Black Holes Everywhere - UNAM · LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (2024)

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (1)

Black Holes Everywhere

Omar Ló[emailprotected]

Instituto Nacional de Astrofísica, Optica y Electrónica

(INAOE), Puebla, México

XXXI Reunión Annual de la División de Partículas y Campos, SMF

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (2)

SUMMARY

In this talk we highlight the role of black holes in the

universe.

I present projects currently underway where the

importance of black holes become apparent.

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (3)

EMPIRICAL CORRELATION

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (4)

WE BEGIN WITH SUPERMASSIVE BLACK HOLES.

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A2261-BGC

z=0.2233

2000=17:22:27.18

2000=+32:07:57.1

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (5)

POSTMAN ET AL. 2012 WERE INTRODUCING THE LARGEST CORE YET DETECTED IN ANY GALAXY…

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Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (6)

THE NUKER LAW (LAUER ET AL. 1995)

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Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (7)

LUMINOSITY VS. CUSP RADIUS

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Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (8)

BUT, I RECALLED ABELL 85. JAMES P. BROWN AND I HAVE WORKED ON IT BACK IN 1995 AT DA&A, UOFT

LOCOS, BRI images,

Taken with the KPNO 0.9m

Telescope using the T2KA CCD.

Seeing ~1.6 arcsec

Scale 0.68 arcsec/pixel

z=0.05529 +/- 2.4 X 10-4

Hoessel and collaborators during

the early 80’s have already singled

out that that HOLM 015A had a

very large core (modified Hubble

Profile)

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (9)

WE TRIED DGCG ON A85

We tried

DGCG on A85

using the

Nuker Law.

CFHT+MEGACAM

KPNO 0.9m + T2KA

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (10)

The surface brightness profile of Holm 15A

= 4.57 0.06 kpc

=18.480.04 kpc

A2261

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (11)

THE LARGEST CORE KNOWN SO FAR!!!

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (12)

HOW BIG IS THE SMBH IN HOLM 15A?

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Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (13)

WHAT IS THE EXPECTED MASS FOR THE CLUSTER’S DARK MATTER HALO?

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (14)

ARE JOINING THE STUPIDITY PANDEMIC?

Mayebe not

SMBH dominate the entropy budget in the observable universe (Egan & Lineweaver 201o)

Each SMBH contributes

Bekenstein (1973), Hawking (1966)

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (15)

EL PAÍS, SPAIN’S LARGEST NEWSPAPER

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Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (16)

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (17)

BONFINI ET AL. (2015) HAS CHALLENGED OUR RESULT.

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Core-Sérsic: Trujillo et al (2004)et al.

(2004)

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (18)

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Bonfini et al. (2015)

used GALFIT-

CORSAIR and

showed that Core-

Sérsic profile

doesn´t work for

Holm 15A, but

recovered Lópe-

Cruz et al. (2014)

Nuker fit.

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (19)

MADRID & DONZELLI (2016) HAVE ALSO CHALLENGED OUR RESULT.

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (20)

HOLM 15A VS. A GIANT ELLIPTICAL If it is not a core then what is it?

Nobody denies that 1010 Msun

lurks in the core Holm 15A.

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (21)

IS THERE A SMBH BINARY?

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Holm 15A

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (22)

Holm 15A

Maybe this is a third black hole

We have been

granted telescope

time at GTC during

2017 to confirm the

membership of

J004150

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (23)

WORK IN PROGRESS WITH FRANCISCO SIDDHARTA GUZMÁN MURILLO(DFM-UMSH)

Black Hole Kicks

Kicked reach up to

4000 km/s Kicked 106

Msun BH can

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (24)

WE NEED TO EXPLORE SCALING LAWS AT THE MOST MASSIVE END.

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (25)

WE´RE PROPOSING TO HST…

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (26)

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (27)

Para ver esta película, debedisponer de QuickTime™ y de

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Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (28)

Photons have spin angular momentun (s)and orbital angular momentum (OAM)

two angular momentum eigenvalue equations

From

BesselAssociate Legendre Polynomial

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (29)

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Martin Harwit introduced the POAM concept in Astronomy in 2003

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (30)

Helicoidal Light Electromagnetic Waves

Light whirls

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Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (31)

Helicoidal waves

Phase

Intensity

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (32)

Orbital Angular Momentum:

Jz = mħE

E(r) exp(imφ) →Rotating Poynting Vector S

Allen et al., Phys. Rev. A

45, 8185 (1992).

Photon Orbital Angular Momentum (POAM)

m TOPOLOGICAL

CHARGES

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (33)

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (34)

GTM ALFONSO SERRANO SAW FIRST LIGHT AT 7MM ON DECEMBER 24TH, 2010

Dr. Alfonso Serrano Perez Grovas (1 febrero, 1950- 12 de julio, 2011)

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (35)

CORONA: 7MM RADIOMETER

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (36)

EL GRAN TELESCOPIO MILIMÉTRICO (GTM/LMT)

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GTM/LMT will

have 2-6 better

brightness

sensitivity than

ALMA

FOV =1.5’

Beam Size=5’’ (1.1mm)

Pointing accuracy= 1’’

Aperture= 50m

Surface rms = 70 μm

Antenna Efficiency= 46%

180 segments

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (37)

SUPER-RALEIGH RESOLUTION FOR L=2

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Mari et al. 2012, Optics

Express, 20, 2445

Better by a factor of 10

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (38)

GRAN TELESCOPIO MILIMÉTRICO ALFONSO SERRANO PÉREZ-GROVAS (GTM/LMT) (MARCH 15, 2013)

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (39)

THE SEGMENTED VORTEX TELESCOPE CORONAGRAPH

GTM/LMT is a Cassegrain Telescope, this can be modeled as:

In order to generate images you need to solve the Fraunhofer diffraction

integral:

Aberration Function

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (40)

SVT: RESHAPING THE PRIMARY SURFACE

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Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (41)

• GTM/LMT can provide us with a new ‘gallery’ for submm-bright systems, complete (from JCMT) out to 60 pc.

– disc sizes are not as diverse as previously thought?

– Use GTM/LMT as a SVT coronagraph and search for planets outside circ*mstellar disks for host stars beyond 60 pc (AzTEC mapping speed 0.55 deg2/hr/mJy2 )

Contrast (SJ) <10-6

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (42)

AUGUST 2013 OPTICAL ENGINEERING’S COVER

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“You have clearly done an admirably detailed feasibility study”

Sir Michael Berry, FRS

Melville Wills Professor of Physics, U. Bristol

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (43)

WHAT THE F*** HAS TO THAT VORTEX S**** WITH SMBH, AT ALL?

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (44)

WE ARE GETTING THERE WITH THE EHT

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (45)

Detecting the vortex could

provide evidence that the SMBH

in the center of the Milky Way is

rotating…

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (46)

CAN WE CONSTRAIN THE INITIAL MASS OF SMBH?

Black Holes Everywhere - UNAM· LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (47)

CONCLUSIONS

Black holes are everywhere…

They have become more fundamental than we had anticipated.

Black Holes Everywhere - UNAM · LOCOS, BRI images, Taken with the KPNO 0.9m Telescope using the T2KA CCD. Seeing ~1.6 arcsec Scale 0.68 arcsec/pixel z=0.05529 +/- 2.4 X 10-4 Hoessel - [PDF Document] (2024)
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