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Oct 9 14 tweets 4 min read
Image Keir Starmer is playing Russian roulette with our lives.
Oct 8 36 tweets 6 min read
This diagram illustrates the phenomenon of total internal reflection, where a standing wave is formed in a dense medium and an evanescent wave is created in a rarer medium. 

•Standing Wave: This wave is formed in the denser medium (
•n
1



𝑛
1



) due to the interference between the incident and reflected waves. The wave oscillates in time, but its peak amplitude profile remains stationary in space. The wavelength of the standing wave is denoted by 
•λ
e
x




𝜆
𝑒
𝑥



.
•Evanescent Wave: This is a non-propagating electromagnetic field that exists in the rarer medium (
•n
2



𝑛
2



) near the interface. Its amplitude, 
•E


𝐸



, decreases exponentially with distance (
•z


𝑧



) from the interface. The characteristic distance over which the amplitude falls to 
•1
/
e



1
/
𝑒



of its value at the interface (
•E
0



𝐸
0



) is called the penetration depth, denoted by 
•d
p



𝑑
𝑝



. The evanescent wave does not carry energy away from the interface but its presence is crucial for the reflection process.Image The inner circle
Oct 5 78 tweets 21 min read
So it’s all about two becoming one as a standing wave Holding on together
Oct 3 31 tweets 11 min read
•Neutral atoms: have an equal number of protons and electrons, making them electrically neutral. 

•To become a cation, an atom must lose one or more electrons, typically from its outermost shell. 

•The loss of these negatively charged electrons leaves the atom with an imbalance of charges, where the number of positive protons is greater than the number of negative electrons. 

•This imbalance creates a net positive charge on the ion, which is then called a cation @Martha_Sheshan @Allibab97431613 @loganrunagain @Shannon21599100 @MikeM2014 @BJamaste @missj75 @realSaltySeaDog @chargeadem @thundertanking @HannqverF @TanngrisnirGoat @treeninja390 @many_oneof @realsnozilla @falsely_flagged @pocketonashirt @SusanGrant60501 @TheDonallegedly @OlgaStaysTuned @BelonTuthk @RealCraigSawyer @bnd2024 @Ghostrider768 @vrotocol @JOSHGOLF77 @DontCallMeDuke @hillbe12 @BLarge @HeartSynthesis @realDevian @JeepAJoJo @ultragish52 @truestormyjoe @Gypsysoulwildh1 @PatriotPraetori @Rofiko00Aulia @cons @pSadButTrueq @Amy445393681 @realDonaldTrump @POTUS @Shorty56167141 @Fred_cpo @kurtcaz1 @DJEMEDIA_ The number of electrons lost determines the magnitude of the positive charge
Oct 1 15 tweets 6 min read
@Allibab97431613 @MikeM2014 @Shannon21599100 @loganrunagain @Martha_Sheshan @BJamaste @missj75 @realSaltySeaDog @chargeadem @thundertanking @HannqverF @TanngrisnirGoat @treeninja390 @many_oneof @realsnozilla @falsely_flagged @pocketonashirt @SusanGrant60501 @TheDonallegedly @OlgaStaysTuned @BelonTuthk @RealCraigSawyer @bnd2024 @Ghostrider768 @vrotocol @JOSHGOLF77 @DontCallMeDuke @hillbe12 @BLarge @HeartSynthesis @realDevian @JeepAJoJo @ultragish52 @truestormyjoe @Gypsysoulwildh1 @PatriotPraetori @Rofiko00Aulia @cons @pSadButTrueq @Amy445393681 @realDonaldTrump @POTUS @Shorty56167141 @Fred_cpo @kurtcaz1 @DJEMEDIA_ Taking me back a bit now. Image @Allibab97431613 @MikeM2014 @Shannon21599100 @loganrunagain @Martha_Sheshan @BJamaste @missj75 @realSaltySeaDog @chargeadem @thundertanking @HannqverF @TanngrisnirGoat @treeninja390 @many_oneof @realsnozilla @falsely_flagged @pocketonashirt @SusanGrant60501 @TheDonallegedly @OlgaStaysTuned @BelonTuthk @RealCraigSawyer @bnd2024 @Ghostrider768 @vrotocol @JOSHGOLF77 @DontCallMeDuke @hillbe12 @BLarge @HeartSynthesis @realDevian @JeepAJoJo @ultragish52 @truestormyjoe @Gypsysoulwildh1 @PatriotPraetori @Rofiko00Aulia @cons @pSadButTrueq @Amy445393681 @realDonaldTrump @POTUS @Shorty56167141 @Fred_cpo @kurtcaz1 @DJEMEDIA_ Image
Image
Oct 1 46 tweets 10 min read
For a particle with a refractive index lower than the surrounding medium, a blue-detuned laser—with a frequency higher than the medium's resonance—causes the gradient force to be dominant. The net effect is that the particle is repelled from the center of the laser beam and pushed towards the areas of lower intensity. This is the opposite of a standard optical trap, or "optical tweezers," which uses a red-detuned laser to pull particles with a higher refractive index towards the focus Breaking apart
Oct 1 58 tweets 18 min read
@MikeM2014 @Shannon21599100 @loganrunagain @Martha_Sheshan @BJamaste @missj75 @realSaltySeaDog @chargeadem @thundertanking @HannqverF @TanngrisnirGoat @treeninja390 @many_oneof @realsnozilla @falsely_flagged @pocketonashirt @SusanGrant60501 @Allibab97431613 @TheDonallegedly @OlgaStaysTuned @BelonTuthk @RealCraigSawyer @bnd2024 @Ghostrider768 @vrotocol @JOSHGOLF77 @DontCallMeDuke @hillbe12 @BLarge @HeartSynthesis @realDevian @JeepAJoJo @ultragish52 @truestormyjoe @Gypsysoulwildh1 @PatriotPraetori @Rofiko00Aulia @cons @pSadButTrueq @Amy445393681 @realDonaldTrump @POTUS @Shorty56167141 @Fred_cpo @kurtcaz1 @DJEMEDIA_ Pfizer is a client of Palantir Technologies JERUSALEM (AP) — After sprinting ahead in the race to inoculate its population against the coronavirus, Israel has struck a deal with Pfizer, promising to share vast troves of medical data with the international drug giant in exchange for the continued flow of its hard-to-get vaccine
Sep 30 24 tweets 4 min read
So in theory the virus and vaccine cavities resonated too much in the millimeter-wave range confining too much electromagnetic energy. Ha!
Sep 26 88 tweets 20 min read
The root cause…

🤦🏼‍♂️ Plant roots separate and absorb ions from the soil using active transport, where specialized root hair cells use energy (ATP) to pump ions across the cell membrane against their concentration gradient, often aided by proton pumps. Positive ions (cations) are facilitated into the root by the negative charge inside, while negative ions (anions) may use co-transport with protons. The root cells have a high surface area from root hairs, increasing the efficiency of this process.
Sep 25 101 tweets 19 min read
@barryceminchuk @Shannon21599100 @susanr1212 👍🏻 @barryceminchuk @Shannon21599100 @susanr1212 Image
Sep 23 27 tweets 8 min read
Just putting this out there

Gram-negative bacteria can hinder cationic liposomes in several ways, primarily by interacting with the liposomes' positively charged components, which can lead to liposome aggregation, reduced membrane fusion, and lower drug delivery efficiency. Specifically, liposomes may become immobilized by components of the lipopolysaccharide (LPS) layer, while bacterial enzymes or high salt concentrations in the surrounding medium can destabilize the liposomes, preventing them from effectively interacting with and fusing with the bacterial membranes Foods that can be sources of Gram-negative bacteria include vegetables and fruits (especially when consumed raw), dairy products like milk and cheese, and meats. These bacteria are ubiquitous, found in the environment, and can contaminate the food chain through various pathways, such as direct contact with contaminated surfaces or through animal and human intestinal tracts
Sep 21 8 tweets 2 min read
@rainbow_ky8888 @Shannon21599100 So the uni que horn A horn antenna can be adapted to generate Orbital Angular Momentum (OAM) beams by incorporating specialized components such as a spiral phase plate (SPP) or a metamaterial insertion within its circular waveguide to twist the electromagnetic wave's phase. These additions transform the horn's standard radiation into a vortex beam, which carries OAM, enabling advanced applications like high-capacity wireless communication
Sep 17 39 tweets 8 min read
@rainbow_ky8888 @Shannon21599100 Moment 2000lb bomb hits Beirut.

?

The reality. Image @rainbow_ky8888 @Shannon21599100 I’m starting to think they blew up Santorini.
Sep 14 101 tweets 29 min read
@rainbow_ky8888 @Shannon21599100 Image @rainbow_ky8888 @Shannon21599100 Image
Image
Image
Sep 12 69 tweets 11 min read
@Shannon21599100 @rainbow_ky8888 Right. I’ll tell you my thinking.

Nanoparticle dust refers to airborne particles in the nanometer size range (1-100 nm) that are naturally or artificially produced. Due to their extremely small size and high surface area, nanoparticle dust has unique physical and chemical properties, including enhanced reactivity and potential to bypass biological barriers, making it a health and safety concern. Exposure to nanoparticle dust can occur through inhalation, potentially leading to various health effects depending on the materia
Sep 10 27 tweets 6 min read
Tumor analytes are substances released by or indicative of tumor cells that can be detected in the body to aid in cancer diagnosis, prognosis, and treatment monitoring. Tumor analytes, also known as tumor markers, are substances found in the blood, urine, or tissue that can be secreted by or released from tumor cells and may indicate the presence of cancer
Sep 8 4 tweets 1 min read
So the opening of the mouth ?

The pulse through A double slit

Creating All

Ah the noise as A hum as the standing wave wavefront inducing a vortex accelerating particles

H the Hole through to spliT

The key in G divided into D

Charge particle separation

In a ring

ioN iN

Resonating within
Sep 5 81 tweets 12 min read
A grate double slit nanogap! By incorporating a periodic grating structure, the device can control and guide incident light
Aug 29 36 tweets 10 min read
Hopefully I’ve gave you some much needed time that cannot be bought or replaced. And you may never have it again.
Aug 29 56 tweets 24 min read
The helium atom ground state wave function obtained by TDSE without external field. Total run time is 5T where T=110.2a.u Image High-order harmonic generation (HHG), attosecond pulse train (APT), isolated attosecond pulse (IAP), and non-sequential double ionization (NSDI) in the Helium atom under intense femtosecond laser pulses are computed using the time-dependent Schrodinger equation (TDSE) in one dimension (1D). By taking into account the electron-electron and electron-nucleus interactions, as well as determining the Helium atom's ground state wave function through the imaginary time propagation (ITP) method, we are able to observe the widely recognized "knee structure" in the ionization probability of the Helium atom as a function of intensity within an ionization boundary condition model. The results are in good agreement with the experimental data reported by Walker et al. [B. Walker et al. Phys. Rev. Lett. 73, 1227 (1994)].
Aug 23 36 tweets 10 min read
This is playing on my mind. Image I wasn’t looking close enough. Image