New crystal resonator detector picks up two powerful signals; they could come from primordial black holes, cloud of dark-matter particles, or something else entirely

New crystal resonator detector picks up two powerful signals; they could come from primordial black holes, cloud of dark-matter particles, or something else entirely

The experiment uses a disk of quartz crystal, which vibrates at high frequencies as acoustic waves pass through it. This generates an electric charge, which can be picked up by two conducting plates pressed against the quartz disk. This signal then passes through a superconducting quantum interference device (SQUID), which amplifies the signal so that it can be picked up by the detector.

The quartz crystal bulk acoustic wave resonator, which researchers have now used to pick up what may be high frequency

The whole thing is then encased inside several radiation shields to prevent interference from outside electromagnetic radiation, and supercooled to almost absolute zero to reduce noise in the signal. This allows the device to detect frequencies in the MHz range.

Rare Events Detected with a Bulk Acoustic Wave High Frequency Gravitational Wave Antenna (Arxiv PDF)

This work describes the operation of a High Frequency Gravitational Wave detector based on a cryogenic Bulk Acoustic Wave (BAW) cavity and reports observation of rare events during 153 days of operation over two seperate experimental runs (Run 1 and Run 2). In both Run 1 and Run 2 two modes were simultaneously monitored. Across both runs, the 3rd overtone of the fast shear mode (3B) operating at 5.506 MHz was monitored, while in Run 1 the second mode was chosen to be the 5th OT of the slow shear mode (5C) operating at 8.392 MHz. However, in Run 2 the second mode was selected to be closer in frequency to the first mode, and chosen to be the 3rd overtone of the slow shear mode (3C) operating at 4.993 MHz. Two strong events were observed as transients responding to energy deposition within acoustic modes of the cavity. The first event occurred during Run 1 on the 12/05/2019 (UTC), and was observed in the 5.506 MHz mode, while the second mode at 8.392 MHz observed no event. During Run 2, a second event occurred on the 27/11/2019(UTC) and was observed by both modes.

These experiments may be disruptive for both future technology, both understanding of scalar wave nature of dark matter and gravitational waves. Not only because simple cheap table top device may replace giant ultrasensitive detectors built in underground in arrangement expensively shielded from all noise. On the other hand its evident that character of signal which it detects is very different from gravitational waves as detected by now and it operates at quite different frequency spectrum than gravitational wave detectors.

For me this device most closely resembles the infamous Accutron sensor device, originally invented and proposed by ingenious Bruce dePalma Unable to afford expensive "electronic frequency counters" to measure the actual vibrations of the Accutron tuning fork, DePalma did the next best thing with what he had; he physically attached the Accutron watch to the face of an electrically-driven "Westclock" (fed by 60 cycle, "AC line current" from the wall). He then measured the "time drift" of the Accutron, compared to the clock, by physically synchronizing the two sweep second hands -- the Accutron's and the Westclock's -- and then measuring how far apart their angular positions were when a ~1000-second "rotor run" was finished.

Richard Hoagland, a former museum curator unemployed for most of that time carried out historical observation of Venus transit with improved Accutron device. Richard Hoagland has gone to the Coral Castle in Homestead, Florida, at the time of the Venus transit of June 2004 to attempt to verify his hypothesis that interaction between the Sun and the planet Venus creates a "torsion wave" which temporarily reduces the inertia of anything it interacts with. His test apparatus consists of an Accutron wristwatch connected to a MicroSet watch timer, displaying on a laptop computer screen.

dilatation of time during passage of shadow of gravitational shadow across Earth

During only 17 minutes of observation (i.e. 1000 seconds …) the Accutron watch (resonating at 360 Hz) lost one full second. Various aspects of results indicate, that the effect observed has been real. For example from dense aether model follows, that the space-time anomaly will manifest itself twice per conjunction with opposite sign, because its not massive object what get shielded, but its surface. Similar results were found with using of gravitometer detectors during solar eclipses. No need to tell, that both dePalma's expertiments, both Hoagland's observations were completely ignored by mainstream physics, because industry of large detectors is more profitable business. See also:

• Random twists of place: How quiet is quantum space-time at the Planck scale? Fresh zero results from Hogan's interferometer.
• Has light a screening effect on gravitational force?
• Gregory Hodowanec: Experiments with Gravity Wave Signals Hodowanec improved sensitivity of scalar wave detectors tremendeously by using Dirac electrons oscillating inside of AC loaded mica capacitor at place of vibrating resonator. Note that for scalar wave detection only surface gradients and their acceleration (higher derivatives of motion) count.

Quote from Wyttenbach

I tried to explain some people that B-B events only emit scalar (toroidal) EM waves and that there are no separate GR waves.

The GR waves may still represent low energy limit of scalar waves. In similar way like Brownian noise represents low energy limit of turbulence and underwater sound waves. The theory is rather fuzzy all about it. But I agree that GR waves observed are merely dark matter waves.

In GR theory GW can not really exist - but GR is unphysical theory by itself, so...

In dense aether model vacuum is just random dynamic environment, which means for every transverse wave exist some longitudinal counterpart - scalar wave. Which will be - analogically to longitudinal waves at the water surface - much faster than transverse wave, which are represented by EM waves in vacuum. The scalar waves are thus superluminal, so that they cannot form gravitational waves, which are assumed to be of luminal speed in GR. And vice-versa: if some luminal gravitational waves are still observed during BH etc. merges, they will be merely formed by streams of low energy photons, quite analogous to double jets of pulsars - just radiated in wider angle. In dense aether model photons are massive just because of their scalar 2-spin component and as such they thus mediate mass and its gravity field by transferring matter from place to place. For example during stellar explosions most of matter gets radiated in form of photons in a single moment and this wave of photons is actually what the gravitational wave is in dense aether model.

The understanding of the above observation is closely related to explanation of gravity in dense aether model, which is based on tachyon shielding gravity theory of deDuillier/LeSage. I.e. gravity field arises like breaking of equilibrium between density of longitudinal and transverse waves in vacuum by shielding of scalar waves massive objects. This makes cloud of massive virtual photons around massive objects, which is generally recognized as a gravity field. But this simple enough model can be extended further to situations, when two or more massive objects get aligned: in this very case the shielding of scalar waves by one object result into excess of scalar waves along another one. And this is just what the cold dark matter is in dense aether model: a shadows rich of scalar waves connecting large massive objects like filaments and sweeping space with superluminal speed during their mutual motion.

Therefore the same shielding effect which is responsible for gravity field of lone massive objects and which manifest itself with excess of transverse waves may lead to the relative abundance of scalar waves during "shielding of shielding" with collinear massive bodies. As usually for dense aether model, the hydrodynamic analogy can be also observed in nature for water surface, for example for underwater tsunami waves, which are shielded by individual islands, but in archipelagos they may get actually attenuated instead. What you can see bellow is thus the real-life analogy of dark matter filaments between galaxies. If you can understand how it works for longitudinal waves at the water surface, you can also understand how it works for scalar waves in vacuum - it's as simple as it is.

Quote

Kuiper anomaly is the resonance radius of the Sun

Actually some people are instead explaining dark matter effects like Pioneer anomaly by Kuiper belt, which is classical effect of Kozai resonance. But your remark is orthogonal to dark matter shadow effect, which violate both MOND, both WIMPs theories in unison. Both these theories predict less or more disk symmetric distribution of dark matter around galaxies, whereas my theory accounts to dark matter filaments between them.

The the SO(4) physics is not about resonance but about SO(4) gauge geometry of nested torsion fields. Russian physicists often talk about torsion fields in connection to gravitational shielding and this aspect is present in shielding theory too. Here it's important to realize, that scalar waves are orthogonal to transverse ones and they're doing literally everything in dual i.e. opposite way. For example for light waves the highest shielding and absorption follows space-time curvature, but scalar waves are more sensitive to its derivative, i.e. gravitational potential and to second, third derivative even more. For scalar waves planets behave merely like hollow shells or bubbles as they absorb only by their surface, where gravitational force gets highest (a Hollow Earth theory comes on mind here). Which means the scalar wave shadows look like tubes or pipes protruding connection line of massive bodies at both sides and they induce torsion there for all bodies subjected to higher derivatives of motion, which explains Allais effect on pendullums. For bodies at rest their effects are negligible.

Therefore dark matter shadows forming along connection line of massive objects thus behave also like warp tunnels which twist vacuum and force it rotate. When two or more galaxies emerge along single line, they will become oriented by their rotation and their axis will align to the newly formed dark matter filament gradually. Because galaxies spew material via their polar jets, the dark matter filament gets gradually enriched with massive particles and it gets more prominent. But dark matter filaments can grow on their own too: being rich of scalar waves (magnetic turbulences of vacuum), they gradually condense with CMB photons into neutrinos and heavier particles (positrons). In dense aether model baryogenesis runs continuously across whole universe and dark matter filaments are just one of places from where observable matter grows.

Because of emergent nature of vacuum, the scalar wave shielding model is scale invariant: we can met with it at many places. When two or more particles get aligned, a more dense area of vacuum establishes at the connection line and they become attracted each other. The well known example is Casimir force between solids in proximity. They may explain stability of linear clusters of dense hydrogen by Holmlid, stability of cold fusion arrangement (entanglement of atom) when two or more atoms collide along single line in crystal lattice. They can explain so-called Hungarian boson within elongated boron nuclei. Even elongated gluons connecting quarks within atom nuclei have origin in these forces, which are called Yukawa interaction there. This interaction - i.e. analogy of Casimir force at nuclear scale - is responsible for glueballs, pentaquark and tetraneutron. Therefore shielding forces become quite prominent with decreasing distance scale, when energy density of vacuum increases.

But with respect to real life connections, the scalar wave shielding becomes most interesting at planetary scale. When Moon, Earth and Sun align, then their common gravitational shadow creates zone rich of magnetic turbulence of vacuum, which charged ions constrained to neural membranes are sensitive on. It induces full Moon psychical effects and unrest, i.e. lunacy for sensitive people. Some other organism like corals may utilize it for signalling of their biological rhythms. Area of more dense vacuum formed there also decreases rotational momentum of Earth so it forces to spin faster.

Here we are observing not only full Moon periodicity, but also effects of alignments with Jupiter (6.5 year periodicity) and corresponding fluctuations of gravitational constant. These cycles also already modulate climatic cycles at Earth. They also affect speed of decay of selected radioactive elements, this one driven by inverse beta decay (with neutrinos) in particular.