What do HMNS, Superman, Stargate and steampunk have in common? Find out on May 25 at Comicpalooza

If you’ve been to the Wiess Energy Hall recently, you’ll remember the energy music video that starts off with “Energy is all around us.” Energy is all around us. It’s in the news every day. It’s also a prominent feature in sci-fi, comics and steampunk.

For more than 45 years, we’ve had a certain Scottish engineer talk about the need to power his engines. The mighty Starship Enterprise was propelled across the galaxy by warping space around it using a matter-antimatter reaction. (Antimatter has the same mass as matter but is oppositely charged — positron to electron and antiproton to proton).

We currently use antimatter in Positron Emission Tomography (PET) scans. While an antimatter reaction can give us 9×10^16 J/kg (note: dynamite is about 4.6×10^6 J/kg and a nuclear reactor is 5.6 x 10^9 J/kg ), it’s hard to bring into existence and even harder to keep around. In 2011, CERN was able to get about 300 anti-hydrogen atoms to hang around for about 17 minutes. While far less time than Dan Brown had it around for, it’s still a great achievement — especially since you can’t hold antimatter in a container made only of matter. You have to use a combination of electric and magnetic fields to make sure it does not go “boom.” NASA is looking into this as a propulsion system for interstellar transportation (possibly because rocket scientists grew up watching Star Trek), but it’s still far in the future.

Some of us have a fond memory of Rodney McKay yelling about the zero point module (ZPM) not having enough power to protect the city for long. (If you just got that reference, smile, because you are a nerd.) To get even more nerdy, there is such a thing as zero point energy. It is the least amount of energy a quantum system may have, or the energy produced when all is at rest. This is because of the wave-like properties of matter.  It’s also the reason that liquid helium will not freeze.

Is there a way to harvest all this background energy? Unfortunately, not yet. Because of the zero point in the minimum amount of energy the system can have, if you were able to take it away, the amount of energy would drop below its limits. In Stargate, they get around this by containing microuniverses in a handheld containment vessel and harvest the zero point energy from them (what happens when the ZPM runs out of energy? Is that universe dead?).

Sooper dpoper man

It’s a bird, it’s a plane, no, it’s a solar-powered man!

Superman, one of the most iconic and archetypal characters, receives his power from our yellow sun (and in Miller’s Batman Returns, he can take it from sunflowers as well). Because he uses green fuel, he can lift cars, leap buildings, be directed by Zack Snyder, and get Amy Adams. If only this were true for everyone who goes green. *Sigh.*

It is nice to have a superhero, even from the ’40s, that is looking toward the eventual infrastructure shift to renewables. Just as Superman’s war against falsehood and injustice has yet to be completed, we still have to wait for the switch. Unlike fighting against Doomsday and General Zod, we can do things to help speed the switch over to renewables.The easiest thing is to use less energy. If you’re more adventurous, you could look into the tax rebate programs for buying solar panels.

Steampunk is perhaps the most focused on energy. It’s in their very name. “Steampunk” is a sub genre that focuses on having mechanisms only powered by steam. While most steampunks look back either to Victorian times (call ‘em Vickies) or to the post-apocalypse, we are still in a steam age.

Almost all of our electricity is steam-powered. Coal, natural gas plants, and nuclear power plants all create electricity by turning water into steam and having that steam turn a piece of metal around a magnet (albeit on a large scale).

It can be exciting to see how you would come up with a steam driven alternative to a lot of modern technology. How would you construct a large airliner if it has no electronics and could only rely on hydraulics? Personally, I always hope for a dirigible-like air ship in which to battle sky pirates, but that may just be me.

An institution that you may readily associate with both a comic convention and energy is the Houston Museum of Natural Science. Museums may have a reputation of being dusty old cabinets of curiosities, but not us. So drop by our booth at Comicpalooza on May 25 and see what we’re up to.

Get started early: HMNS child development class Early Investigations doubles capacity for summer

Until recently, our Early Investigations program — designed to pique the interests of young scientists aged 5 to 8 — could only permit 50 kids per day. But due to popular demand, we’ve doubled our capacity to 100 children for our two most popular topics — Paleontology and Insect Zoo — beginning June 1. Beginning in September, tours of the new Hall of Ancient Egypt will also increase capacity to 100 students per day.

Each hour-and-a-half course includes a 45-minute interactive class and 45-minute exhibit hall tour led by one of our expert HMNS docents. Intimate tour groups are kept at under 10 children (usually three to five kids per tour), ensuring that each child is able to hear and encouraged to speak up and ask questions.

Early Investigations

Hands-on classroom presentations include real specimens and artifacts. Students of Egypt create their own names in hieroglyphics, Insect Zoo attendees build anatomical butterflies, and young paleontologists dig in a miniature pit for fossilized remains.

Other available topics included Texas Wildlife, Under the Sea, Native North and Latin Americans and Africa. Early Investigations cost just $5 per person and includes exhibit access. Most classes go from 10 a.m. to 11:30 a.m., but the schedule is flexible according to docent availability. For more information or to register your child, click here.

Emails from the other side: The Museum Mummy flatters a staffer

If you’ve been following along as our veteran Museum Mummy, Ankh Hap, prepares to adjust to his new living quarters, welcome back. If you’ve not, you’ll probably want to catch up here and here.

The gist is this: Our previously singular mummy will be gaining several new roommates when he moves into the new Hall of Ancient Egypt, and he was not. having. it.

Luckily, thanks to the delicate nudging (and maybe a bit of virtual eyelash-batting) of our marketing department, Ankh Hap seems to be coming around:

Emails from the other side: Our correspondence with a corpse continues

Emails from the other side: Our correspondence with a corpse continues

To take a gander at the above-mentioned ’90s brochure, one simply has to click here.

For more from the original, check back Mondays here at BEYONDbones.

Today in the Department of Mysteries: 12-year-old Robby uncovers “culturally modified” bone in Jersey Village

Occasionally we receive artifacts at the Museum uncovered by curious residents who are looking to have their discoveries identified. The latest comes from 12-year-old Jersey Village resident Robby, who took it upon himself to write Associate Curator David Temple the following (quite impressive) letter:

Dear Sir or Madam,

My name is Robby, I am 12 years old, and I was walking along in my backyard, playing by myself, when I felt something painful and sharp stick into my foot, so naturally I stopped to investigate. I felt around for the article that wounded me, and I concluded that it was a bone. I unearthed it and further found that it was a bone that looked like it was a washer joint (the kind that the spinal cord travels through), and I washed it off carefully to see if there were any further marks that could tell me if it was a dinosaur bone, but there was nothing. I was hoping that you could either radiometric date it, or DNA test it to see if it was. I have enclosed the bone in an envelope. Please let me know as soon as you find out.

Sincerely,

Robby
P.S.
2 days later, I found another bone that looked almost identical to the bone I found previously. It is a little bigger, and dirtier. Please respond!

"Culturally Modified Cow Bone" - the latest from The Department of Mystery

Temple looked over the bones and, upon concluding his research and determining their true origins, issued the following response on official Museum letterhead:

Dear Robby,

Thank you for your inquiry regarding the bones. When researching these things, particularly to which ancient animal a fossil bone may have belonged, a great place to begin would be a geologic map of the relevant area.

Geologic maps are peculiar; they are less about telling you how to get some place and more about telling where you are in time. The sediments that Jersey Village sits on are from the Quaternary within the Cenozoic; your backyard is outcropping the Beaumont Formation at the oldest, which gets you somewhere between 10,000 and 2 million years ago (give or take).

Pleistocene-aged animals lived on the sediments in your yard, and their remains could be buried in these sediments. No dinosaurs; however mammoths, mastodons and giant sloths all are animals that lived in the area during that time. I am enclosing a copy of the geologic map of Texas for your perusal. Find Houston and match the color on the key; where ever you find yourself, that’s where you are.

From careful analysis, we know your samples to come from an ungulate from the genus Bos. These pieces are not vertebra, but pieces from the legs of the animal. Though not old enough to be a paleontological sample, these do qualify for archaeological/anthropological analysis.

One thing I determined was that this animal was probably eaten by a sometime predatory species, likely Homo sapiens. I will say this conceding that the teeth and jaws of Homo sapiens are not adapted for chewing hard bones. You yourself noted the absence of marks on your sample bones, and I agree with your estimation and believe it significant.

Also, your samples do not bear any markings that would indicate primary feeding or secondary scavenging by Canis lupus familiaris, or Canis latrans. These animals are or were recently common in Jersey Village. Their teeth and jaws are well-adapted for crunching bone and leaving diagnostic traces of this feeding behavior.

Another bit of evidence pointing to primary consumption by a member of the genus Homo is that species’ nearly unique adaptation for making and using tools. Your sample bones show cultural modification, specifically butchering.

As mentioned above, the flat sides of the bones show them to have been modified with a saw, probably with the muscles attached. The smooth, even sides point to a mechanical, fine-toothed saw rather than a hand saw.  Considering practices in local culture, this bone and attached muscle were likely placed over a fire, for a short period of time, as the bones do not appear to be charred.

In archaeology, the three things to remember are context, context, and context. Were these bones by themselves or were there other objects with them? Bits of metal or glass maybe? If those objects are associated with the bones that would strongly support the “BGM” hypothesis below. Also the age of your home is a potential clue.

Before trash pick-up was available, garbage was frequently burned in the backyard and buried. While more charring over all surfaces on your bone samples would help support this, the absence of charring does not rule out the “Buried Garbage Model.” It is possible that there was a burn ban, or the responsible party for trash disposal just did a really bad job. Sadly there are questions science cannot answer, at least not without more fieldwork. Your sample could still have been buried, which would have kept it from being chewed by dogs or coyotes.

To summarize, you do not have a dinosaur, sadly. You did find the remains of a barbeque, shank steaks were served, they were likely served rare, medium rare, medium well at most. The bones were then thrown outside and the people either had no dog, and/or buried their trash. Your samples are not good candidates for radiometric dating; what is associated with the bones would be your best way of dating your site, but I would guess near the Late Recent.

I encourage you to keep looking down; you never know what you’ll find. If there is old glass or metal where you found the bones, be careful not to cut yourself when examining these fragments.

If you would like to go fossil hunting, get your parents to look up the Houston Gem and Mineral Society. They take regular trips to outcrops to collect fossils. If you want to know where dinosaur fossils in Texas might be found, the enclosed map has the answer. Dinosaur fossils can also be found locally at the Houston Museum of Natural Science.

I am returning your samples as I am contemplating becoming a vegetarian, and they make me hungry.

Sincerely,
David Temple
Associate Curator of
Paleontology

Robby’s samples were returned to him this week along with the Museum’s encouragement to keep curious. Tune in to the Beyond Bones for future installments from The Department of Mysteries.