Amazing Cakes: Top picks of Party Smarty 2015

by Karen Whitley

Every year we see hundreds of birthday cakes, and we are blown away (candle pun intended) by some of the creations parents bring in! From the cakes that defy gravity to the ones we have to use careful geometry to cut, we are always excited to see what a party brings in. Here’s a look at some of our favorite cakes so far.

Here’s a gorgeous cake to celebrate our butterfly theme. The bees and ladybugs add the perfect touch!

BFC cake

If you have a boy (or girl) more interested in bugs than botany, check out this cake crawling with garden pals.

Insect Cake

For all of you mad scientists out there, here’s a chemistry cake for you.

Chemistry cake

In celebration of our brand new Wildlife theme. You can’t see it, but there are alligators lurking along the edges of this Texas cake!

Texas Cake 2

This stellar Jupiter cake is out of this world!

Jupiter 2

While it’s not one of our themes, Elsa and Anna from Frozen made numerous appearances this year.


A fabulous Ancient Egypt cake, complete with flaming torches! Walking like a hieroglyph yet?

Egypt cake

And to round off our Amazing Cakes, here’s a look at some of our favorite dinosaur delicacies!

Dino cake with painted dinos

Jurassic World CakeDino Cake by Gina

Jurassic World Fragile Cakedinosaur cake

And finally our personal favorite here at Party Smarty.

Logo Cake

Is it just me, or is there a resemblance?

smarty logo

If you need help finding cakes as awesome as these for your HMNS birthday party, give us a call! We keep a list of the best places to find cool creations.

Editor’s Note: Karen is the Birthday Party Manager for HMNS Marketing.

Seeing Stars with James Wooten: The Summer Triangle is high in the sky

This star map shows the Houston sky at 10 pm CDT on July 1, 9 pm CDT on July 15, and dusk on July 31.  To use the map, put the direction you are facing at the bottom. The Summer Triangle is high in the east.  This consists of the brightest stars in Cygnus, Lyra, and Aquila.  Scorpius, the Scorpion, is in the south, with the ‘teapot’ of Sagittarius to his left.  Leo, the Lion, sets in the west.  From the Big Dipper’s handle, ‘arc to Arcturus’ and ‘speed on to Spica’ in the southwest.  Watch Mars close in on Saturn this month.

This star map shows the Houston sky at 10 p.m. CDT on July 1, 9 p.m. CDT on July 15, and dusk on July 31. To use the map, put the direction you are facing at the bottom.
The Summer Triangle is high in the east. This consists of the brightest stars in Cygnus, Lyra, and Aquila. Scorpius, the Scorpion, is in the south, with the ‘teapot’ of Sagittarius to his left. Leo, the Lion, sets in the west. From the Big Dipper’s handle, ‘arc to Arcturus’ and ‘speed on to Spica’ in the southwest. Watch Mars close in on Saturn this month.

This month, Mars is in the southwest at dusk this month. Mars continues to fade a little each night as Earth continues to leave it farther behind. Still, Mars rivals the brightest stars we see at night.

Saturn is also in the southwest at dusk. This month and next, Mars approaches Saturn more and more. 

Venus remains in the morning sky. Look east at dawn for the brightest point of light there; only the Sun and Moon outshine Venus. Venus remains a morning star for almost all of 2014.

Jupiter is behind the Sun and out of sight this month. 

The Big Dipper is left of the North Star, with its handle pointing up. From that handle, you can ‘arc to Arcturus’ and then ‘speed on to Spica’; those stars are in the west at dusk. Leo, the Lion, is setting in the west at dusk.

Antares, the brightest star of Scorpius, the Scorpion, is in the southeast, with the ‘teapot’ of Sagittarius rising behind it. The Summer Triangle has fully risen in the northeast. The stars of summer are here.  

Moon Phases in July 2014:

1st Quarter: July 5, 7:00 a.m. 
Full: July 12, 6:26 a.m.
Last Quarter: July 18, 9:09 p.m.
New: July 26, 5:42 p.m.

At about 7 p.m. on Thursday, July 3, Earth is as far from the Sun as it will get this year. This is aphelion, when Earth is 94.56 million miles from the Sun, as opposed to the average distance of 93 million miles. On January 4, Earth was at 91.44 million miles from the Sun; that was perihelion (closest approach to the Sun). It turns out that this variation in the Earth-Sun distance is too small to cause much seasonal change. The tilt of Earth’s axis dominates as it orbits the Sun. That’s why we swelter when farther from the Sun and shiver when we’re closer. 

Click here to see what’s happening this month in the Burke Baker Planetarium

On most clear Saturday nights at the George Observatory, you can hear me do live star tours on the observation deck with a green laser pointer. If you’re there, listen for my announcement. 

Clear skies!

The galaxy just got bigger: Calling all future space explorers to Family Space Day!

ATTENTION FUTURE SPACE EXPLORERS: NASA has just discovered 715 new planets for you to study and learn.

But let’s back up a second.

Launched in 2009, the Kepler space observatory has been scanning the heavens for earth-like exoplanets — planets existing outside our solar system. The observatory has been able to detect strong possibilities of planets, but they needed confirmation. Mountains of data have been sent to scientists on the ground to confirm the existence of these exoplanets.

While this process has been grueling and slow going, it resulted in several hundred confirmations. However, yesterday NASA announced the discovery of 715 new planets orbiting 305 stars — boosting the number of verified exoplanets by 70%.

Kepler has collected this data by detecting the transit of planets across their stars. When planets transit (i.e., cross in front of) a star, the star’s brightness appears to dim by a small amount. The amount of dimming depends on the size of the star and object revolving around it. This process can give false-positives, however, which has necessitated that the data be confirmed by scientists on the ground.

So what’s changed?

The way scientists were sifting through the data has changed. You see, it’s much easier to confirm the existence of planets when they are part of a multi-planet system. Readings that indicate multi-planet systems exist are difficult to explain as anything other than a multi-planet system — as opposed to single planet systems that could be explained by other phenomena. Therefore, by focusing on the data from what appeared to be multi-planet systems, scientists have been able to sift through and confirm the data at a much more rapid pace.

So what’s out there?

Ninety-four percent of the planets discovered are smaller than Neptune (that is, they’re four times larger than Earth or smaller). The number of planets with 2R (double the Earth’s radius) or less has increased 1,000 percent. Our total count of exoplanets now stands at 1,700 — which NASA planetary scientist Jack Lissaur has described as a “veritable bonanza of new worlds.”

So if you’ve got a future space explorer in your family, there’s never been a better time to get excited about space adventures — just in time for our Family Space Day at the George Observatory this Saturday.

Experience what it’s really like to be an astronaut-in-training with a simulated mission. Volunteers from NASA will guide you and your family on your mission — ensuring safe travels — as you transform into astronauts, scientists and engineers flying through space.

A perfect activity for the whole family, the flight simulation is open to adults and children 7 years and older (children ages 7 to 9 must be accompanied by a chaperone), and a minimum of 10 participants per mission is required.

Don’t miss this chance to participate in real astronaut training at the George Observatory! Click here or call (281) 242-3055 for details.

Go Stargazing! September Edition

Saturn leaves the evening sky in September 2011.  Face west southwest at dusk, and you’ll see Saturn near a star of similar brightness—Spica in Virgo.  Saturn is a bit to the right of Spica as you face southwest.

Each night this month, however, Saturn and Spica appear lower and lower to the horizon, until they set in twilight by mid-month.  When is the last night you can still see it?  Next month, Saturn is behind the Sun and invisible.

A Long Night Falls Over Saturn's Rings
Creative Commons License photo credit: NASA Goddard Photo and Video

Jupiter is now a late evening object.  It rises before 10:45 pm on September 1, and just after 8:30 pm by September 30.  Face east at the appropriate time and look for the brightest thing there—that’ll be Jupiter.   The King of Planets continues to dominate the southwestern pre-dawn sky.  Mars is now a bit higher in the east at dawn.  Although it has brightened, many of the stars in the morning sky outshine it.  However, as it moves from Gemini into dimmer Cancer, Mars is quite identifiable.  Venus was behind the Sun last month, and is still lost in the Sun’s glare.

Io Close-Up with New L8 Jupiter
Creative Commons License photo credit: FlyingSinger

The Big Dipper is beginning to pass under the North Star; Houstonians now need a clear northwestern horizon to see it at dusk.  From its handle, you can ‘arc to Arcturus’ and then ‘speed on to Spica’; those stars set in the west and southwest at dusk.  Antares, brightest star of Scorpius, the Scorpion, is in the southwest, with the ‘teapot’ of Sagittarius to its left.  Meanwhile, the Summer Triangle is virtually overhead.  The stars of summer now dominate the evening sky.  In late evening, you can watch the Great Square of Pegasus rise in the east.  Note that we look towards the center of our galaxy when we face between Scorpius and Sagittarius.  When facing the Great Square or especially south and east of that, we face out of the plane of our galaxy, a direction where there are fewer bright stars.  That’s why the large expanse of sky rising under Pegasus seems devoid of bright stars.

Moon Phases in September 2011:
First Quarter September 4, 12:39 pm
Full September 12, 4:26 pm
Last Quarter September 20, 8:39 am
New September 27, 6:08 pm

Autumnal Equinox

At 4:06 am CDT on Friday, September 23, the Sun is directly overhead at the equator.  This, then, is the autumnal equinox, a date when everyone in the world has the same amount of sunlight.  In the Northern Hemisphere, we’ve seen the days get a little shorter and the midday Sun a little lower each day since June 21.  For us, the season changes from summer to fall at the equinox.

In the Southern Hemisphere, people have seen the days lengthen and the midday Sun get a little higher each day since June.  For them, the season changes from winter to spring.

Rosh Hashanah

The New Moon of September 27 is the one closest to the fall equinox and therefore marks the Jewish New Year.  Rosh Hashanah is not on the New Moon itself but two days later on the 29th, when the slender crescent becomes visible in the west at dusk.

Astronomy Day 2011 at the George Observatory

Come join us anytime from 3 to 10 pm on October 8 for our annual Astronomy Day at the George Observatory. Dozens of telescopes—including our large research telescopes—will be available to give everyone a chance to enjoy the delights of the night sky, including star clusters, planets and galaxies.  Before dusk, we will have solar observing, Expedition Center simulations, outdoor and indoor presentations (beginning at 4) and many other activities!