

[Menlo Scientific @MikeKlasco]

Mike Klasco shares his experience dealing with sustainability and other noble goals, an article that was greatly inspired by the effort to compile another updated Speaker Enclosure Vendor Directory for 2023.
https://t.co/VEaAm9ms93
#engineeringsuccess #menloscientific

[Menlo Scientific @MikeKlasco]

MENLO SCIENTIFIC returns to CES 2023 with its demo/ meeting suite. The Venetian, suite 10-305.
Same suite for the last 10 years! Always New Exciting Business and Opportunities!

https://t.co/fYWdHECQFz
#audiomaterialsscience #engineeringsuccess #menloscientific

[Audio Materials Science @MaterialsAudio]

HX5 may be an interesting alternative to beryllium and high-performance aluminum alloys used in woofer, midrange, and full-range cones, and the material is an obvious candidate for enclosures and cabinets. https://t.co/DRvnPjexsC
#audioMaterials

[Audio Materials Science @MaterialsAudio]

Speaker Applications Using Alpine HX5 Nanocomposite. This is a lightweight and ultra-strong material that should be on the radar of loudspeaker designers. Mike Klasco explains HX5 in more detail in a dedicated online piece, available here https://t.co/DRvnPjexsC
#audioMaterials

[Alpine Advanced Materials @AlpineAdvanced]

We are honored to have HX5® featured in the January issue of @audioXP_editor. In this edition: new materials like HX5 are gaining traction in the audio industry and "have great potential for cones and diaphragms in speaker setups."

Read more: https://t.co/SoghuGVVNr

[Audio Materials Science @MaterialsAudio]

Happy New Year!
Here’s to New Discoveries and Infinite Possibilities!
https://t.co/bHFVqDOXZP
#enclosures #audioMaterials #waterproof #composites #graphene #manufacturing

[Audio Materials Science @MaterialsAudio]

"Through this new framework, wavelength conversion happens easily and without any extra added source of energy as the incoming light crosses the field," explains Deniz Turan, the study's lead author.
https://t.co/FZMhvkhEz4
#Integratedoptics #Nanophotonics #plasmonics

[Audio Materials Science @MaterialsAudio]

Semiconductor Surface States Bend Light Wavelength
A team from UCLA Samueli School of Engineering developed a more efficient way of converting light wavelength by exploring a natural phenomenon called semiconductor surface states. https://t.co/FZMhvkhEz4
#Electronics #photonics