YARK/QTG conformal Physical Constants & New Base / Derived Units
by Ozan Yarman1 as per the Universal Matter Architecture (UMA) foundation of Tolga Yarman et al.2

Unity of Speed of Light (c)

Units: NLU/s (New Length Unit per second)

Value:

MKS Lightspeed in Vacuum

Units: m/s (meters per second)

Value:

Extracted MKS Value of c

Units: m/s (second is fixed, length varies)

Value:

k Value (|2hα/e^2c|/4π*10^-7)

Units: Dimensionless (hinges on α in New SI)

Value:

MKS Planck Constant (h)

Units: Joule/Hertz (CODATA 2017 adjustment)

Value:

Extracted MKS Value of h

Units: J/Hz (or kg.m2.s-1) + last 3 digits restored

Value:

New Mass Unit (NWU)

Units: kg  ( |h‒MKS| / |c‒MKS|^2  kilogram )

Value:

Hecto-Diyotta NWU (*E50)

Units: kg (NWU times 10 to 50th power ≈ 1 kg)

Value:

Extracted Hectodiyotwu

Units: kg (Hecto-Diyotta NWU is Hectodiyotwu)

Value:

BASE unit period of time

Units: 1 second (EXACT)

Value: 9,192,631,770 counts from Cs-133

Unity of Planck Constant (h)

Units: NWU.NLU2.s-1 (or NWU.NLU.2.s-2.Hz-1)

Value:

Extracted "Unicitized h"

Units: NuJ/Hz (unicitized with uncertainty)

Value:

New Joule | Watt  (NuJ | Natt)

Units: J or Watt (inferred from "unicitized h")

Value:

Giga-Yotta (Giyot) NuJ | Natt

Units: J or W (NuJ|Natt * 10^33 ≈ 1 Joule|Watt)

Value:

Extracted k Parameter

Units: Dimensionless (hinges on α in New SI)

Value:

New OHM (NOhm or NΩ)

Units: Ω  ( k * |c‒MKS| * 10^-7 * 2π  Ohm )

Value:

Extracted NOhm Value in Ω

Units: Ω (Ohm)

Value:

New Siemens (Niemens)

Units: S  1/( k * |c‒MKS| * 10^-7 * 2π  Siemens)

Value:

Extracted Niemens Value in S

Units: S (Siemens)

Value:

New Farad (Narad)

Units: F (Farad ‒ by same formula as Niemens)

Value:

Extracted Narad Value in F

Units: F (Farad)

Value:

New Henry (Nenry)

Units: H (Henry ‒ by same formula as NOhm)

Value:

Extracted Nenry Value in H

Units: H (Henry)

Value:

μ0:MKS Vacuum Permeability

Units: H / m (4π*k*10^-7 H per uncertain meter)

Value:

Extracted Permeability Value

Units: Henry / m (dependent on α due to k)

Value:

Unity of Nenry | NOhm

Nenry or NOhm (with overshooting uncertainty)

Value:

k*29.9792458 / |c‒MKS|*10^-7

Units: Nenry or NOhm (owing to c2=1/μ0ε0)

Value:

Unity of Narad | Niemens

Narad or Niemens (undershooting uncertainty)

Value:

29.9792458/k / |c‒MKS|*10^-7

Units: Narad or Niemens (owing to c2=1/μ0ε0)

Value:

Unity Lightspeed Crosscheck

Units: c=1 /

  ____
√  μ0ε0  (calculation equals 1st box)

Value:

ε0: MKS Vacuum Permittivity

Units: F / m (10^7/[4πk|c|^2] F per uncertain m)

Value:

Extracted Permittivity Value

Units: Farad / m (dependent on α due to k)

Value:

Twoness of Permeability (μ0)

Units: 2 Nenry / NLU (en bloc under c2=1/μ0ε0)

Value:

Extracted Twoness of μ0

Units: 2 Nenry / NLU

Value:

Halfness of Permittivity (ε0)

Units: Narad / 2 NLU (en bloc under c2=1/μ0ε0)

Value:

Extracted Halfness of ε0

Units: Narad / 2 NLU

Value:

Z0: MKS Vacuum Impedance

Units: Ω  (by simply taking 2 NΩ worth of Ohm)

Value:

Extracted Z0 MKS Value in Ω

Units: Ω (Ohm)

Value:

Z0 Value in Ω Crosscheck

Units:

  _____
√  μ0/ε0  (calculation nearly previous box)

Value:

Twoness of Z0

Units: NΩ  (by simply taking 2 NOhm)

Value:

Extracted Twoness of Z0

Units: NΩ (NOhm)

Value:

Z0 Value in NΩ Crosscheck

Units:

  _____
√  μ0/ε0  (calculation nearly previous box)

Value:

Centi-Nenry (10-2 Nenry)

Units: H ( ≈ 2 Henry)

Value:

Hecto-Narad (102 Narad)

Units: F ( ≈ 1/2 Farad)

Value:

Nano-NLU (10-9 NLU)

Units: m  ( ≈ 30 cm)

Value:

Lewton (Force quantity)

Units: N  ( |h‒MKS| / |c‒MKS|  Newton )

Value:

Exa-Yotta Lewton (*E42)

Units: N (Lewton times 10 to 42nd power ≈ 2 N)

Value:

Extracted Xiyotton Value

Units: N  (Exa-Yotta Lewton is Xiyotton)

Value:

Loulomb (Charge quantity)

Units: C (Coulomb ‒ "Planck Charge" above e !)

Value:

Lampere (Current quantity)

Units: A (Ampere)

Value:

Extracted Loulomb | Lampere

Units: C or A

  __________________________
√  |h‒MKS| / (k*2π*|c‒MKS|*10^-7) 

Value:

Dihecto-Teradeca Lampere

Units: A (Dihtedempere is 10^17 Lampere)

Value:

Exa-Lampere | Loulomb (*E18)

Units: A | C (Lampere or Loulomb*10^18 ≈2 A | C)

Value:

Extr. Exa-Lampere | Loulomb

Units: A or C (Ampere or Coulomb)

Value:

1 / Fine-Structure Constant

Units: Dimensionless ( Guellati-Khélifa et al. )

Value:

Natural elementary charge (e)

Units:

  __
√  α   Loulomb

Value:

1 / α  Crosscheck (New SI)

Units: (2ε0 [varied] h [fixed] c [fixed]) / e^2 [fixed]

Value:

Extracted Inverse Empiric α

Units: Dimensionless ( Guellati-Khélifa++ 2020 )

Value:

Extracted Natural e Value

Units:

  __
√  α   Loulomb

Value:

Extracted Inverse α (New SI)

Units: (2ε0 [varied] h [fixed] c [fixed]) / e^2 [fixed]

Value:

Implied MKS e by Empiric α

Units: C  ( 

  ________
 √  (α 2ε0 hc)   Coulomb )

Value:

Extracted MKS e Value

Units: C  ( 

  ________
 √  (α 2ε0 hc)   Coulomb )

Value:

New SI elementary charge (e)

Units: Coulomb

Value: 1.602176634E−19 (EXACT)

New Volt | Weber (Nolt | Leber)

Units: Volt | Weber (Lampere or Loulomb * NΩ)

Value:

Exa-Nolt or Exa-Leber (*E18)

Units: V | Wb  ( Nolt | Leber * 10^18 ≈ 2 V | Wb )

Value:

Extr. Exa-Nolt or Exa-Leber

Units: V or Wb  ( Volt or Weber )

Value:

New Tesla (Nesla)

Units: T (Leber / NLU^2 ‒ often same as above)

Value:

Exa-Nesla (*E18)

Units: Tesla  ( Nesla * 10^18 ≈ 2 T )

Value:

Extracted Exa-Nesla or aNs

Units: T  ( otherwise Exa-Leber / Nano-NLU^2 )

Value:

New Kelvin (Nelvin) above 0K

Units: K (1.380649E−23 J/GigaDeca Duo-NuJ)

Value:

Extracted 1 Nelvin value

Units: 1 K ( thermally raised from absolute zero )

Value:

Triple Point of water in Kelvin

Units: Kelvin (for 273.16±0.0001 K TP of water)

Value:

Extr. TP of water in Kelvin

Units: Kelvin (°C equivalent is -273.15 Celsius)

Value:

Triple Point of water in Nelvin

Units: Nelvin (for 273.16±0.0001 K TP of water)

Value:

Extr. TP of water in Nelvin

Units: Nelvin (°X equivalent is -262.18 Xelsius)

Value:

# of "granules" in 1 Mole

Units: Dimensionless and EXACT in New SI

Value: 6.02214076E23 (Avogadro Number)

New Gy or Sv (Glay | Sievern)

Units: J/kg  ( from Giyot-NuJ / Hectodiyotwu )

Value:

Extracted New Gy or New Sv

Units: J/kg  ( very nearly 1 Gray or 1 Sievert )

Value:

New Candela (Landela or ld)

Units: cd (683 radiant W / sr / 555.17122 nm λ)

Value:

Extracted (uncertain) Landela

Units: 1030.777 GiyotNatt / sr / 6.177 Yocto-NLU λ

Value:

New Lumen (Numen or um)

Units: Landela (ld) * Steradian (sr)

Value: It has the same number as previous box.

Lux or lx (luminous flux)

Units: Lumen (lm) / m^2  (a.k.a. illuminance)

Value: It is matter-of-factly defined in New SI.

New Lux (Atto-Nux or anx)

Units: Numen/NanoNLU^2 (often same as 79th)

Value:

Extracted (uncertain) anx

Units: Numen/Nano-NLU^2

Value:

Jansky (spectral flux density)

Units: Jansky  ( 10^26 W per m^2 per Hz )

Value: It is matter-of-factly defined in New SI.

New Jansky (Atto-Nansky)

Units: Jy  ( 10^59 Natt per Nano-NLU^2 per Hz )

Value:

Extracted Atto-Nansky or aNy

Units: Jansky  ( they are comparably similar... )

Value:

Pascal (Pressure quantity)

Units: Pa  ( Newton force per squaremeter )

Value: It is matter-of-factly defined in New SI.

New Pascal (Atto-Nascal)

Units: Pa  ( from Xiyotton / Nano-NLU^2 )

Value:

Extracted Atto-Nascal or aNa

Units: Pa  ( from Xiyotton / Nano-NLU^2 )

Value:

 
[1] in virtue of the help from ChatGPT 3.5 towards the laborious HTML coding! (Spring 2024; where the randomized uncertainty digits are specially interrelated.)
[2] A SUITABLE WAY OF NORMALIZING NEW SI TO MAKE c AND h UNITIES (see also ZIP file containing spreadsheets that accompany our publication.)