FULL CUSTOMER FEEDBACKS FOR HEARTSOUND AUDIO

 


WHAT MY CUSTOMERS ARE SAYING::::::::::




positive
positive
positive

Comments

Post a Comment

Popular posts from this blog

Mike Giradi from Stereotimes commentary on Holostage Room Treatments

I have been  friends with Mike Giradi for a few years and he has helped me test numerous designs .    I was so honored a few weeks ago when he agreed to give these Holostages a few words.  From. Mike G. The sound was a little closed in at first, but then it really opened up to prove it is another great audio product. The noise floor is greatly reduced. I am hearing details I've never heard before. When it's in the recording, the soundstage widens in all directions. The timbre of each instrument is spot on. The six Holostages installed in my room aided in the C13 alignment of air molecules to a far greater extent than the Bybee IQSE devices I had previously been using. Every instrument had greater depth, pop and presence. Listening to classical music on movie soundtracks is incredible now. The Holostages installed on my BACCH4MAC and monoblocks was the answer to what was needed. The noise floor dropped significantly in both cases resulting in greater clarity and music...
Read more

Graphene and Proximitronics

Image
Graphene is a very promising material for the development of spintronic devices. Spintronic devices use the intrinsic angular momentum of electrons to transmit and process data. There is a new approach to create and observe spins. It relies on how close graphene is to a nearby material. The approach is difficult.  Scientists at CIC nanoGUNE BRTA have created a spintronic device that leverages proximity effects alone. It is essentially a 2-D graphene based spin valve. The paper was published in Nature Electronics. Haozhe Yang his first author of the paper. He reported in a recent interview, “ The field of spintronics has evolved significantly since the pioneering discoveries of spin injection and giant magnetoresistance in the 1980s. These discoveries, which relied on spin polarized electron injection in a 3-D structure from a ferromagnetic metal to a normal metal earned Albert. Fert and Peter Grunberg The 2007 Nobel prize in physics. Their groundbreaking achievement laid the founda...
Read more

Strange Metals and their Strange Behavior Heartsound Audio

Image
 Strange Metals Strange metals exhibit unusual electronic behavior that defies the traditional rules of electricity.  They are a class of materials that fall between metals and insulators.  Initially discovered in 1986, for A Cuprate Wrench, the first challenge to the conventional understanding came when Georg Bednorz and Karl Alex Muller rocked the physics world with the discovery of high temperature superconductors~materials that perfectly carry an electric current even at relatively warmer temperatures.  Strange metals have a number of unusual physical properties that don't match the traditional definition of metals: ELECTRICAL RESISTANCE: strange metals have a linear relationship to their electrical resistance and temperature which is different from other materials whose resistance increases with the square of temperature.  ENERGY: Strange metals lose energy as quickly as quantum mechanics allows. ELECTRON BEHAVIOR: Electrons in strange metals also lose thei...
Read more