#m.s. david

[monsieuroverlord]

NYX #1 Thoughts:

It was alright, very Kamala/Ms. Marvel and Sophie-focused. It was a decent set up of the premise, and I'll keep an eye on it.

Spoilers:

The Krakoan is Julian Keller/Hellion as everyone called it. Just in case anyone missed the leaks on Twitter.

Him and the rest of Cuckoos are apparently working with Empath, and the current implication is that he may be amping up and/or twisting their post-Krakoa emotions.

Anole, we didn't see much of, other than he's a bartender now.

Not only is David teaching, but he's also a tenure-track professor.

As someone who works for an American university, I'd be so curious to see how that happened. I mean, at least for the department I work for (very research-heavy stem field), its a LOT to negotiate tenure-track, even with years of experience and a Ph.D. Its like a 3-4 day marathon of presentations, wining-and-dining, meetings after meetings, tours, and a red-eye flight back home. You basically gotta meet everyone in our department and not only show that you know what you're talking about, but also that you won't be an asshole to the established professors (I know this, because I'm the one assisting in organizing everything and making sure the right faculty shows up on time to give a lab tour to the applicant, lol)

I think in some areas, you can get away with an M.S. degree for tenure, but in most cases, its Ph.D.

And that doesn't even mean you are guaranteed to get tenure. There's a whole other review process for that.

Anyway, Sophie is right to call it out here. It does kinda feel like a hand-out. I wonder if that will come into play later?

I'd like to see David's point of view first, though. Maybe there's a secret plot where some of the faculty are evil and its an anti-mutant trap to lure him into a false sense of security. But he's too smart for that and plays them. I don't know.

Or maybe he got his P.h.D. That'd be dope.

I don't trust David's new boyfriend. He hasn't said much yet, but I don't trust him.

This issue is heavily focused on Kamala's point of view, and strongly features Sophie as well. It makes sense, as Kamala is the "newer mutant" in a sense, and serves well to introduce the reader to the setting and potentional storylines to follow.

Sophie and Kamala also have a budding friendship, and I think it's very cute.

I think the next issue at least is supposed to shift to Laura's point of view.

We also don't see too much of Laura, and she didn't appear to be in the college class? Maybe she joins later, or is a guest speaker, I don't know. OR maybe she's going undercover?!?!

We did get this pretty image on the opening page:

Laura only runs into Kamala while she's investigating a mutant terrorist attack.

I love her new look so much. It's very fashionable and actually makes her look distinct from Logan while she's still clearly a Wolverine. Props to the designer.

And now Marvel needs to free Akihiro from Hellverine psuedo-death-ressurection and give him a unique outfit and/or codename too. Thank you.

Laura really only says this though:

I don't know how I feel about her characterization here. I mean, its not the worst thing, but it lacks context for me.

I mean, what is Laura doing? Where is Gabby? Is Akihiro still dead and she's surly with grief? (because Hellverine hasn't finished yet and we don't know how that will end) Does she feel like she has to pick up the pieces and play hero because Logan fucked off to the Canadian Wilderness again?

I have many questions about my girl and her general well-being.

In general, I'm currently on the fence about her characterization. It could go either way.

I suppose we'll have to wait until next issue ¯\_(ツ)_/¯

In summary, it was a decent set-up. I read the X-Men Monday interview, so there was nothing that surprised me. Art is very good.

Also, this is me being a grumpy old bastard, but I hate the QR code pages they're doing now. Just print the damn page. I tried the scanner on both my phone and tablet, and it kept redirecting me to a broken link and I get a "500 Internal Error" message. I have no idea what that page is about. I personally don't like this concept of secret QR code pages and is irritating.

For digital reading, its more okay, but I also buy physical copies. I don't want to have to whip out my phone and/or tablet just for a gimmick to get the full issue. And who knows if the website eventually goes defunt years from now and then the QR codes are rendered useless. Then what?

[dem0nunderthebed]

Dear Karkat Vantas, Every time I open this fucking app I am greeted by Karkat’s “Secret” worm farm. Stupid fucking cunt. Your worm farm is out in the open for everyone to see. And now don’t yell at me for knowing about it!! David Elizabeth Strider found it and took a picture. He informed at least Sylvie and Pen about about it. And guess what? Those fucking RATS told me and kept posting the photo online. So honestly, Karkat. You should own up to having a worm farm. No more "secret" worm farm. Have an OVERT WORM EMPIRE! Rise to power with your worms my beloved troll twin!!! I will stand with you every step of the way. But if you continue to be a little bitch about it I WILL PUBLICLY SHAME YOU. All the best, Logan M.S.

[professorfaber]

books finished (not necessarily started) this year

only marking ‘strongly recommend’ (👍) and ‘don’t recommend’ (❌️). well and molière is molière lol

The Fascist Revolution: Toward a General Theory of Fascism by George Mosse (January 2) 👍

The Ba‘th and the Creation of Modern Syria by David Roberts (January 19)

The Occult Roots of Nazism: Secret Aryan Cults and their Influence on Nazi Ideology by Nicholas Goodrick-Clarke (February 20) 👍

The Brown Plague: Travels in Late Weimar and Early Nazi Germany by Daniel Guérin (March 6) 👍

Fascism in Brazil: From Integralism to Bolsonarism by Leandro Pereira Gonçalves and Odilon Caldeira Neto (March 22)

Iraqi Arab Nationalism: Authoritarian, Totalitarian, and Pro-Fascist Inclinations, 1932–1941 by Peter Wien (April 5)

Bunch of Thoughts by M.S. Golwalkar (April 11) ❌️

Hebrew Fascism in Palestine, 1922–1942 by Dan Tamir (April 18)

Latin American Dictatorships in the Era of Fascism: The Corporatist Wave by António Costa Pinto (May 2)

L’École des femmes by Molière (May 17)

A History of Fascism, 1914–1945 by Stanley Payne (May 30) 👍

Anarcho-Fascism: Nature Reborn by Jonas Nilsson (June 20) (extremely doesn’t count, basically a pamphlet) ❌️

French Colonial Fascism: The Extreme Right in Algeria, 1919–1939 by Samuel Kalman (August 23)

The Upside of Stress: Why Stress Is Good for You, and How To Get Good at It by Kelly McGonigal (October 11)

Fascism in Spain, 1923–1977 by Stanley Payne (October 27) 👍

Inside Latin America by John Gunther (November 10)

It Can’t Happen Here by Sinclair Lewis (November 24)

i have ambitions of finishing wynot’s polish politics in transition over the weekend but that’s probably not going to happen

[infj-zen]

Chess Kings MBTI

Here are a few top feeling type men chess players by MBTI

NF

ENFJ Jonas Buhl Bjerre, Jayant Gokhale, Siddharth Jagadeesh

INFJ David Brodsky, SL Narayanan, Fernando Peralta, Aryan Tari, Radoslaw Wojtaszek

ENFP Pontus Carlsson, Vladimir Fedoseev, Abhijeet Gupta, Jon Ludvig Hammer, Robert Hess, David Howell, Pouya Idani, Li Chao, Awonder Liang, Parham Maghsoodloo, Hikaru Nakamura, Ian Nepomniachtchi, Thai Dai Van Nguyen, Peter Heine Nielsen, David Paravyan, Richard Rapport, Salem Saleh, SP Sethuraman, Nigel Short, David Smerdon, Peter Svidler, Pranav Venkatesh, Christopher Yoo

INFP Nijat Abasov, Varuzhan Akobian, Lazaro Bruzon, Aryan Chopra, Bardiya Daneshvar, Neelotpal Das, Ding Liren, Arjun Erigaisi, Vugar Gashimov, Lars Oskar Hauge, Enamul Hossain, Dmitry Jakovenko, Sergey Karjakin, Rustam Kasimdzhanov, Vasilios Kotronias, Viktor Laznicka, Moulthun Ly, Georg Meier, Alexander Onischuk, Grigoriy Oparin, Alexander Riazantsev, Ray Robson, Kenny Solomon

SF

ESFJ Balazs Csonka, Eric Hansen, Sebastian Mihajlov, Daniel Rensch

ISFJ Robert Hungaski, Velimir Ivic, RB Ramesh, Johan Salomon, Karthik Venkataraman

ESFP Baskaran Adhiban, Aman Hambleton, Vassily Ivanchuk, Yasser Seirawan, Wang Hao, Max Warmerdam, Jeffery Xiong

ISFP Bassem Amin, Levon Aronian, Aravindh Chithambaram, Andrey Esipenko, Alireza Firouzja, Vidit Gujrathi, Pentala Harikrishna, Rinat Jumabayev, Haik Martirosyan, Srinath Narayanan, Raunak Sadhwani, Vahap Sanal, Krishnan Sasikiran, M.S. Thejkumar, Yu Yangyi

[dorothydalmati1]

Family Guy Season 10 Episode 17: Forget-Me-Not

Written by David A. Goodman

Storyboard by Mark Covell, Ralph Fernan & Steve Fonti

Directed by Brian Iles

Animation directed by Wonkyoo Gang, Jinjoon Hwang, Y.K. Jo, Y.M. Jung & M.S. Park

[korrektheiten]

Millionengeschäft mit Razzien & Repression? - 🟥 🟥 Das "Schwachkopf"-Gate war nur die Spitze des Eisbergs. Die mass...

M.S.: »Millionengeschäft mit Razzien & Repression? 🟥 🟥 Das "Schwachkopf"-Gate war nur die Spitze des Eisbergs. Die massive Klage gegen David Bendels vom Deutschlandkurier ist der nächste Höhepunkt einer wahren Klageflut. 🤑 Wer steckt dahinter? Was verbirgt sich hinter der Agentur "SoDone" für die Habeck wirbt - und wer verdient mit dieser Repression Millionen? 💪 Folgt Bendels und dem Deutschlandkurier. ________ ✅ Mitglied bei MSLive+ werden. ⛽️ Meine Arbeit unterstützen http://dlvr.it/TGLbK4 « @MSLive_aut

[goalhofer]

2024 1st MLB playoff home runs

October 2, 2024

Parker Meadows (Detroit) at Houston

Boyce Mullins II (Baltimore) vs. Kansas City

Jackson Chourio (Milwaukee) vs. New York Mets

Garrett Mitchell (Milwaukee) vs. New York Mets

Michael Harris; Jr. (Atlanta) at San Diego

October 3, 2024

Jake Bauers (Milwaukee) vs. New York Mets

Sal Frelick (Milwaukee) vs. New York Mets

October 5, 2024

Lane Thomas (Cleveland) vs. Detroit

M.S. Melendez; Jr. (Kansas City) at New York Yankees

Ōtani Shōhei (Los Angeles Dodgers) vs. San Diego

October 6, 2024

Mark Vientos (New York Mets) at Philadelphia

Brandon Nimmo (New York Mets) at Philadelphia

Jackson Merrill (San Diego) at Los Angeles Dodgers

October 7, 2024

Kerry Carpenter (Detroit) at Cleveland

Jasrado Chisholm; Jr. (New York Yankees) vs. Kansas City

October 8, 2024

Jesse Winker (New York Mets) vs. Philadelphia

October 10, 2024

David Fry (Cleveland) at Detroit

Zach McKinstry (Detroit) vs. Cleveland

October 14, 2024

Brayan Rocchio (Cleveland) at New York Yankees

October 17, 2024

Kyle Manzardo (Cleveland) vs. New York Yankees

Jhonkensy Noel (Cleveland) vs. New York Yankees

October 18, 2024

Andy Pages (Los Angeles Dodgers) at New York Mets

Austin Wells (New York Yankees) at Cleveland

October 20, 2024

Tommy Edman (Los Angeles Dodgers) vs. New York Mets

[dr-anant-tiwari]

Top Orthopaedic Surgeon in Delhi - Dr. Anant Kumar Tiwari

Consult Delhi's Top Orthopaedic Surgeon, Dr. Anant Kumar Tiwari

Dr. Anant Kumar Tiwari, leading orthopaedic surgeon in Delhi, specializes in joint replacements and advanced orthopaedic care with over 5000 successful surgeries.

Dr. Anant Kumar Tiwari

M.S.(Ortho.)., MCh.(Ortho.),U.K.

Chairman and Senior Consultant and Unit Head, Joint Replacement Center, Sir Ganga Ram Hospital, New Delhi practices in a state-of-the-art Hospital with modern equipment. Our hospital is ergonomically designed keeping the patient's comfort in mind. With state of the art equipment, facilities and experienced faculty & staff, we are wholly committed to highly personalized and comprehensive healthcare. All patients are assured of the best service in a very non-stressful ambience.

Dr Anant Tiwari did his graduation from Maharani Laxmi Medical College, Jhansi in 1992 with honours. He topped the postgraduate medical entrance examination from his college. He did his post graduation in Orthopaedics, specialising in Ilizarov technique from Ganesh Shankar Vidyarthi Memorial Medical College, Kanpur, in 1996. During his post graduation he mastered the art of Limb-Lengthening and severe deformity correction besides specialising in general orthopaedic procedures.

After his post graduation, he joined Nazareth Hospital, Allahabad as Head, Department of Orthopaedics. He worked there for twelve years performing all kinds of Orthopaedic and Spine surgeries. He did his first independent Total Hip Replacement and Total Elbow Replacement in 2003 at Nazareth Hospital and as Head, Department of Orthopaedics. He worked there for twelve years performing all kinds of Orthopaedic and Spine surgeries. He did his first independent Total Hip Replacement and Total Elbow Replacement in 2003 at Nazareth Hospital and became the first person to do so, in Allahabad.

He went to Singapore to do Fellowship in Arthroscopy and Sports Medicine from Singapore General Hospital. Under the astute guidance of Dr. Paul Chang who is considered one of the best in the World; he learned the art of Arthroscopy and management of Sports injuries.

Later on, He went to U.K. to pursue his MCh (Orth) degree course at Nine wells Hospital and Medical School, U.K. During the course, he was trained by Professor David Rowley, (FRCS), one of the Pioneers of Joint Replacement Surgeries and Mr. Ben Clift, (FRCS), Director, Joint Reconstruction. During his training period, he was trained in primary and revision joint surgeries of Hip, Knee, Elbow, shoulder and Ankle. He mastered the techniques of Robotic, Navigation and Minimally Invasive Surgery in Total Joint Replacement during the course.

He also excelled in Sports Biomechanics under the able guidance of Professor Rami Abboud at Tayside Orthopaedic and Rehabilitation Training Centre, U.K. By doing his thesis on Fast Bowling Analysis, he became the first person to develop a Biomechanical Model for fast bowlers.

After coming back to India, he joined Kailash Hospital and Heart Institute, NOIDA in July, 2009 as a Joint Replacement Surgeon where he started and established Department of Joint Replacement. In 2011, he went to Nigeria where he established the Department of Joint Replacement and Orthopaedics of Primus International Super Specialty Hospital in Abuja, Nigeria. He joined Sir Ganga Ram Hospital, New Delhi in October, 2011 as Senior Consultant in Orthopaedics and Joint Replacement. He has been doing Computer Navigation and Robotic Surgeries on a routine basis in the hospital along with training DNB students. His Annual Arthroplasty Course is quite popular among the budding Joint Replacement Surgeons. His principle interest is in Joint Replacements, Primary and Revision both. He has more than 5000 independent surgeries to his credit.

CONCLUSION

Dr. Anant Kumar Tiwari stands out as a leading orthopaedic surgeon in Delhi, renowned for his expertise in joint replacements and advanced orthopaedic procedures. With extensive training in the latest techniques from esteemed institutions globally and a track record of over 5000 successful surgeries, he combines state-of-the-art technology with personalized care to offer the highest standard of treatment. His commitment to excellence is reflected in his leadership roles and contributions to the field, ensuring that patients receive top-notch care in a supportive and comfortable environment.

[deadbutcaffeinated]

Comic day!

[tiredbeescom]

From the Archive: Cumberland M.S. by David Flett https://tired.bz/43n933t

[jcmarchi]

A new optimization framework for robot motion planning

New Post has been published on https://thedigitalinsider.com/a-new-optimization-framework-for-robot-motion-planning/

A new optimization framework for robot motion planning

It isn’t easy for a robot to find its way out of a maze. Picture the machines trying to traverse a kid’s playroom to reach the kitchen, with miscellaneous toys scattered across the floor and furniture blocking some potential paths. This messy labyrinth requires the robot to calculate the most optimal journey to its destination, without crashing into any obstacles. What is the bot to do?

MIT Computer Science and Artificial Intelligence Laboratory (CSAIL) researchers’ “Graphs of Convex Sets (GCS) Trajectory Optimization” algorithm presents a scalable, collision-free motion planning system for these robotic navigational needs. The approach marries graph search (a method for finding discrete paths in a network) and convex optimization (an efficient method for optimizing continuous variables so that a given cost is minimized), and can quickly find paths through maze-like environments while simultaneously optimizing the trajectory of the robot. GCS can map out collision-free trajectories in as many as 14 dimensions (and potentially more), with the aim of improving how machines work in tandem in warehouses, libraries, and households.

The CSAIL-led project consistently finds shorter paths in less time than comparable planners, showing GCS’ capability to efficiently plan in complex environments. In demos, the system skillfully guided two robotic arms holding a mug around a shelf while optimizing for the shortest time and path. The duo’s synchronized motion resembled a partner dance routine, swaying around the bookcase’s edges without dropping objects. In subsequent setups, the researchers removed the shelves, and the robots swapped the positions of spray paints and handed each other a sugar box. 

The success of these real-world tests shows the potential of the algorithm to aid in domains like manufacturing, where two robotic arms working in tandem could bring down an item from a shelf. Similarly, that duo could assist in putting books away in a household or library, avoiding the other objects nearby. While problems of this nature were previously tackled with sampling-based algorithms, which can struggle in high-dimensional spaces, GCS uses fast convex optimization and can efficiently coordinate the work of multiple robots.

“Robots excel at repetitive, preplanned motions in applications such as automotive manufacturing or electronics assembly but struggle with real-time motion generation in novel environments or tasks. Previous state-of-the-art motion planning methods employ a ‘hub and spoke’ approach, using precomputed graphs of a finite number of fixed configurations, which are known to be safe. During operation, the robot must strictly adhere to this roadmap, often leading to inefficient robot movements. Motion planning using Graph-of-Convex-Sets (GCS) enables robots to easily adapt to different configurations within precomputed convex regions — allowing the robot to ‘round the corner’ as it makes its motion plans. By doing so, GCS allows the robot to rapidly compute plans within safe regions very efficiently using convex optimization. This paper presents a novel approach that has the potential to dramatically enhance the speed and efficiency of robot motions and their ability to adapt to novel environments,” says David M.S. Johnson, co-founder and CEO of Dexai Robotics. 

GCS also thrived in simulation demos, where the team considered how a quadrotor could fly through a building without crashing into trees or failing to enter doors and windows at the correct angle. The algorithm optimized the path around the obstacles while simultaneously considering the rich dynamics of the quadrotor.

The recipe behind the MIT team’s success involves the marriage of two key ingredients: graph search and convex optimization. The first element of GCS searches graphs by exploring their nodes, calculating different properties at each one to find hidden patterns and identify the shortest path to reach the target. Much like the graph search algorithms used for distance calculation in Google Maps, GCS creates different trajectories to reach each point on its course toward its destination.

By blending graph search and convex optimization, GCS can find paths through intricate environments and simultaneously optimize the robot trajectory. GCS executes this goal by graphing different points in its surrounding area and then calculating how to reach each one on the way to its final destination. This trajectory accounts for different angles to ensure the robot avoids colliding with the edges of its obstacles. The resulting motion plan enables machines to squeeze by potential hurdles, precisely maneuvering through each turn the same way a driver avoids accidents on a narrow street.

GCS was initially proposed in a 2021 paper as a mathematical framework for finding shortest paths in graphs where traversing an edge required solving a convex optimization problem. Moving precisely across each vertex in large graphs and high-dimensional spaces, GCS had clear potential in robotic motion planning. In a follow-up paper, sixth-year MIT PhD student Tobia Marcucci and his team developed an algorithm applying their framework to complex planning problems for robots moving in high-dimensional spaces. The 2023 article was featured on the cover of Science Robotics last week, while the group’s initial work has been accepted for publication in the Society for Industrial and Applied Mathematics’ (SIAM) Journal on Optimization.

While the algorithm excels at navigating through tight spaces without collisions, there is still room to grow. The CSAIL team notes that GCS could eventually help with more involved problems where robots have to make contact with their environment, such as pushing or sliding objects out of the way. The team is also exploring applications of GCS trajectory optimization to robot task and motion planning.

“I’m very excited about this application of GCS to motion planning. But this is just the beginning. This framework is deeply connected to many core results in optimization, control, and machine learning, giving us new leverage on problems that are simultaneously continuous and combinatorial,” says Russ Tedrake, MIT professor, CSAIL principal investigator, and co-author on a new paper about the work. “There is a lot more work to do!” 

Marcucci and Tedrake wrote the paper alongside former CSAIL graduate research assistant Mark Petersen; MIT electrical engineering and computer science (EECS), CSAIL, and aeronautics and astronautics graduate student David von Wrangel SB ’23. The more general Graph of Convex Sets framework was developed by Marcucci and Tedrake in collaboration with Jack Umenberger, a former postdoc at MIT CSAIL, and Pablo Parrilo, a professor of EECS at MIT. The group’s work was supported, in part, by Amazon.com Services, the Department of Defense’s National Defense Science and Engineering Graduate Fellowship Program, the National Science Foundation, and the Office of Naval Research.

[evoldir]

Fwd: Graduate position: UNevada_Reno.EvolGenomicsBioinformatics

Begin forwarded message: > From: evoldir@evol.biology.mcmaster.ca > Subject: Graduate position: UNevada_Reno.EvolGenomicsBioinformatics > Date: 30 November 2023 at 06:28:00 GMT > To: rdmpage@gmail.com > > > GRADUATE STUDENT POSITIONS IN EVOLUTIONARY GENOMICS AND BIOINFORMATICS > AT THE UNIVERSITY OF NEVADA, RENO > > The Alvarez-Ponce lab at the University of Nevada, Reno, is accepting > applications from potential M.S and Ph.D. students. > > Research in our lab focuses on the evolution of genes and genomes, and > how this evolution is shaped by natural selection. Specific topics > include rates of protein evolution, the evolution of molecular > networks, the evolution of methylomes, and gene duplication. More > information about the lab can be found at > https://ift.tt/8Z5JRgT. > > The ideal candidates would have: > - A strong commitment to conducting high-quality research. > - A strong interest in Genomics and Molecular Evolution. > - Experience with bioinformatics analyses, including programming in > any scripting language (e.g., PERL or Python), or a strong willingness > to learn. > - Good communication and interpersonal skills. > - The requirements to be accepted in one of UNR’s graduate programs > (Ecology, Evolution and Conservation Biology, Cellular and Molecular > Biology, or Biology programs). > > Official applications are due to the Graduate School in mid-December > (EECB and CMB PhD programs) or at the beginning of February (MS in > Biology program). Informal enquiries can be sent to Dr. David > Alvarez-Ponce (dap@unr.edu), including: > - A short application letter, addressing the applicant’s motivation > for the position, and how her/his experience and skills align with the > requirements listed above. Please include your GPA and TOEFL/IELTS > scores. > - A CV. > - Contact information for potential referees. > > The University of Nevada, Reno offers an interactive and productive > research environment, including outstanding core facilities in > genomics and bioinformatics. The Biology Department has a growing > evolutionary genomics research community. Reno is located in the > Sierra Nevada mountains near Lake Tahoe and has been recently rated as > one of the best small cities in the US for outdoor recreation and > overall quality of life. > > Please circulate this post among suitable candidates. > > David Alvarez-Ponce, PhD (he/him/él) > Associate Professor > Department of Biology > University of Nevada, Reno > Max Fleischmann Building, office 147A > Tel.: (775) 682-5735 > https://ift.tt/8Z5JRgT > > > David Alvarez-Ponce

[spacenutspod]

3 min read 2022 SaSa Graduate Student Mentors Emily Faber Emily is an Atmospheric Physics Ph.D. student at the University of Maryland, Baltimore County. She is finishing her 3rd year and works in the Laboratory for Atmospheric Studies and Particle Light Interaction under the guidance of Dr. Adriana Rocha Lima. She is interested in improving the physical parameterization of climate models through a better understanding of physical processes that drive the climate. Her thesis work sits in the space between physical measurements and climate modeling and seeks to improve the physical parameterization of surface wind speed and aerosolized dust, which is part of the general goal of improving aerosol physics parameterization in global climate models. She also enjoys advocating for women and underrepresented students in STEM and in her free time, you’ll find her exploring everything Maryland and D.C. have to offer or learning new roller-skating tricks. Alicia Hoffman Alicia is a 3rd year Ph.D. student at the University of Wisconsin – Madison in the Atmospheric and Oceanic Sciences department working with Dr. Tracey Holloway. In her research, she uses the Community Multiscale Air Quality (CMAQ) model to understand how nighttime N2O5 chemistry impacts daytime ozone concentration and particle composition. Both ozone and PM2.5 are important aspects of air quality to study because of their impacts on human health and the environment. Prior to attending UW Madison, she worked with Dr. Don Blake at University of California – Irvine studying landfill emissions for her Master of Science (M.S). She earned her Bachelor of Science (B.S) in Chemistry and Anthropology from Beloit College. Kylie Hoffman Kylie Hoffman is a fourth-year graduate student at the University of Maryland, Baltimore County. She earned her undergraduate degree in Meteorology in 2017 and is currently working towards her Ph.D. in Atmospheric Physics. Kylie’s current research interests include working with active and passive remote sensing observations to analyze the lowest layer of the atmosphere, the Planetary Boundary Layer (PBL). Her thesis topic is investigating the influence of converging air masses on PBL dynamics and thermodynamics in the Southern Great Plains region to improve the prediction of thunderstorms. David Moore David is currently a first-year Ph.D. student at the University of California, Los Angeles (UCLA), with a concentration in tropical cyclogenesis on terrestrial and aqua-covered exoplanets. In Spring 2021, he earned his bachelor’s degree in Atmospheric Science at the University at Albany, SUNY.  Fun Fact: Before he joined SaSa, he was previously a NASA Student Airborne Research Program (SARP) student during Summer 2020 (Go AeroSOULS!). Maurice Roots Maurice is pursuing a Ph.D. in Atmospheric Physics from the University of Maryland, Baltimore County. His research focuses on using observational datasets to study air pollution in coastal regions. He works with remote sensing instruments, like LIDAR (Light Detection and Ranging) and Spectrometers, as well as in-situ instruments, like Sondes and Air Samplers, to better understand how concentrations of pollutants like ozone and nitrogen dioxide change in location and time. He also uses Python for data analysis and tool development. Share Details Last Updated Nov 17, 2023 Related Terms General

[goalhofer]

2024 1st MLB playoff hits

October 1, 2024

Justyn-Henry Malloy (Detroit) at Houston

Riley Greene (Detroit) at Houston

Andy Ibáñez (Detroit) at Houston

Wenceel Pérez (Detroit) at Houston

Parker Meadows (Detroit) at Houston

Jake Rogers (Detroit) at Houston

Trey Sweeney (Detroit) at Houston

Michael Massey (Kansas City) at Baltimore

Bobby Witt; Jr. (Kansas City) at Baltimore

Maikel García (Kansas City) at Baltimore

Colton Cowser (Baltimore) vs. Kansas City

Boyce Mullins II (Baltimore) vs. Kansas City

Mark Vientos (New York Mets) at Milwaukee

Brice Turang (Milwaukee) vs. New York Mets

Jackson Chourio (Milwaukee) vs. New York Mets

Jake Bauers (Milwaukee) vs. New York Mets

Jackson Merrill (San Diego) vs. Atlanta

October 2, 2024

Kerry Carpenter (Detroit) at Houston

Zach McKinstry (Detroit) at Houston

Vinnie Pasquantino (Kansas City) at Baltimore

M.S. Melendez; Jr. (Kansas City) at Baltimore

Kyle Isbel (Kansas City) at Baltimore

Francisco Álvarez (New York Mets) at Milwaukee

Blake Perkins (Milwaukee) vs. New York Mets

Garrett Mitchell (Milwaukee) vs. New York Mets

October 5, 2024

David Fry (Cleveland) vs. Detroit

Lane Thomas (Cleveland) vs. Detroit

Brayan Rocchio (Cleveland) vs. Detroit

Kody Clemens (Philadelphia) vs. New York Mets

Garrett Hampson (Kansas City) at New York Yankees

Austin Wells (New York Yankees) vs. Kansas City

Ōtani Shōhei (Los Angeles Dodgers) vs. San Diego

October 7, 2024

Anthony Volpe (New York Yankees) vs. Kansas City

October 9, 2024

Colt Keith (Detroit) vs. Cleveland

Spencer Torkelson (Detroit) vs. Cleveland

October 10, 2024

Kyle Manzardo (Cleveland) at Detroit

October 14, 2024

Andy Pages (Los Angeles Dodgers) vs. New York Mets

Jhonkensky Noel (Cleveland) at New York Yankees

October 17, 2024

Noah-Gibson Naylor (Cleveland) vs. New York Yankees