#hutzler

[chicinsilk]

US Vogue August 15, 1954

Davidow pour Hutzler

Model : Anne St. Marie vogue archive

[mikeywayarchive]

Instagram story by bsd.wav

[Feb 13, 2024]

[kmsvisuals]

choose your fighter

photos by KMSVISUALS

www.instagram.com/kmsvisuals

[eddy25960]

Emilio Baz Viaud (Mexican, 19118-1991) Painter George Hutzler, age 28. With His Pet Bimba

[the1920sinpictures]

1928 c. Blue sequined evening dress made in France for sale in Hutzler Brothers Department Store, Baltimore, Maryland. It was owned by Carolyn Fuld Hutzler, wife of the owner. From the Maryland Center for History and Culture.

[treuallahtreuvulieou]

Holward Packard Technologies

Howard Street Secured

Lovegrove foundation spot

Holward Packard , Hawkingson Hawkins Hopkins and Hewlett Packard

Hutzler Brothers operations established communication Secured Booper is not my government name

[blacktruthdotnet]

Trump confirms plan to declare national emergency, use military for mass deportations

By: Alexandra Hutzler Article Reprint President-elect Donald Trump on Monday confirmed he would declare a national emergency to carry out his campaign promise of mass deportations of migrants living in the U.S. without legal permission.

[crevillam]

Celebran el centenario del primer electroencefalograma

Por David Hutzler (dpa) ARCHIVO – Una mujer con un gorro con electrodos para la realización de un electroencefalograma. Foto: Jacob Schröter/dpa Jena (Alemania), 4 jul (dpa) – Hace 100 años, el psiquiatra de la ciudad alemana de Jena, en el actual este del país, Hans Berger registró por primera vez la actividad eléctrica del cerebro humano, sentando las bases de los implantes cerebrales…

[dorisposh]

Check out this listing I just added to my Poshmark closet: Vtg Hutzler's Baltimore Mademoiselle Brown Glitter Heel Pointed Toe Shoes Size 7.

[treuallahtreuvulieou]

Hutzler Brothers Clothing Co

[jcmarchi]

Entanglement to the Rescue - Technology Org

New Post has been published on https://thedigitalinsider.com/entanglement-to-the-rescue-technology-org/

Entanglement to the Rescue - Technology Org

In searching for new particles and forces in nature, physicists search for behaviours within atoms and molecules that the tried-and-true Standard Model of particle physics forbids. Any deviations from this model could indicate what physicists affectionately call “new physics.”

Artwork depicting entangled molecules. Image Credit: Caltech/Lance Hayashida

Caltech assistant professor of physics Nick Hutzler and his group are in pursuit of specific kinds of deviations that would help solve the mystery of why there is so much matter in our universe. When our universe was born about 14 billion years ago, matter and its partner, antimatter, are believed to have existed in equal measure. Typically, matter and antimatter cancel each other out, but some kind of asymmetry existed between the different types of particles to cause matter to win out over antimatter. Hutzler’s group uses tabletop experiments to look for symmetry violations—the deviant particle behaviors that led to our lopsided matter-dominated universe.

Now, reporting in Physical Review Letters, the team, led by Chi Zhang, the David and Ellen Lee Postdoctoral Scholar Research Associate in Physics at Caltech, has figured out a way to improve their studies by using entanglement, a phenomenon in quantum physics whereby two remote particles can remain connected even without being in direct contact. In this case, the researchers developed a new method for entangling arrays of molecules, which serve as probes for measuring symmetry violations. By entangling the molecules, the arrays become less sensitive to background noise that can interfere with the experiment and more sensitive to the desired signal.

“It’s like anchoring a bunch of rubber duckies together,” Hutzler says. “If you wanted to measure the movement of the duckies across a tub, they would be less sensitive to the background noise of splashing water if you connected them altogether. And they’d be more sensitive to something you may want measure like the flow of a current since they would all respond to it collectively.”

“We want to be sensitive to the structure of the molecules,” Zhang says. “Uncontrolled electric and magnetic fields from the experimental setup get in the way of our measurements, but now we have a new protocol for entangling the molecules in such way to make them less sensitive to the noise.”

More specifically, this new method can be used to look for tiny tilts in electrons that may occur in response to electric fields within the molecules. “The slight rotations would indicate electrons or nuclear spins are interacting with electric fields, and that’s forbidden according to the Standard Model,” Hutzler says.

“Other approaches that use entanglement would typically increase sensitivity to noise,” he adds. “Chi has figured out a way to reduce the noise while still giving us a sensitivity gain from entanglement.”

A different recent experimental study published in Science, led by Hutzler and John M. Doyle of Harvard University, showed that the polyatomic molecules used in these kinds of studies have other unique abilities to shield themselves from electromagnetic noise, though without the sensitivity boost from entanglement. In that study, the researchers showed they can tune the molecule’s sensitivity to external fields and in fact make the sensitivity vanish, thereby rendering the molecules largely immune to noise. “With the advantages of entanglement, researchers can push these experiments to probe increasingly exotic sectors of new physics,” Hutzler says.

Written by Whitney Clavin

Source: Caltech

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